Journal articles on the topic 'Birmingham Exchange and Engineering Centre'

PROFESSORJOHN SAMUELS IS HEAD OF Birmingham Business School, Dr. Sheila Greenfield is a Research Fellow in the Department of Accounting and Finance, and Herrick Mpuku is with the Department of Economics, all at Birmingham University, England. The objective of this paper is to report on research into the pricing behaviour in the export market and the attitude towards risk of a sample of smaller companies located in the West Midlands of England. The study was undertaken in 1990 at a time of high interest rates and volatile exchange rates. The particular questions considered included the terms of trade, the currency of invoicing, the extent to which hedging takes place, the adjustment of export prices to changing exchange rates, and the use of the government's Export Credits Guarantee Department, which insures exporters against non-payment and other risks. The responses were analysed by the size of firms, the years of experience in exporting, and the percentage of turnover that is exported. The firms in the sample varied from those employing less than 10 people to those employing more than 200. Not surprisingly because the survey was conducted among Birmingham and West Midlands companies, the vast majority are in the metal goods, engineering and manufacturing industries. More than 40 per cent of the firms had been exporting for more than 50 years.

Chrissie Poulter read Drama and Theatre Arts at Birmingham University from 1973 to 1976, and was taught by Clive Barker during her first year there. Now a Lecturer at Trinity College Dublin, her specialism is theatre games, so their paths continued to cross over the years. As a theatre director, deviser, and trainer her work centres on the use of play within and without the theatre world, with a particular focus on inter- and intra-cultural exchange. Her book Playing the Game (Palgrave-Macmillan, 1987) is a widely used manual of theatre games. Her most recent creative projects have been as one of the directors of The Bus Project – a site-specific project on a moving Dublin bus – for Performance Lab in the Dublin Fringe Festival in September 2007, and Metamorphoses with Prey Trio, a site-specific production with three musicians for the Mermaid Arts Centre in Bray, Co Wicklow, described in the preceding article by Lizbeth Goodman. Here, Chrissie Poulter takes theatre games as a springboard to discuss and define the need for ‘guardianship’ in game playing, online or in the studio workship.

The growth, photosynthetic gas exchange and chlorophyll fluorescence were investigated in wild type and mutant rice plants treated with 50 μmol L-1 Cd. The results showed that plant height, dry mass, and chlorophyll content decreased by Cd treatment, and the mutant showed more severe reduction than wild type rice. Net photosynthetic rate (Pn), transpiration rate (E), stomatal conductance (Gs), maximal photochemical efficiency of PSII (Fv/Fm), effective PSII quantum yield (ΦPS2), and photochemical quenching (qP) were decreased and intercellular CO2 concentration (Ci) and and non-photochemical quenching (qN) were enhanced in Cd-treated plants with the increasing of Cd exposure time, with changes in the mutant being more evident. The results suggest that Cd inhibits photosynthesis due to non-stomatal limitations and the response of PSII reaction centre and the mutant has less capacity of acclimation to Cd stress.

Abstract This study introduces exchange coefficients for wind stress (CD), latent heat flux (CL), and sensible heat flux (CS) over the global ocean. They are obtained from the state-of-the-art Coupled Ocean–Atmosphere Response Experiment (COARE) bulk algorithm (version 3.0). Using the exchange coefficients from this bulk scheme, CD, CL, and CS are then expressed as simple polynomial functions of air–sea temperature difference (Ta − Ts)—where air temperature (Ta) is at 10 m, wind speed (Va) is at 10 m, and relative humidity (RH) is at the air–sea interface—to parameterize stability. The advantage of using polynomial-based exchange coefficients is that they do not require any iterations for stability. In addition, they agree with results from the COARE algorithm but at ≈5 times lower computation cost, an advantage that is particularly needed for ocean general circulation models (OGCMs) and climate models running at high horizontal resolution and short time steps. The effects of any water vapor flux in calculating the exchange coefficients are taken into account in the polynomial functions, a feature that is especially important at low wind speeds (e.g., Va < 5 m s−1) because air–sea mixing ratio difference can have a major effect on the stability, particularly in tropical regions. Analyses of exchange coefficients demonstrate the fact that water vapor can have substantial impact on air–sea exchange coefficients at low wind speeds. An example application of the exchange coefficients from the polynomial approach is the recalculation of climatological mean wind stress magnitude from 40-yr European Centre for Medium-Range Weather Forecasts (ECMWF) Re-Analysis (ERA-40) data in the North Pacific Ocean over 1979–2002. Using ECMWF 10-m winds and the authors’ methodology provides accurate surface stresses while largely eliminating the orographically induced Gibb’s waves found in the original ERA-40 surface wind stresses. These can have a large amplitude near mountainous regions and can extend far into the ocean interior. This study introduces exchange coefficients of air–sea fluxes, which are applicable to the wide range of conditions occurring over the global ocean, including the air–sea stability differences across the Gulf Stream and Kuroshio, regions which have been the subject of many climate model studies. This versatility results because CD, CL, and CS are determined for Va values of 1 to 40 m s−1, (Ta − Ts), intervals of −8° to 7°C, and RH values of 0% to 100%. Exchange coefficients presented here are called the Naval Research Laboratory (NRL) Air–Sea Exchange Coefficients (NASEC) and they are suitable for a wide range of air–sea interaction studies and model applications.

The steady, coaxial flow in which two immiscible, incompressible fluids of differing densities move past each other slowly in a vertical cylindrical tube has a continuum of possibilities due to the arbitrariness of the interface between the fluids. By invoking the presence of surface tension to at least restrict the shape of any interface to that of a circular arc or full circle, we consider the following question: which flow will maximise the exchange when there is only one dividing interface Γ? Surprisingly, the answer differs fundamentally from the better-known co-directional two-phase flow situation where an axisymmetric (concentric) core-annular solution always optimises the flux. Instead, the maximal flux state is invariably asymmetric either being a ‘side-by-side’ configuration where Γ starts and finishes at the tube wall or an eccentric core-annular flow where Γ is an off-centre full circle in which the more viscous fluid is surrounded by the less viscous fluid. The side-by-side solution is the most efficient exchanger for a small viscosity ratio β ≲ 4.60 with an eccentric core-annular solution optimal otherwise. At large β, this eccentric solution provides 51% more flux than the axisymmetric core-annular flow which is always a local minimiser of the flux.

Castelló d’Empúries, a small town in Old Catalonia, capital of the county of Empúries, may be considered a regional example of that process we know as medieval small scale urbanization. Its history, from the 12th century on, is that of the build-up of a particular economy which will function as starting-point of those circuits of exchange relationship which are necessary for medieval urbanisation. In functional terms the town of Castelló, connected to the major Mediterranean comercial circuits, has to be considered not only as a local centre but also as a node in a network of linked urban centers. Competition between lords of towns and cities has to be considered as a major element in definining the specific place of every center in a regional network. <br /><br />

In a previous paper, We have recently that if the Reynolds number is sufficiently large, all trailing vortices with non-zero rotation rate and non-constant axial velocity become linearly unstable with respect to a class of viscous centre modes. We provided an asymptotic description of these modes which applies away from the neutral curves in the (q, k)-plane, where q is the swirl number which compares the azimuthal and axial velocities, and k is the axial wavenumber. In this paper, we complete the asymptotic description of these modes for general vortex flows by considering the vicinity of the neutral curves. Five different regions of the neutral curves are successively considered. In each region, the stability equations are reduced to a generic form which is solved numerically. The study permits us to predict the location of all branches of the neutral curve (except for a portion of the upper neutral curve where it is shown that near-neutral modes are not centre modes). We also show that four other families of centre modes exist in the vicinity of the neutral curves. Two of them are viscous damped modes and were also previously described. The third family corresponds to stable modes of an inviscid nature which exist outside of the unstable region. The modes of the fourth family are also of an inviscid nature, but their structure is singular owing to the presence of a critical point. These modes are unstable, but much less amplified than unstable viscous centre modes. It is observed that in all the regions of the neutral curve, the five families of centre modes exchange their identity in a very intricate way. For the q vortex model, the asymptotic results are compared to numerical results, and a good agreement is demonstrated for all the regions of the neutral curve. Finally, the case of ‘pure vortices’ without axial flow is also considered in a similar way. In this case, centre modes exist only in the long-wave limit, and are always stable. A comparison with numerical results is performed for the Lamb–Oseen vortex.

The position of Polish literature in France is strictly marginal and is thus an excellent example of the relationship between the centre of the European book market and its periphery, regulated by dominant languages and characterised by an imbalance in the exchange of cultural goods. Such a situation makes it possible for French publishers to use the peripherality category as a marketing tool in order to draw the attention of potential readers to books from a distant and unfamiliar region. The article attempts to examine whether and how publishers highlight the peripheral nature of Polish literature in the paratexts of published translations. The research corpus consists of books published between 2008 and 2018 by four publishers: Noir sur Blanc, Actes Sud, Mirobole, and Agullo, who are among the most active entities importing Polish literature to France in the studied period.

The centre interest of the study is to explore the impact of exchange rate volatility on the India-U.S. trade flow of Import on 6 industries spanned from September 2002 to June 2019. We investigate the relationship at disaggregate level by industry-wise data with monthly frequency. We employ exponential generalized autoregressive conditional heteroscedasticity (E-GARCH) model to gauge volatility and thereafter ARDL bound testing approach to unveil the short and long-run association of real exchange rate volatility and import. The empirical analysis implies the existence of both short-run and long-run effect in 5 importing industries except manufactured (engineering) goods. While real exchange volatility appears to have statistically significant effect in short-run, but also estimated short-run lasts onto long-run effect in only three industries. The results confirm the information of import in time-series analysis. The finding of the study helps to undertake the view of invariability and considering the industry before policy making.

The metaphors of centre and periphery tend to reduce the complexity of language relations and interlingual exchanges that are featured by multilingual societies. At a crucial point of multilingual Belgium’s evolution, i.e. during the 19th century, exchanges between its two major languages, namely French and Flemish, offer a suitable angle to capture the processes of centralisation and peripherisation of both languages. Translingual practices, including translation, are at the heart of these processes. On the one hand, they sustain continuous attempts to impose and maintain the centrality of official French in the legal and administrative domains; on the other hand, they nurture counterbalancing claims for recognition and officialisation of Flemish as an equal language. This contribution puts focus on three major aspects of interlingual exchange: the design and management of Belgian translation policies, the asymmetric translation flows between French and Flemish vs. Flemish and French, and the emancipatory efforts of Flemish and its modest effects, notably in the literary domain.

Abstract Results of numerical calculations of heat exchange in a nuclear heating detector for nuclear reactors are presented in this paper. The gamma radiation is generated in nuclear reactor during fission and radiative capture reactions as well as radioactive decay of its products. A single-cell calorimeter has been designed for application in the MARIA research reactor in the National Centre for Nuclear Research (NCBJ) in Świerk near Warsaw, Poland, and can also be used in the Jules Horowitz Reactor (JHR), which is under construction in the research centre in Cadarache, France. It consists of a cylindrical sample, which is surrounded by a gas layer, contained in a cylindrical housing. Additional calculations had to be performed before its insertion into the reactor. Within this analysis, modern computational fluid dynamics (CFD) methods have been used for assessing important parameters, for example, mean surface temperature, mean volume temperature, and maximum sample (calorimeter core) temperature. Results of an experiment performed at a dedicated out-of-pile calibration bench and results of numerical modelling validation are also included in this paper.

The fouling in the heat transfer devices of power plants, not only changes the fluid flow state designed, but also counteracts the heat transfer, so the equipment safety and economy are reduced. The adsorption and deposition about fouling is a quite complicated chemical and physical process, and it is difficult to obtain an accurate and reasonable model and its engineering application. Therefore, under some different conditions such as velocity, temperature and concentration of fouling and pipe position, the numerical simulation is obtained in the power plant steam cooler. The temperature inside the pipe is gradually decreased with the velocity. At the same time, the fouling increases in the first half of the exchanger pipe, and easily appears near regions of entrance more and more. The fouling may occurs at the outlet position of the heat exchange tube. Under the same conditions the heat exchange tube near centre line is easier to bring the fouling.

IntroductionDespite recognition of the importance of patient engagement in research and knowledge translation, systematic approaches to engagement and co-ideation remain limited. Living labs are collaborative knowledge sharing systems that use multimethod, user-centred approaches that hold potential to catalyse these aims. However, their use in healthcare is limited, and no living lab has been developed in paediatric rehabilitation. In response to this gap and to propel innovative knowledge exchange, we propose a mixed methods study to co-develop a living lab prototype (ie, preliminary infrastructure with opportunity for scale up) in paediatric rehabilitation, with relevance to other healthcare contexts.MethodsAn exploratory sequential mixed methods study will be undertaken to determine research and knowledge exchange priorities and to inform the development of the living lab prototype. Stage 1: we will use a multipronged approach to sample 18–21 youth with developmental differences or rehabilitation needs, their youth siblings and parents/guardians from a provincial paediatric rehabilitation centre, to participate in qualitative and arts-based data collection. Data will provide insight into desirable features of the living lab. Stage 2: E-surveys to youth, siblings, parents/guardians and clinicians who receive or provide services at this same centre will expand on priorities and living lab features. Stage 3: integrated analysis will inform the living lab prototype development.AnalysisInductive thematic analysis using interpretive description, integrated analysis of visual data and descriptive and content analysis of e-survey data will be undertaken. Joint displays will facilitate data integration. Priorities will be identified using a modified rank-order method for each key living lab domain.Ethics and disseminationInstitutional ethics and site approval have been granted. A parent advisory group and rehabilitation engineering partners will confer on data and inform the development of the living lab prototype. User engagement with the prototype will occur during an online or in-person event, and findings shared through non-technical research summaries, journal articles and academic presentations.

Trace elements may have different functions in human and animal metabolism: some are toxic (e.g., Hg), others are essential to maintain good health (e.g., Ca), or they can be essential but also toxic, depending on the concentration in the body or in parts thereof (e.g., Se).The importance of various aspects of trace elements in relation to food is steadily increasing in the perception of the consumer and the respective authorities: food contaminants, essential and toxic elements, bioavailability and speciation, nutritional value and fortified food, reliable measurement of contents, etc. In addition, through the many minor and major food-related incidents during recent years the consumer is becoming more concerned about the quality and safety of food. As a result, research and development efforts in this area have also been increased and/or been redirected.TEF-2 was organized in Brussels 7-8 October 2004 by the Institute of Reference Materials and Measurements of the Joint Research Centre of the European Commission, with the support of the Department of Food Analysis, Institute of Agricultural and Food Biotechnology of the University of Warzaw, Poland and the Centre National de la Recherche Scientifique, France. It was carried through under the auspices of IUPAC.The objectives laid down for the symposium were- presenting state-of-the-art analytical methods for the enforcement of legal limits of trace elements in food;- disseminating new ideas and findings within the scientific community;- providing a forum for the exchange of new knowledge and experience between R&D, authorities, and industry; and- bringing together experts in the field with newcomers.TEF-2 was attended by 93 participants from 60 different institutions in 23 countries. It consisted of 26 lectures and 56 posters, structured according to the following four main topics:- trace elements in the food chain (from the environment to shelf product) including the effects of processing and of legislation- trace element bioavailability-toxicological and nutritional aspects- fortified food and supplementation legislation, manufacturing and labeling, standards- advances in trace element analysis in food matricesIt was emphasized that the field of trace elements in food is a lively research area, which generates interest and involvement from researchers, authorities, and industry, of course triggered and nurtured by the equally high interest of the consumer. A selection of the invited contributions to TEF-2 is presented in the subsequent seven papers in this issue.The importance of scientific exchange in this field was, again, recognized during TEF-2. Therefore, the continuation of this series of conferences was discussed, and the venue for the subsequent TEF-3 was decided. It will be organized by R. Lobinski of CNRS in Pau, France, at the beginning of October 2008.Michael BickelConference Editor

The evolution of a tripolar vortex under the influence of a parabolic topography – like the free surface of a rotating fluid – is studied experimentally and with a point-vortex model. Laboratory experiments reveal that tripoles generated off-axis become asymmetric and the whole structure travels towards the centre of the tank along an anticyclonic spiral. During this translation the structure rotates quasi-periodically with the core pairing alternately with one of the satellites. An asymmetric point-vortex tripole (with the central vortex located at a distance ε from the middle point of the configuration) displays a periodic motion which is qualitatively similar to the motion of the laboratory tripoles. The exchange of fluid between the three vortices as a function of the perturbation parameter ε is studied using the lobe-dynamics technique. A point-vortex tripole modulated on the basis of conservation of potential vorticity reproduces quantitatively the trajectories of the individual vortices measured in the laboratory. As in the experiments, the model shows that fluid is strongly stirred in the region surrounding the vortex cores and that the tripole carries a finite amount of fluid.

The author reviewed artificial cells and their applications in hemoperfusion for chronic renal failure, poisoning, fulminant hepatic failure, removal of aluminium and iron, and metabolic assists. Other areas reviewed included artificial cells containing enzymes, multienzymes, immunosorbents, cell cultures and other areas. Artificial cells can be formed as membrane coated adsorbent or microencapsulated adsorbent, enzymes and cells (1-3). The large surface to volume relationship and the ultrathin membrane of artificial cells allows the rapid equilibration of metabolites (1-3). Artificial cells containing enzymes, ion exchange resin and activated charcoal have been used for hemoperfusion (4). The microencapsulated or membrane coated absorbents, enzymes, cells, immunosorbents and other material are prevented from releasing unwanted material into the circulation and prevented from adverse effects on blood cells. Because of the problem of charcoal in releasing emboli and depleting platelets (5) we first developed coated activated charcoal hemoperfusion for clinical application (6, 7). This has been used extensively in clinical studies. The artificial cell approach has also been applied to a number of other hemoperfusion approaches. The lack of space only allows this paper to summarize some of the approaches originated from this research centre.

For any business organizations, it is of great importance to handle customer complaints effectively. This is particularly vital in the service industry as complaining customers are found not very collaborative and tend to be emotional in the process of complaining [1] and sometimes the exchanges between agents and complaining customers become interpersonally sensitive. Following Orthaber and Reiter’s [2] definition of “interpersonally sensitive exchange”, this study addresses two research questions: (1) what pragmatic strategies are employed by call center agents in interpersonally sensitive interactions in complaint responses? 2) and what are the effects of these strategies on interpersonal relationship in complaint responses? Based on a corpus of 42 outbound calls (approximately 7.5 hours) made by the agents in the Complaint Centre of one Chinese airline, four conventional and two unconventional complaint response strategies are found to be employed by the agents. These strategies produce positive outcomes in some cases while lead to opposite effects in others. An effective strategy can either enhance the rapport between the agent and the complaining customer, or benefit the progressivity of complaint handling. Conversely, it deteriorates the originally sensitive rapport and sometimes even leads to upgraded complaint.

The basis of each IT system is data exchange both between individual modules of program and between program and user. The number of exchanged data and the number of operations on the data, which should be performed, require application of professional tools allowing for collecting and performing operations on multiple types of data. One of these tools are databases, which are an essential part of any IT system. With database designing are connected many decision problems which can occur both during the construction of database management system and at the stage of integration of entire user application with developed database. The article presents typical decision problems connected with designing of databases. These problems mainly concern sphere of information technology (including the programming language or recovery mechanism of database after the failure). Database architecture for typical IT system from the point of view possible paths for users were discussed, and role of catalogues played in development of database were presented. In addition, modular structure of the database, which was developed for the system SIMMAG3D for modelling and visualization of warehouse facilities in 3D was shown. This system is being developed under a project financed by the National Centre for Research and Development. We discussed in detail one of the essential elements in developed database - catalogues of means of external and internal transport, non-mechanical equipment and accessories which are essential from the point of view of the work load.

Nanoparticles of Merapi volcanic ash and phosphate-solubilizing fungi were expected to function as ameliorants in improving some Inceptisols characteristics. Nanoparticles of volcanic ash were used in accelerating and streamlining the chemical reaction in the soil. Phosphate-solubilizing fungi were expected to assist the process of several soil reactions. The aim of the research was to improve some chemical characteristics like available P, cation exchange capacity, Fe, and Zn content of Inceptisols in Cilembu Village, Sumedang District, West Java Province, Indonesia. The research used a complete randomized experimental design in factorial with two factors. The first factor was the nanoparticle of Merapi volcanic ash consisted of four doses on soil weight percentage (0%, 2%, 4%, and 6%). The second factor was phosphate-solubilizing fungi consisted of two doses (without and 10 g.kg-1). The volcanic ash was collected from Mt. Merapi, Central Java, after the eruption of November 2010 and kept in the Laboratory of Soil Physics and Conservation in Faculty of Agriculture, Universitas Padjadjaran. The nanoparticle of volcanic ash was processed at Nanotechnology and Graphene Research Centre, Universitas Padjadjaran. The phosphate-solubilizing fungi were isolated from Inceptisols in Soil Microbiology Laboratory, Universitas Padjadjaran. These treatments were combined and mixed with soils and incubated for three months. Every one month during those three months of the incubation period, some soils were taken to be analyzed of available P, cation exchange capacity (CEC), available Fe, and available Zn. The result showed that there was no interaction between the nanoparticle of Merapi volcanic ash and phosphate-solubilizing fungi to parameters investigated except the CEC after two months of incubation. There was an effect of nanoparticle volcanic ash and phosphate-solubilizing fungi individually to available Fe dan Zn. There was a trend of increasing available P, and CEC and decreasing available Fe and Zn by the longer period of incubation.

Hydrogen is receiving considerable attention as an alternative fuel to replace the rapidly depleting petroleum-based fuels. Its clean burning characteristics help to meet the stringent emission norms. In this experimental investigation a single-cylinder diesel engine was converted to operate in hydrogen—diesel dual-fuel mode. Hydrogen was injected in the intake manifold and the diesel was injected directly inside the cylinder. The injection timing and the injection duration of hydrogen were optimized on the basis of performance and emissions. Best results were obtained with hydrogen injection at gas exchange top dead centre with an injection duration of 30° crank angle. The flowrate of hydrogen was optimized as 7.5l/min with optimized injection timing and duration. The optimized exhaust gas recirculation (EGR) flowrate was 20 per cent at 75 per cent load. The optimized timings were chosen on the basis of performance, emission, and combustion characteristics. The EGR technique was adopted in the hydrogen—diesel dual-fuel mode by varying the EGR flowrate from 0 per cent to 25 per cent in steps of 5 per cent. The maximum quantity of exhaust gases recycled during the test was 25 per cent (up to 75 per cent load); beyond that unstable combustion was observed with an increase in smoke. The brake thermal efficiency with 20 per cent EGR decreases by 9 per cent compared with diesel. The nitrogen oxide (NO x) emission in hydrogen manifold injection decreases by threefold with 20 per cent EGR operation at full load. The NO x emission tends to reduce drastically with increase in the EGR percentage at all load conditions owing to the increase in heat capacity of the exhaust gases. The smoke decreases by 80 per cent in the dual-fuel operation compared with diesel at 75 per cent load.

Global Land Data Assimilation System (GLDAS) data are widely used for land-surface flux simulations. Therefore, the simulation accuracy using GLDAS dataset is largely contingent upon the accuracy of the GLDAS dataset. It is found that GLDAS land-surface model simulated runoff exhibits strong anomalies for 1996. These anomalies are investigated by evaluating four GLDAS meteorological forcing data (precipitation, air temperature, downward shortwave radiation and downward longwave radiation) in six large basins across the world (Danube, Mississippi, Yangtze, Congo, Amazon and Murray-Darling basins). Precipitation data from the Global Precipitation Climatology Centre (GPCC) are also compared with GLDAS forcing precipitation data. Large errors and lack of monthly variability in GLDAS-1996 precipitation data are the main sources for the anomalies in the simulated runoff. The impact of the precipitation data on simulated runoff for 1996 is investigated with the Community Atmosphere Biosphere Land Exchange (CABLE) land-surface model in the Yangtze basin, for which area high-quality local precipitation data are obtained from the China Meteorological Administration (CMA). The CABLE model is driven by GLDAS daily precipitation data and CMA daily precipitation, respectively. The simulated daily and monthly runoffs obtained from CMA data are noticeably better than those obtained from GLDAS data, suggesting that GLDAS-1996 precipitation data are not so reliable for land-surface flux simulations.

AbstractBéchar region is located in the southwest of Algeria, characterized by an arid climate with a Saharan tendency. It is subject to an increasing demand for water like all the great agglomerations due to the economic and demographic development. The groundwater of region is deteriorating because of the economic development, and the rapid growth of population. This article is devoted to the study of hydrochemistry and processes of mineralization of groundwater in this region. The results of physicochemicals analyses shows the same chemical facies of the chloride and sulphate-calcium and magnesium type, with high mineralization from North-East to South-West to the outlet of Béchar–Kénadsa basin. The determination of the mineralization origin and the main major elements were approached by multivariate statistical treatment and geochemical. This method has identified the main chemical phenomena involved in the acquisition of mineralization of water in this aquifer. These phenomena are mainly related to the dissolution of evaporite formations, the infiltration of runoff water and direct ion exchange and mixing. However, the high mineralization anomaly is observed at the centre of Béchar–Kénadsa basin progressively by going to the outlet of this basin.

Cellulose is the most abundant naturally occurring polymer and has diverse applications in biology, energy and engineering. The cellulose nanostructure has implications on the mechanical strength of natural materials such as wood and nanocelluloses are also being used to create high-performance composite materials with properties comparable to aramid fibres and carbon nanotubes. The efficiency of breakdown of cellulose into ethanoic alcohols for biofuels is also strongly linked to the aggregation of cellulose fibres into microfibrils. Despite this, the nanostructure of cellulose microfibrils is not well understood. Neutron scattering is a powerful way to distinguish order and disorder in biological fibres, wherever the disordered regions are accessible to deuterium exchange. The aggregation of microfibrils in plant cell walls, coupled to the benefits of deuterium exchange and increased scattering contrast using neutrons gives rise to a small-angle Bragg reflection allowing the size of microfibrils to be deduced. Applying these measurements with a range of spectroscopic techniques and wide-angle X-ray and neutron scattering (WAXS, WANS) has enabled us to develop a model for the structure for the microfibrils of cellulose microfibrils in a range of plant species. The scattering data were consistent with 3nm fibrils with both hydrophobic and hydrophilic surfaces exposed. Disorder in chain packing and hydrogen bonding were shown to increase outwards from the microfibril centre. Axial disorder could be explained in terms of twisting of the microfibrils, with implications for their biosynthesis. The disorder aspects of these microfibrils are directly related to the mechanical strength of wood and the natural variation in microfibril angle reflects this. We will present the outcome of in-situ stretching measurements of cellulose microfibrils with insights into the mechanism of the absorption of strain to further probe this mechanical strength.

This contribution summarizes a variety of results and ongoing activities, which contribute to our understanding of inelastic and reactive collisions involving hydrogen ions. In an overview of our present theoretical knowledge of various collision systems ( m + n ≤5), it is emphasized that although the required potential energy surfaces are well characterized, no detailed treatments of the collision dynamics are available to date, especially at the low energies required for astrochemistry. Instead of treating state-to-state dynamics with state of the art methods, predictions are still based on: (i) simple thermodynamical arguments, (ii) crude reaction models such as H atom exchange or proton jump, or (iii) statistical considerations used for describing processes proceeding via long-lived or strongly interacting collision complexes. A central problem is to properly account for the consequences of the fact that H and D are fermions and bosons, respectively. In the experimental and results sections, it is emphasized that although a variety of innovative techniques are available and have been used for measuring rate coefficients, cross-sections or state-to-state transition probabilities, the definitive experiments are still pending. In the centre of this contribution are our activities on various m + n =5 systems. We report a few selected additional results for collisions of hydrogen ions with p -H 2 , o -H 2 , HD, D 2 or well-defined mixtures of these neutrals. Most of the recent experiments are based on temperature variable multipole ion traps and their combination with pulsed gas inlets, molecular beams, laser probing or electron beams. Based on the state-specific model calculations, it is concluded that for completely understanding the gas phase formation and destruction of in a trap, an in situ characterization of all the experimental parameters is required with unprecedented accuracy. Finally, the need to understand the hydrogen chemistry relevant for dense pre-stellar cores is discussed.

The City of Surrey in British Columbia, Canada has recently launched a district energy network (DEN) to supply residential and commercial buildings in the Surrey Centre area with hot water for space and domestic hot water heating. The network runs on natural gas boilers and geothermal exchange. However, the City plans to transition to low-carbon energy sources and envisions the DEN as a key development in reaching its greenhouse gas emissions (GHG) reduction targets in the building sector. Harvesting and utilizing waste heat from industrial sites using a mobile thermal energy storage (M-TES) is one of the attractive alternative energy sources that Surrey is considering. In this study, a techno-economic analysis (TEA) was conducted to determine the energy storage density (ESD) of the proposed M-TES technology, costs, and the emission reduction potential of integrating waste heat into Surrey’s DEN. Three transportation methods were considered to determine the most cost-effective and low-carbon option(s) to transfer heat from industrial waste heat locations at various distances (15 km, 30 km, 45 km) to district energy networks, including: (i) a diesel truck; (ii) a renewable natural gas-powered (RNG) truck, and (iii) an electric truck. To evaluate the effectiveness of M-TES, the cost of emission reduction ($/tCO2e avoided) is compared with business as usual (BAU), which is using a natural gas boiler only. Another comparison was made with other low carbon energy sources that the city is considering, such as RNG/biomass boiler, sewer heat recovery, electric boiler, and solar thermal. The minimum system-level ESD required to makes M-TES competitive when compared to other low carbon energy sources was 0.4 MJ/kg.

In the past decade, construction business applied various heat insulating materials comprising a spectrum of properties according to their combustibility. Particular attention was paid to insulation materials related to fire hazards. The normative fire safety documents started to be drawn up in this country at the time when the process of building insulation had not been initiated yet. Therefore, there still exists a great need for assessing the fire hazards of building insulation systems. With the use of the experience of other countries new testing equipment for insulating building facade with foam polystyrene has been recently established. The equipment is loaded with a 2.4×2.0 meter wall fragment and 800×700 mm plate of electrical thermal radiation flow, as well as a gas burner and a device for taking the temperature. The theoretical bottom-line of these testing methods lies in the heat exchange between two parallel walls, one of which is much hotter. The calculation of the thermal radiation flow is presented in formula 1 and the theoretical basis is indicated in formulae 2–10. Formula 11 indicates the rates of the flame heat radiation flows. Formula 12 shows special testing conditions. In the course of testing the insulation systems, the geometrical quantities of violation zones of foam polystyrene have been determined, they have exceeded the calculations of the flow radiation plate of active heat several times. A strong functional relation between the thickness of foam polystyrene and the rates of violation zones (r xy =0.694) and a weak functional relation between the thickness of plaster and the rates of violation zones (r xy = −0.580) have also been defined. Formulas 13 and 14 describe the relations between the surface areas of the destruction, the thickness of the foam polystyrene and the thickness of the plaster. By taking the temperatures in the vertical axis of the geometrical centre of the wall fragment, it was determined that in the course of testing the temperatures become dangerous in relation to the combustibles (about 250°C). The tests indicate that favourable and stable testing conditions established. It is expedient to continue the tests with other types of building facade materials.

Abstract. Observed reductions in Earth's surface temperature following explosive volcanic eruptions have been used as a proxy for geo-engineering of climate by the artificial enhancement of stratospheric sulfate. Earth cools following major eruptions due to an increase in the reflection of sunlight caused by a dramatic enhancement of the stratospheric sulfate aerosol burden. Significant global cooling has been observed following the four major eruptions since 1900: Santa María, Mount Agung, El Chichón, and Mount Pinatubo, leading IPCC (2007) to state "major volcanic eruptions can thus cause a drop in global mean surface temperature of about half a degree Celsius that can last for months and even years". We use a multiple linear regression model applied to the global surface temperature anomaly to suggest that exchange of heat between the atmosphere and ocean, driven by variations in the strength of the Atlantic Meridional Overturning Circulation (AMOC), has been a factor in the decline of global temperature following these eruptions. The veracity of this suggestion depends on whether the Atlantic Multidecadal Oscillation (AMO) truly represents a proxy for the strength of the AMOC and the precise quantification of global cooling due to volcanoes depends on how the AMO is detrended. If the AMO is detrended using anthropogenic radiative forcing of climate, we find that surface cooling attributed to Mount Pinatubo, using the Hadley Centre/University of East Anglia surface temperature record, maximizes at 0.15 °C globally and 0.35 °C over land. These values are about a factor of 2 less than found when the AMO is neglected in the model and quite a bit lower than the canonical 0.5 °C cooling usually attributed to Pinatubo. The AMO had begun to decrease prior to the four major eruptions, suggesting that exchange of heat between the atmosphere and ocean due to variations in the strength of the AMOC drives the climate system, rather than responds to volcanic perturbations. The satellite record of atmospheric temperature from 1978 to present and other century-long surface temperature records are also consistent with our suggestion that volcanic cooling may have been over estimated by about a factor of 2 due to prior neglect of ocean circulation. Finally, a regression using AMO simulates pre-WWI cooling and WWII warming of global temperature particularly well, supporting the possibility that variations in the strength of the AMOC have truly exerted influence on global climate.

The Directive of new approach 89/106/EEC, which was prepared by Directorate General of the European Commission (DG III), defines the guidelines for development of fire protection in building construction. Six main directions for development of fire protection are defined in this Directive as well. Solid materials are most numerous among building products. Therefore a brief analysis of combustion process of these materials is presented in this article. F.Williams developed the theoretical principles of combustion. Phase transitions in the zone of combustion are analyzed in the theory. Formulas 1–4 describe this process. The process of combustion of solid materials is heterogeneous; therefore the model of pyrolysis is presented by 5 formulas. An intricate energy exchange takes place in real fires. The heat is being transferred in different ways. The most acceptable description of heat transfer is by means of radiation. Description of this process is presented in formulas 6–7. The heat transfer by means of radiation can be modelled and used for environment testing. The combustibility of building products can be examined by means of reaction of fire tests. In recent years tests for different building products were carried out according to ISO 5657 test methodology in the Fire Research Centre. Test results indicate that the time to sustained surface ignition for building products is inversely proportional to heat flux. This logarithmic dependence is presented in 8 formulas. Establishment of parameters of this logarithmic flow for different building products can prove this. This work was carried out during the process of verification of this hypothesis. Analysis of fire testing practice of vertically oriented building products in different countries shows that harmonized fire test methods for these products do not exist. Most of these test methods are based on presumption that the flame spread is possible only inside the building not considering the behaviour of facade in fire. The main idea of fire test method for element of vertically oriented building construction together with the principal scheme of test equipment are presented in the article as well. Further development of this idea leads to five questions, which should be answered to solve the problem. After the completion of this task and analysis of test results, all the information is to be submitted for further consideration.

Effects of breastfeeding on postpartum weight loss among muslim women (Fasting the month of Ramadan) Background: Breast milk is a substantial source of nutrition for the baby. Some Muslim women during Ramadan perform breastfeeding and fasting, although according to Islamic rules for them are optional to exchange for other alternatives form according to religious rules. Base on theory Breastfeeding influences maternal weight loss and pre-survey in Bandar Lampung, interviews with 10 Muslim women, of 7 respondents perform breastfeeding and Ramadan fasting. They said had a decrease of their weight even though is insignificant.Purpose: To know the effects of breastfeeding on postpartum weight loss among Muslim women (Fasting the month of Ramadan)Method: A quantitative, analytical survey research design with cross-sectional approach. The population is all post partum at the Sukarame Health Centre, Bandar Lampung. The sample of 142 taken by total sampling. The questionnaire including demographic data and weight scale to measure their weight in the end of Ramadan.Results : Finding by 142 respondents, 45.8% respondents perform breastfeeding and 67.5% respondents Ramadan fasting had a decrease in weight of 39.7% respondents, with decrease 1-10% weight. The results of statistical tests using the chi-square test obtained p-value = 0.029 and 0.024, which means that there is a relationship between breastfeeding, Ramadan fasting and post partum maternal weight loss. It is to be attention in breastfeeding following by sufficient nutrition intake even though Ramadan fasting during breaking the fast (iftar).Keywords: Breastfeeding; Body weight; Post patum; Muslim women; Fasting the month of RamadanPendahuluan: ASI merupakan sumber nutrisi penting bagi bayi. Beberapa wanita muslim selama bulan Ramadhan menyusui bayinya dan juga berpuasa, meskipun menurut aturan Islam bagi mereka adalah opsional dapat ditukar dengan bentuk alternatif lain sesuai aturan agama. Berdasarkan teori ada pengaruh menyusui dengan penurunan berat badan, dan pra survei di Bandar Lampung dengan wawancara pada 10 wanita muslim, dari 7 responden yang menyusui dan juga berpuasa di bulan Ramadhan. Mereka mengatakan mengalami penurunan berat badan meski tidak signifikan.Tujuan: Untuk mengetahui pengaruh pemberian ASI terhadap penurunan berat badan pasca melahirkan pada wanita Muslim yang berpuasa di bulan Ramadhan.Metode: Penelitian survey analitik kuantitatif dengan desain pendekatan cross-sectional. Populasinya adalah seluruh ibu post partum di Puskesmas Sukarame Bandar Lampung. Sampel sebanyak 142 diambil secara total sampling. Kuesioner tersebut meliputi data demografi dan timbangan untuk mengukur berat badan mereka di akhir bulan Ramadhan.Hasil : Didapatkan dari 142 responden, 45.8% responden yang menyusui bayinya dan 67.5% responden juga menjalankan ibadah puasa Ramadhan mengalami penurunan berat badan sebanyak 39.7% responden, dengan penurunan berat badan 1-10% dari berat berat awal kelahiran. Hasil uji statistik dengan menggunakan uji chi-square didapatkan p-value = 0.029 dan 0.024 yang berarti ada hubungan antara pemberian ASI, berpuasa di bulan Ramadhan dengan penurunan berat badan. Disarankan dan diperhatikan dalam menyusui bayinya harus diikuti dengan asupan gizi yang cukup saat buka puasa di bulan Ramadhan.

Background: Much remains to be learned about the causes of several major cancers. Implementing and sustaining global initiatives aimed to advance cancer research requires concerted efforts among government agencies, the industry and philanthropic institutions. Aiming to tackle this challenge, in 2015 the Azrieli Foundation, Canada's International Development Research Centre, the Canadian Institutes of Health Research, and the Israel Science Foundation launched the Joint Canada-Israel Health Research Program (JCIHRP), a 7-year CA$35 million partnership that draws on the scientific strengths of Canadian, Israeli and low and middle income countries (LMICs) researchers in the broad field of biomedicine. Aim: JCIHRP aims to advance research and discovery in the biomedical sciences; encourage scientific collaboration between Canadian and Israeli researchers; and build capacity and foster scientific relations and collaborations with researchers and trainees in LMICs. Methods: JCIHRP will fund up to 30 research projects from 2015 to 2022 in diverse areas of the biomedical sciences (neurosciences, immunology, cancer and metabolism). So far, the program is supporting 9 projects in cancer research. Teams are led by a Canadian and Israeli principal investigators and a collaborator from a LMIC. Three years is the maximum duration of each grant and teams can request up to CA$1.17 million. The program launches 1 competition each year and activities are coordinated by a directors working group, which is responsible for program implementation and coordination among the agencies. Annual implementation timeline can be divided into 4 phases: competition development and application; proposals' eligibility, selection and decision; research phase; and reporting and monitoring. In deploying these phases, the funding partners have shared effort and costs. Results: Among cancer research projects, 4 teams are developing strategies to improve effectiveness of cancer immunotherapy. Five other teams use advanced genomics and protein engineering techniques to elucidate molecular mechanisms associated with tumor development, progression and resistance to therapy in pancreatic, breast, hepatic and brain cancer. These projects are supporting 26 established researchers in 7 Canadian, 6 Israeli and 9 institutions based in Brazil, Mexico, China, India, Argentina and Turkey. Additionally, 19 graduate students and 9 postdoctoral fellows are directly involved in research activities. Type of collaboration can be grouped into 2 categories: research and training (5 projects) and research, training and exchange (4 projects). Conclusion: JCIHRP multicentre funding model allows international integration of researchers promoting scientific advances, new collaborations and enhancing teams' overall competitiveness by prioritizing research topics with potential for global impact in cancer research.

The number of cases involving human death has increased due to scattered virus in the air. This has become a major concern on air quality, especially indoor air quality. The chemical compounds found in the building have limited exchange of outdoor and indoor, which results in building of contaminants such as CO2 emitted by occupants activity in the building. The usage of air conditioner is unable to removes pathogens because its only circulates in air within the area. Medical Centre has a very high potential to centralize the patient with diseases related to health problems such as asthma, respiratory and cardiovascular related-diseases. This study is conducted at medical centre of NDUM, in Kuala Lumpur. The number of patients admitted was compared to the level of CO2, temperature and relative humidity in the Medical Centre. The outdoor air index is collected from DOE Malaysia. Wireless Sensor Network (WSN) is used in this system as it can collect and disseminate the environmental data. Zigbee with 2.4GHz band is used as the wireless standard for the measurement. Sensors were attached to several points at the wall of the waiting room and were controlled by the PC module. Lab View is used to manage the data acquisition due to its ability to program a real-time system. The collected data of temperature, relative humidity and level of C02 determined the indoor air quality in the medical centre. This study brought to the assessment on the medical practice and the air quality that met the standard suggested by ASHRAE.

During the last years a great range of computer aided tools has been generated to support the development process of various products. The goal of a continuous data flow, needed for high efficiency, requires powerful standards for the data exchange. At the FZG (Gear Research Centre) of the Technical University of Munich there was a need for a common gear data format for data exchange between gear calculation programs. The STEP standard ISO 10303 was developed for this type of purpose, but a suitable definition of gear data was still missing, even in the Application Protocol AP 214, developed for the design process in the automotive industry. The creation of a new STEP Application Protocol or the extension of existing protocol would be a very time consumpting normative process. So a new method was introduced by FZG. Some very general definitions of an Application Protocol (here AP 214) were used to determine rules for an exact specification of the required kind of data. In this case a product model for gear units was defined based on elements of the AP 214. Therefore no change of the Application Protocol is necessary. Meanwhile the product model for gear units has been published as a VDMA paper and successfully introduced for data exchange within the German gear industry associated with FVA (German Research Organisation for Gears and Transmissions). This method can also be adopted for other applications not yet sufficiently defined by STEP.

The centre interest of the study is to explore the impact of exchange rate volatility on the India-U.S. trade flow of Import on 6 industries spanned from September 2002 to June 2019. We investigate the relationship at disaggregate level by industry-wise data with monthly frequency. We employ exponential generalized autoregressive conditional heteroscedasticity (E-GARCH) model to gauge volatility and thereafter ARDL bound testing approach to unveil the short and long-run association of real exchange rate volatility and import. The empirical analysis implies the existence of both short-run and long-run effect in 5 importing industries except manufactured (engineering) goods. While real exchange volatility appears to have statistically significant effect in short-run, but also estimated short-run lasts onto long-run effect in only three industries. The results confirm the information of import in time-series analysis. The finding of the study helps to undertake the view of invariability and considering the industry before policy making.

The Heat Exchange Institute (HEI) Standards for Steam Surface Condensers are used to design and predict the performance of condensers for power plant applications. Since their inception, the Standards have undergone numerous changes to incorporate technological advances and revisions to various factors based on testing and operating experiences. Admiralty and copper-nickel (CuNi) tubes were very popular until the 1970s. Subsequently, increasing concerns with the use of copper-based alloys in nuclear power plants as well as other factors led to specification and use of stainless steel (SS) and titanium. The first condenser designed with titanium tubes was put into service in 1977. In 1978, the HEI published the seventh edition of the HEI Standards for Steam Surface Condensers. The eighth edition was issued in 1984 followed by Addendum 1 in 1989. The ninth edition was issued in 1995 and Addendum 1 to the ninth edition was published in 2002. Notable differences between the ninth and seventh editions include higher circulating water inlet temperature correction factors below 70.0°F; for Admiralty, higher tube material and gauge correction factors for tube wall gauge below 16 Birmingham wire gauge (BWG) and lower values above 20 BWG; for 90∕10 CuNi and 304 SS, higher tube material and gauge correction factors for tube wall gauge between 12 BWG and 24 BWG; and for titanium, higher tube material and gauge correction factors for tube wall gauge above 18 BWG. Depending upon the tube diameter, material, wall gauge, and the correction factors used for a specific condenser application and its operating range, there could be substantial deviations in predicted condenser performance and associated impact on output. Using a case study, this paper examines the use of the correction factors from the seventh and ninth editions in power plant condenser performance predictions. It provides recommendations for developing proper benchmarks and for ensuring optimum condenser performance.

Gas-To-Liquid (GTL) processes have great potential as alternative to conventional oil and coal processing for the production of liquid fuels. In GTL-processes the partial oxidation of methane (POM) is combined with the Fischer-Tropsch reaction. An important part of the investment costs of a conventional GTL-plant is related to cryogenic air separation. These costs could be substantially reduced by separating air with recently developed oxygen perm-selective perovskite membranes, which operate at similar temperatures as a POM reactor. Integration of these membranes in the POM reactor seems very attractive because oxygen reacts at the membrane surface resulting in a high driving force over the membrane increasing the oxygen permeation.Because the POM-reaction is only slightly exothermic, the natural gas and air feed have to be preheated to high operating temperatures to obtain high syngas yields and because the Fischer-Tropsch reactor operates at much lower temperatures, recuperative heat exchange is essential for an air-based POM process. External heat transfer at elevated temperatures is expensive and therefore recuperative heat exchange is preferably carried out inside the reactor, which can be achieved with the reverse flow concept. To combine the POM reaction, air separation and recuperative heat exchange in a single apparatus a novel, multi-functional reactor is proposed, called the Reverse Flow Catalytic Membrane Reactor (RFCMR). In this reactor a relatively uniform temperature profile should be established at the membrane section and the temperature fronts should be located in the inert in- and outlet sections.To study the RFCMR concept, reactor models have been developed assuming a shell-and-tube geometry, based on models that are commonly used to describe conventional reverse flow reactors. Simulations of the novel reactor concept revealed that a small amount of methane has to combusted on the air side to create the reverse flow behaviour. Also a small amount of steam has to be injected distributively along the perovskite membrane section to maintain the centre of the reactor at nearly isothermal conditions. With these modifications it was found that the desired temperature profile could indeed be created in the RFCMR and that high overall syngas yields can be achieved.

A thorough understanding of fundamental parameters, such as transient and time-averaged gas and solid velocities, is helpful for designing and manipulating the gas-solid jetting fluidized beds. In this study, a new two-fluid model developed in our group is used to investigate numerically the gas and solid velocities in the gas-solid jetting fluidized beds by adding the user-defined Fortran subroutines in the platform of CFX 4.4, a commercial CFD software package. Simulation is carried out in a two-dimensional fluidized bed 2.0 m high and 0.3 m wide equipped with a nozzle in the centre at the inlet. Resin, belonging to Geldart B Group, is selected as the solid material. The numerical results show that the solid movement is predominantly upward in the center of the bed, whilst it is primarily downward in the outer region of the bed. Particles exchange between these two regions across their neighboring boundary. Gas interchange between the jet and the emulsion phase becomes obvious with the jet evolution. The time-averaged distributions of gas and solid velocities in the bed are greatly influenced by jet gas velocity, and the effect of the static bed height can be ignored. These numerical computations provide helpful information for designing and scaling up the jetting fluidized bed.

We analyse the characteristics of a force-ventilated isolation room, and the contributions to transport caused by the movement of people and doors opening/closing. The spread of fine droplets and particles can be understood, to leading order, by considering the movement of passive contaminants. A scaled (1:10) model of an isolation room (with water instead of air) was used to analyse the dilution of a passive contaminant (food dye), released either instantaneously or at a constant rate. The high level of turbulence, typical of isolation rooms, ensures that the dye concentration is uniform within the model room and mixing is perfect, and the measured mean concentration can be predicted theoretically. In a second series of experiments, the exchange generated by a door opening/closing is measured for different opening angles. A dipolar vortex is generated at the tip of the door which moves into the centre of the room, with a large coherent structure moving along the wall. The exchange volume is comparable to the swept volume of the door. Larger droplets and particles do not move passively. Their movement within a turbulent flow is studied by combining a Lagrangian model of particle movement with a kinematic simulation of a pseudo turbulent flow. The results show that while the mean fall velocity of particles is largely unchanged, turbulence significantly enhances horizontal and vertical dispersion. The horizontal spread as a function of the level of turbulence and droplet properties is estimated. The conclusions from both studies are brought together and discussed in the context of the airborne spread of contaminants within a general hospital room.

From an expansive reasonable improvement perspective, licensed innovation (IP) may identify with various parts of a nation’s social and financial advancement. Its effect can be felt in mechanical, wellbeing, training, sustenance, biodiversity and social approaches. In investigating the issues identifying with maintainable improvement and the essential changes that have occurred in the IP scene, we will centre around issues that are attracting specific consideration real worldwide fora and to advancements that are occurring in two-sided exchange transactions. This paper will in this manner centre around understanding the centrality of the World Trade Organization’s (WTO) Agreement on Trade-related Aspects of Intellectual Property Rights (TRIPS), look at its fundamental highlights and evaluate the manners by which it has changed the scene of IP relations. In doing as such the paper investigates the key IP issues identified with feasible improvement, with accentuation on patterns and remarkable inquiries in the worldwide talk. In this regard, the issues identified with access to learning, access to wellbeing and the connection between the worldwide IP engineering and the security of biodiversity and conventional information (TK) has involved a significant part of the consideration of policymakers. This paper in like manner focuses its request on these issues. We start with a short presentation on the reason and the fundamental controls of licensed innovation rights (IPRs).

06–433Berry, Vivien (U Hong Kong, China; vberry@hku.hk) & Arthur McNeill, Raising English language standards in Hong Kong. Language Policy (Springer) 4.4 (2005), 371–394.06–434Callow, Jon, Images, politics and multiliteracies: Using a visual metalanguage. Australian Journal of Language and Literacy (Australian Literacy Educators' Association) 29.1 (2006), 7–23.06–435Chen, Runyi (South China Normal U, China; chenry@scnu.edu.cn) & Bernard Hird, Group work in the EFL classroom in China: A closer look. RELC Journal (Sage) 37.1 (2006), 91–;103.06–436Crozier, Nicola (Sophia U, Japan; Nic_j_c@yahoo.com) & Robert Kleinsasser, Home country teachers' advice to non-home country teachers: Some initial insights. RELC Journal (Sage) 37.1 (2006), 27–45.06–437Daniels, Harry (U Bath, UK; sh.r.j.daniels@bath.ac.uk), The dangers of corruption in special needs education. British Journal of Special Education (Blackwell) 33.1 (2006), 1–;9.06–438Feng, Anwei (U Durham, UK), Bilingualism for the minor or the major? An evaluative analysis of parallel conceptions in China. International Journal of Bilingual Education and Bilingualism (Multilingual Matters) 8.6 (2005), 529–;551.06–439Hasan, Ali S. (Damascus U, Syria), Analysing bilingual classroom discourse. International Journal of Bilingual Education and Bilingualism (Multilingual Matters) 9.1 (2006), 7–;18.06–440Lyster, Roy (McGill U, Canada; roy.lyster@mcgill.ca), Predictability in French gender attribution: A corpus analysis. Journal of French Language Studies (Cambridge University Press) 16.1 (2006), 69–;92.06–441Maxim, Hiram H. (Georgetown U, USA; hhm2@georgetown.edu), Integrating textual thinking into the introductory college-level foreign language classroom. The Modern Language Journal (Blackwell) 90.1 (2006), 19–;32.06–442Mudraya, Olga (Lancaster U, UK; o.moudraia@lancaster.ac.uk), Engineering English: A lexical frequency instructional model. English for Specific Purposes (Elsevier) 25.2 (2006), 235–;256.06–443Nicholson, Deborah (Centre for Literacy in Primary Education, London, UK; deborahn@clpe.co.uk), Putting literature at the heart of the literacy curriculum. Literacy (Blackwell) 40.1 (2006), 11–;21.06–444Richards, Jack (jcrichards1001@yahoo.com), Materials development and research –; making the connection. RELC Journal (Sage) 37.1 (2006), 5–;26.06–445Sealey, Alison (U Birmingham, UK; a.j.sealey@bham.ac.uk) & Paul Thompson, ‘Nice things get said’: Corpus evidence and the National Literacy Strategy. Literacy (Blackwell) 40.1 (2006), 22–;28.06–446Tang, Yanfang (College of William and Mary, USA; yxtang@wm.edu), Beyond behavior: Goals of cultural learning in the second language classroom. The Modern Language Journal (Blackwell) 90.1 (2006), 86–;99.06–447Torres-Gu María E. (Columbia U, USA) & Etxeberría Feli, Modelo B/Dual language programmes in the Basque Country and the USA. International Journal of Bilingual Education and Bilingualism (Multilingual Matters) 8.6 (2005), 506–;528.06–448Wedin, Âsa (Högskolan Dalarna, Falun & Stockholm U, Sweden), Language ideologies and schooled education in rural Tanzania: The case of Karagwe. International Journal of Bilingual Education and Bilingualism (Multilingual Matters) 8.6 (2005), 568–;587.06–449Wright, Jannet A. (U College London, UK; jannet.wright@ucl.ac.uk), Caroline Newton, Michael Clarke, Chris Donlan, Claire Lister & Jasmina Cherguit, Communication aids in the classroom: The views of education staff and speech and language therapists involved with the Communication Aids Project. British Journal of Special Education (Blackwell) 33.1 (2006), 25–;32.06–450Yang, Jian (Seattle U, USA), English as a Third Language among China's ethnic minorities. International Journal of Bilingual Education and Bilingualism (Multilingual Matters) 8.6 (2005), 552–;567.

Professional sport has always tried to entertain an audience to make money. Since the advent of the electronic mass media, the focus of the entertainment has shifted from the live audience to the remote. This has forced changes to the rules and structure of the more popular sports to increase their compatibility with the media. Although the driving force behind the alterations is ultimately economic profit, the nature of the changes is determined by the technological needs of the media. Many fans and devotees of particular sports see these changes as breaks with tradition which will have a detrimental effect on the future of their game. However, it could also be argued that "the technology is the message" (Potts 1) because sport has a long history of being changed by new technologies. To gain a true understanding of why the focus of professional sport has shifted to the remote audience all you have to do is attend a match on a rainy day. Early this year I went to watch Essendon play the Sydney Swans at the Sydney Cricket Ground. The game was close until the last five minutes and was an extremely exciting spectacle, which would have had me on the edge of my seat if it weren't pouring. I didn't have an umbrella and I was trying to make sure no water got down between my jacket and the bottom of my seat. I was faced with an interesting emotional situation of enjoying a highly skilled game and wanting the whole pointless exercise to finish so I could get dry. I wished I'd stayed home and caught the game on TV. Being wet and suddenly not knowing whether it was worth the effort annoyed me. The thought of TV made my mood worse because it was then that I noticed something for the first time. In Australian Rules, every time a goal is kicked the ball is returned to the centre of the field and bounced again to restart the game. I have memories of playing in many games where a goal was kicked and the ball raced back to the centre by an over-zealous umpire who then bounced the ball, smugly re-beginning the game before any of the actual players made it back. This was not happening at the SCG. When the ball returned to the centre the umpire waited. Once he saw a light flashed from the Channel 7 box, he bounced the ball. I knew immediately what was going on from the number of times I'd watched a game on TV and it had restarted before the ad finished. The ad light was holding up the excitement of the game and prolonging my stay in the rain. The umpire had to wait for the light to flash so the drama for the TV audience was heightened. Sport is perfectly suited to the medium of TV because "the intrinsic properties of TV will favour expression, spectacle and emotion over reason and argument" (Potts 8). Professional sport is almost entirely spectacle. The skills, the costumes and the physiques of the players all appeal to the public. The skills, the costumes, the physiques of the players all appeal to the public. The expressions on the faces of the players in close-up provoke emotion in the audience. The score has a narrative movement that creates a dramatic tension for the audience. Watching a delayed telecast, people go out of their way to not know the score in advance so that the tension and entertainment will be higher. The relationship between sport, television and, to a lesser extent, other forms of media, "is commonly described as the happiest of marriages" (Rowe 32). The media offers exposure (which generates sponsorship) as well as rights fees. Sport offers the media an almost perfect composition. Viewers are drawn to watch because "it presents a spectacle of content, drama, excitement and eventual resolution" (Wilson 37). The rate at which goals are kicked in Australian Rules allows the TV broadcaster regular opportunities to get on with its primary work: advertising. Before the flashing light was introduced, an advertisement would often finish after the game had restarted. The TV audience would be bought back to attention by the return of the program only to find the narrative already in progress. With the light this is no longer the case. A goal is scored, the narrative moves, and an ad allows the viewer freedom to move around or change the channel (a vital requirement of the ease necessary in the medium). The viewer returns to see the tension mount again. But what does this gain for the TV broadcaster? It is unlikely that this single change would determine a significant shift in audience size. A viewer may be momentarily put off by coming back to an already moving game but not to the point where they change channels. It doesn't affect the advertiser because their ad is played in full whatever happens. The light doesn't actually do anything to boost the broadcaster's income or ratings. It does, however, signify a change in the public consumption of professional sport. The focus of sport as entertainment has shifted from the live audience to the remote audience. The flashing light is not the first example. It simply stood out to me because of my background and the situation I was in. Most US sports have undergone tremendous change, affecting everything from the length of the game to the basic structure of the rules. Changes have occurred in these sports to suit the remote audience, via the media. This audience would rather stay at home and view a more detailed coverage in the comfort of their own home where the benefits far outweigh the losses. They have instant replays, commentary, statistics, no foul weather or uncomfortable seats and, most importantly, if the game turns out to be boring, they can watch something else. It is "a more satisfying and pleasant way of experiencing sport" (Rowe 147) and can attract new fans. Professional sport is trying to appeal to a larger audience as a whole, trying to get its share of the ratings. Audience shares have become a medium of exchange: the larger the audience the greater the revenue. This audience needs to be constantly entertained to stop it from pressing another button on the remote. But this is not the first example of technology changing the nature of sport. Every sport has been integrally linked with technology from its very beginning. As technologically induced change occurs in society it is reflected by changes in the nature of sport. Cricket is bound by the technology involved in the manufacture of the bat and the ball. As rubber developed and wood machining advanced, the bat advanced and batting became easier; as leather working advanced, the ball advanced and the bounce off the pitch became truer; as mechanical engines advanced, the lawn mower advanced and the ground became smoother and easier to play on. All these technological advances make changes to the way the game is played. The scientific study of physiology advanced the technology of the shoe and thereby athletics. The medically derived technology of the performance-enhancing drug changes almost all professional sports. The list goes on. Advances that affect society are reflected by professional sport. This encompasses more than just advances in materials and engineering processes. It includes the way culture follows economic systems and divides itself up into markets and work forces. Hence, the development of the professional sportsperson. Sport must capture its market in order to survive and must be compatible with changes in culture. Information technology is becoming a force in most areas of our lives and is changing the way our culture operates. Sport will change along with this and will be modified by the introduction of digital technology and the Internet. Technology creates an excess of information which changes the consumption of sport which introduces an ad light at the SCG which makes (me) the viewer want to go home and watch the TV. The technology is the message. References Potts, J. "The Technology is the Message." Thinking Media. Ed. M. Wark. Sydney: Pluto Press, forthcoming. Rowe, D. Sport, Culture and the Media: The Unruly Trinity. Buckingham: Open UP, 1999. Wilson, B. "Pumping Up the Footy: The Commercial Expansion of Professional Football in Australia." Sport and Leisure: Trends in Australian Popular Culture. Ed. D. Rowe and G. Lawrence. Sydney: Harcourt Brace Jovanovich, 1990. Citation reference for this article MLA style: Greg Levine. "Technology and Sport." M/C: A Journal of Media and Culture 3.5 (2000). [your date of access] <http://www.api-network.com/mc/0010/sport.php>. Chicago style: Greg Levine, "Technology and Sport," M/C: A Journal of Media and Culture 3, no. 5 (2000), <http://www.api-network.com/mc/0010/sport.php> ([your date of access]). APA style: Greg Levine. (2000) Technology and Sport. M/C: A Journal of Media and Culture 3(5). <http://www.api-network.com/mc/0010/sport.php> ([your date of access]).

When historian Graeme Davison famously declared that “Australia was born urban and quickly grew suburban” (98), he was clearly referring to Melbourne or Sydney, but certainly not Brisbane. Although the Brisbane of 2011 might resemble a contemporary, thriving metropolis, its genealogy is not an urban one. For most of its history, as Gillian Whitlock has noted, Brisbane was “a place where urban industrial society is kept at bay” (80). What distinguishes Brisbane from Australia’s larger southern capital cities is its rapid morphology into a city from a provincial, suburban, town. Indeed it is Brisbane’s distinctive regionalism, with its sub-tropical climate, offering a steamy, fecund backdrop to narratives of the city that has produced a plethora of writing in literary accounts of the city, from author David Malouf through to contemporary writers such as Andrew McGahan, John Birmingham, Venero Armanno, Susan Johnson, and Nick Earls. Brisbane’s lack of urban tradition makes its transformation unique among Australian cities. Its rapid population growth and urban development have changed the way that many people now live in the city. Unlike the larger cities of Sydney or Melbourne, whose inner cities were established on the Victorian model of terrace-row housing on small lots, Brisbane’s early planners eschewed this approach. So, one of the features that gives the city its distinction is the languorous suburban quality of its inner-city areas, where many house blocks are the size of the suburban quarter-acre block, all within coo-ee of the city centre. Other allotments are medium to small in size, and, until recently, housed single dwellings of varying sizes and grandeur. Add to this a sub-tropical climate in which ‘green and growth’ is abundant and the pretty but flimsy timber vernacular housing, and it’s easy to imagine that you might be many kilometres from a major metropolitan centre as you walk around Brisbane’s inner city areas. It is partly this feature that prompted demographer Bernard Salt to declare Brisbane “Australia’s most suburban city” (Salt 5). Prior to urban renewal in the early 1990s, Brisbane was a low-density town with very few apartment blocks; most people lived in standalone houses.From the inception of the first Urban Renewal program in 1992, a joint initiative of the Federal government’s Building Better Cities Program and managed by the Brisbane City Council (BCC), Brisbane’s urban development has undergone significant change. In particular, the city’s Central Business District (CBD) and inner city have experienced intense development and densification with a sharp rise in medium- to high-density apartment dwellings to accommodate the city’s swelling population. Population growth has added to the demand for increased density, and from the period 1995–2006 Brisbane was Australia’s fastest growing city (ABS).Today, parts of Brisbane’s inner city resembles the density of the larger cities of Melbourne and Sydney. Apartment blocks have mushroomed along the riverfront and throughout inner and middle ring suburbs. Brisbane’s population has enthusiastically embraced apartment living, with “empty nesters” leaving their suburban family homes for the city, and apartments have become the affordable option for renters and first home purchasers. A significant increase in urban amenities such as large-scale parklands and river side boardwalks, and a growth in service industries such as cafes, restaurants and bars—a feature of cities the world over—have contributed to the appeal of the city and the changing way that people live in Brisbane.Urbanism demands specific techniques of living—life is different in medium- to high-density dwellings, in populous places, where people live in close proximity to one another. In many ways it’s the antithesis to suburban life, a way of living that, as Davison notes, was established around an ethos of privacy, health, and seclusion and is exemplified in the gated communities seen in the suburbs today. The suburbs are characterised by generosity of space and land, and developed as a refuge and escape from the city, a legacy of the nineteenth-century industrial city’s connection with overcrowding, disease, and disorder. Suburban living flourished in Australia from the eighteenth century and Davison notes how, when Governor Phillip drew up the first town plan for Sydney in 1789, it embodied the aspirations of “decency, good order, health and domestic privacy,” which lie at the heart of suburban ideals (100).The health and moral impetus underpinning the establishment of suburban life—that is, to remove people from overcrowding and the unhygienic conditions of slums—for Davison meant that the suburban ethos was based on a “logic of avoidance” (110). Attempting to banish anything deemed dangerous and offensive, the suburbs were seen to offer a more natural, orderly, and healthy environment. A virtuous and happy life required plenty of room—thus, a garden and the expectation of privacy was paramount.The suburbs as a site of lived experience and cultural meaning is significant for understanding the shift from suburban living to the adoption of medium- to high-density inner-city living in Brisbane. I suggest that the ways in which this shift is captured discursively, particularly in promotional material, are indicative of the suburbs' stronghold on the collective imagination. Reinforcing this perception of Brisbane as a suburban city is a history of literary narratives that have cast Brisbane in ways that set it apart from other Australian cities, and that are to do with its non-urban characteristics. Imaginative and symbolic discourses of place have real and material consequences (Lefebvre), as advertisers are only too well aware. Discursively, city life has been imagined oppositionally from life in the suburbs: the two sites embody different cultural meanings and values. In Australia, the suburbs are frequently a site of derision and satire, characterized as bastions of conformity and materialism (Horne), offering little of value in contrast to the city’s many enchantments and diverse pleasures. In the well-established tradition of satire, “suburban bashing is replete in literature, film and popular culture” (Felton et al xx). From Barry Humphries’s characterisation of Dame Edna Everage, housewife superstar, who first appeared in the 1960s, to the recent television comedy series Kath and Kim, suburbia and its inhabitants are represented as dull-witted, obsessed with trivia, and unworldly. This article does not intend to rehearse the tradition of suburban lampooning; rather, it seeks to illustrate how ideas about suburban living are hard held and how the suburban ethos maintains its grip, particularly in relation to notions of privacy and peace, despite the celebratory discourse around the emerging forms of urbanism in Brisbane.As Brisbane morphed rapidly from a provincial, suburban town to a metropolis throughout the 1990s and early 2000s, a set of metropolitan discourses developed in the local media that presented new ways of inhabiting and imagining the city and offered new affiliations and identifications with the city. In establishing Brisbane’s distinction as a city, marketing material relied heavily on the opposition between the city and the suburbs, implying that urban vitality and diversity rules triumphant over the suburbs’ apparent dullness and homogeneity. In a billboard advertisement for apartments in the urban renewal area of Newstead (2004), images of architectural renderings of the apartments were anchored by the words—“Urban living NOT suburban”—leaving little room for doubt. It is not the design qualities of the apartments or the building itself being promoted here, but a way of life that alludes to utopian ideas of urban life, of enchantment with the city, and implies, with the heavy emphasis of “NOT suburban,” the inferiority of suburban living.The cultural commodification of the late twentieth- and twenty-first-century city has been well documented (Evans; Dear; Zukin; Harvey) and its symbolic value as a commodity is expressed in marketing literature via familiar metropolitan tropes that are frequently amorphous and international. The malleability of such images makes them easily transportable and transposable, and they provided a useful stockpile for promoting a city such as Brisbane that lacked its own urban resources with which to construct a new identity. In the early days of urban renewal, the iconic images and references to powerhouse cities such as New York, London, and even Venice were heavily relied upon. In the latter example, an advertisement promoting Brisbane appeared in the Sydney Morning Herald colour magazine (May 2005). This advertisement represented Brisbane as an antipodean Venice, showing a large reach of the Brisbane river replete with gondolas flanked by the city’s only nineteenth-century riverside building, the Custom’s House. The allusion to traditional European culture is a departure from the usual tropes of “fun and sun” associated with promotions of Queensland, including Brisbane, while the new approach to promoting Brisbane is cognizant of the value of culture in the symbolic and economic hierarchy of the contemporary city. Perhaps equally, the advertisement could be read as ironic, a postmodern self-parodying statement about the city in general. In a nod to the centrality of the spectacle, the advertisement might be a salute to idea of the city as theme park, a pleasure playground and a collective fantasy of escape. Nonetheless, either interpretation presents Brisbane as somewhere else.In other promotional literature for apartment dwellings, suburban living maintains its imaginative grip, evident in a brochure advertising Petrie Point apartments in Brisbane’s urban renewal area of inner-city New Farm (2000). In the brochure, the promise of peace and calm—ideals that have their basis in suburban living—are imposed and promoted as a feature of inner-city living. Paradoxically, while suggesting that a wholesale evacuation and rejection of suburban life is occurring presumably because it is dull, the brochure simultaneously upholds the values of suburbia:Discerning baby boomers and generation X’ers who prefer lounging over latte rather than mowing the quarter acre block, are abandoning suburban living in droves. Instead, hankering after a more cosmopolitan lifestyle without the mind numbing drive to work, they are retreating to the residential mecca, the inner city, for chic shops and a lively dining, arts and theatre culture. (my italics)In the above extract, the rhetoric used to promote and uphold the virtues of a cosmopolitan inner-city life is sabotaged by a language that in many respects capitulates to the ideals of suburban living, and evokes the health and retreat ethos of suburbia. “Lounging” over lattes and “retreating to a residential mecca”[i] allude to precisely the type of suburban living the brochure purports to eschew. Privacy, relaxation, and health is a discourse and, more importantly, a way of living that is in many ways anathema to life in the city. It is a dream-wish that those features most valued about suburban life, can and should somehow be transplanted to the city. In its promotion of urban amenity, the brochure draws upon a somewhat bourgeois collection of cultural amenities and activities such as a (presumably traditional) arts and theatre culture, “lively dining,” and “chic” shops. The appeal to “discerning baby boomers and generation X’ers” has more than a whiff of status and class, an appeal that disavows the contemporary city’s attention to diversity and inclusivity, and frequently the source of promotion of many international cities. In contrast to the suburban sub-text of exclusivity and seclusion in the Petrie Point Apartment’s brochure, is a promotion of Sydney’s inner-city Newtown as a tourist site and spectacle, which makes an appeal to suburban antipathy clear from the outset. The brochure, distributed by NSW Tourism (2000) displays a strong emphasis on Newtown’s cultural and ethnic diversity, and the various forms of cultural consumption on offer. The inner-city suburb’s appeal is based on its re-framing as a site of tourist consumption of diversity and difference in which diversity is central to its performance as a tourist site. It relies on the distinction between “ordinary” suburbs and “cosmopolitan” places:Some cities are cursed with suburbs, but Sydney’s blessed with Newtown — a cosmopolitan neighbourhood of more than 600 stores, 70 restaurants, 42 cafes, theatres, pubs, and entertainment venues, all trading in two streets whose origins lie in the nineteenth century … Newtown is the Catwalk for those with more style than money … a parade where Yves St Laurent meets Saint Vincent de Paul, where Milano meets post-punk bohemia, where Max Mara meets Doc Marten, a stage where a petticoat is more likely to be your grandma’s than a Colette Dinnigan designer original (From Sydney Marketing brochure)Its opening oppositional gambit—“some cities are cursed with suburbs”—conveniently elides the fact that like all Australian cities, Sydney is largely suburban and many of Sydney’s suburbs are more ethnically diverse than its inner-city areas. Cabramatta, Fairfield, and most other suburbs have characteristically high numbers of ethnic groups such as Vietnamese, Korean, Lebanese, and so forth. Recent events, however, have helped to reframe these places as problem areas, rather than epicentres of diversity.The mingling of social groups invites the tourist-flâneur to a performance of difference, “a parade where Yves St Laurent meets Saint Vincent de Paul (my italics), where Milano meets post-punk bohemia,” and where “the upwardly mobile and down at heel” appear in what is presented as something of a theatrical extravaganza. Newtown is a product, its diversity a commodity. Consumed visually and corporeally via its divergent sights, sounds, smells and tastes (the brochure goes on to state that 70 restaurants offer cuisine from all over the globe), Newtown is a “successful neighbourhood experiment in the new globalism.” The area’s social inequities—which are implicit in the text, referred to as the “down at heel”—are vanquished and celebrated, incorporated into the rhetoric of difference.Brisbane’s lack of urban tradition and culture, as well as its lack of diversity in comparison to Sydney, reveals itself in the first brochure while the Newtown brochure appeals to the idea of a consumer-based cosmopolitanism. As a sociological concept, cosmopolitanism refers to a set of "subjective attitudes, outlooks and practices" broadly characterized as “disposition of openness towards others, people, things and experiences whose origin is non local” (Skrbis and Woodward 1). Clearly cosmopolitan attitudes do not have to be geographically located, but frequently the city is promoted as the site of these values, with the suburbs, apparently, forever looking inward.In the realm of marketing, appeals to the imagination are ubiquitous, but discursive practices can become embedded in everyday life. Despite the growth of urbanism, the increasing take up of metropolitan life and the enduring disdain among some for the suburbs, the hard-held suburban values of peace and privacy have pragmatic implications for the ways in which those values are embedded in people’s expectations of life in the inner city.The exponential growth in apartment living in Brisbane offers different ways of living to the suburban house. For a sub-tropical city where "life on the verandah" is a significant feature of the Queenslander house with its front and exterior verandahs, in the suburbs, a reasonable degree of privacy is assured. Much of Brisbane’s vernacular and contemporary housing is sensitive to this indoor-outdoor style of living, a distinct feature and appeal of everyday life in many suburbs. When "life on the verandah" is adapted to inner-city apartment buildings, expectations that indoor-outdoor living can be maintained in the same way can be problematic. In the inner city, life on the verandah may challenge expectations about privacy, noise and visual elements. While the Brisbane City Plan 2000 attempts to deal with privacy issues by mandating privacy screenings on verandahs, and the side screening of windows to prevent overlooking neighbours, there is ample evidence that attitudinal change is difficult. The exchange of a suburban lifestyle for an urban one, with the exposure to urbanity’s complexity, potential chaos and noise, can be confronting. In the Urban Renewal area and entertainment precinct of Fortitude Valley, during the late 1990s, several newly arrived residents mounted a vigorous campaign to the Brisbane City Council (BCC) and State government to have noise levels reduced from local nightclubs and bars. Fortitude Valley—the Valley, as it is known locally—had long been Brisbane’s main area for nightclubs, bars and brothels. A small precinct bounded by two major one-way roads, it was the locus of the infamous ABC 4 Corners “Moonlight State” report, which exposed the lines of corruption between politicians, police, and the judiciary of the former Bjelke-Petersen government (1974–1987) and who met in the Valley’s bars and brothels. The Valley was notorious for Brisbanites as the only place in a provincial, suburban town that resembled the seedy side of life associated with big cities. The BCC’s Urban Renewal Task Force and associated developers initially had a tough task convincing people that the area had been transformed. But as more amenity was established, and old buildings were converted to warehouse-style living in the pattern of gentrification the world over, people started moving in to the area from the suburbs and interstate (Felton). One of the resident campaigners against noise had purchased an apartment in the Sun Building, a former newspaper house and in which one of the apartment walls directly abutted the adjoining and popular nightclub, The Press Club. The Valley’s location as a music venue was supported by the BCC, who initially responded to residents’ noise complaints with its “loud and proud” campaign (Valley Metro). The focus of the campaign was to alert people moving into the newly converted apartments in the Valley to the existing use of the neighbourhood by musicians and music clubs. In another iteration of this campaign, the BCC worked with owners of music venues to ensure the area remains a viable music precinct while implementing restrictions on noise levels. Residents who objected to nightclub noise clearly failed to consider the impact of moving into an area that was already well known, even a decade ago, as the city’s premier precinct for music and entertainment venues. Since that time, the Valley has become Australia’s only regulated and promoted music precinct.The shift from suburban to urban living requires people to live in very different ways. Thrust into close proximity with strangers amongst a diverse population, residents can be confronted with a myriad of sensory inputs—to a cacophony of noise, sights, smells (Allon and Anderson). Expectations of order, retreat, and privacy inevitably come into conflict with urbanism’s inherent messiness. The contested nature of urban space is expressed in neighbour disputes, complaints about noise and visual amenity, and sometimes in eruptions of street violence. There is no shortage of examples in the Brisbane’s Urban Renewal areas such as Fortitude Valley, where acts of homophobia, racism, and other less destructive conflicts continue to be a frequent occurrence. While the refashioned discursive Brisbane is re-presented as cool, cultured, and creative, the tensions of urbanism and tests to civility remain in a process of constant negotiation. This is the way the city’s past disrupts and resists its cool new surface.[i] The use of the word mecca in the brochure occurred prior to 11 September 2001.ReferencesAllon, Fiona, and Kay Anderson. "Sentient Sydney." In Passionate City: An International Symposium. Melbourne: RMIT, School of Media Communication, 2004. 89–97.Australian Bureau of Statistics (ABS). Regional Population Growth, Australia, 1996-2006.Birmingham, John. "The Lost City of Vegas: David Malouf’s Old Brisbane." Hot Iron Corrugated Sky. Ed. R. Sheahan-Bright and S. Glover. St Lucia: U of Queensland P, 2002. xx–xx.Davison, Graeme. "The Past and Future of the Australian Suburb." Suburban Dreaming: An Interdisciplinary Approach to Australian Cities. Ed. L. Johnson. Geelong: Deakin University Press, 1994. xx–xx.Dear, Michael. The Postmodern Urban Condition. Oxford: Blackwell, 2000.Evans, Graeme. “Hard-Branding the Cultural City—From Prado to Prada.” International Journal of Urban and Regional Research 27.2 (2003): 417–40.Evans, Raymond, and Carole Ferrier, eds. Radical Brisbane. Melbourne: The Vulgar Press, 2004.Felton, Emma, Christy Collis, and Phil Graham. “Making Connections: Creative Industries Networks in Outer Urban Locations.” Australian Geographer 14.1 (Mar. 2010): 57–70.Felton, Emma. Emerging Urbanism: A Social and Cultural Study of Urban Change in Brisbane. PhD thesis. Brisbane: Griffith University, 2007.Glover, Stuart, and Stuart Cunningham. "The New Brisbane." Artlink 23.2 (2003): 16–23. Harvey, David. The Condition of Postmodernity: An Enquiry into the Origins of Cultural Change. Cambridge, MA: Blackwell, 1990. Horne, Donald. The Lucky Country: Australia in the Sixties. Ringwood: Penguin, 1964.Lefebvre, Henri. The Production of Space. Oxford: Basil Blackwell, 1991.Malouf, David. Johnno. St Lucia: University of Queensland Press, 1975. ---. 12 Edmondstone Street. London: Penguin, 1986.NSW Tourism. Sydney City 2000. Sydney, 2000.Salt, Bernard. Cinderella City: A Vision of Brisbane’s Rise to Prominence. Sydney: Austcorp, 2005.Skrbis, Zlatko, and Ian Woodward. “The Ambivalence of Ordinary Cosmopolitanism: Investigating the Limits of Cosmopolitanism Openness.” Sociological Review (2007): 1-14.Valley Metro. 1 May 2011 < http://www.valleymetro.com.au/the_valley.aspx >.Whitlock, Gillian. “Queensland: The State of the Art on the 'Last Frontier.’" Westerly 29.2 (1984): 85–90.Zukin, Sharon. The Culture of Cities. Cambridge, MA: Basil Blackwell, 1995.