Academic literature on the topic 'Poulet de chair'

Abstract It is not surprising that, after his Rocamadour works, Poulenc felt a need for relaxation—coinciding with the end of the war, for Figure humaine was first performed in 1945. The cantata he believed to be his ultimate justification (‘I play it every day and its under lying integrity and faith foil my foulest mood, my harshest self criticism’). After it, he needed to unwind, and did so by returning to the theatre and to his first love, Guillaume Apollinaire: whose farce, Les Mamelles de Tiresias, had been written as long ago as 1903, but was not produced, with a new prologue and epilogue, until 1917—that critical year in which Francis had met the three artists to whom he owed most, Satie, Eluard, and Apollinaire himself. Poulenc set the text as an opera bouffe in Offenbachian tradition, dedicating it to the composer among his friends most likely to appreciate it, Darius Milhaud.

This last chapter looks at Duvivier’s late style, and makes the case that his final films, before his death in 1967, retain the classicism of mise en scène, the evocative location shooting, and the core thematic concerns – deception, misanthropy, the fragility of the (male) group, the dangerous woman – that characterise Duvivier’s career. It will explore how Duvivier continued to return to source texts (Pot-Bouille [1957], Chair de poule [1963]), made chamber pieces (Marie-Octobre [1959], Diaboliquement vôtre [1967]) and Gothic noir (La Chambre ardente [1962]). This period also saw Duvivier re-imagine the coordinates of French noir and the fantasy film, two genres generally overlooked by most critics at the time. The chapter also evaluates Duvivier’s contributions to the look and logic of the ‘Tradition of Quality’ cinema. He continued to push at the rigid boundaries between commercial and auteur work, working with significant stars (Brigitte Bardot, Danielle Darrieux, Alain Delon and Jean-Pierre Léaud).

Development, construction and operation of buildings and structures are associated with disproportional consumption of energy, production of waste, emission of CO2 and transportation of materials. The first reason is the fragmented supply chain in the construction industry, that leads to sub-optimal buildings. The second reason is that buildings are built for long lifetime, where the world inside and around the buildings changes faster and faster. This also leads to suboptimal buildings. The third reason is that buildings are built as monoliths. All components are welded, poured, glued, sealed and cemented. This makes the building hard to change. These changes however are necessary to keep the building fit for use and up to date. The Living Building Concept is a business model for a more sustainable building industry. It is a business model which concentrates on the lifecycle of components and elements of buildings providing an economy of scale for innovative suppliers. Buildings can easily be kept up to date and fit for use with state of the art technology and in a sustainable way by changing parts and re-using the replaced parts in other buildings and structures. In that way buildings and structures show similarity with living organisms, changing slowly as a whole on the long term but changing fast and easy at cell level on short term. The characteristic “from cradle to grave” thinking of the construction sector then changes in a sustainable “cradle to cradle” thinking with substantial positive effects.

Adding up, or more formally ‘addition’, is just what it says: it is the attachment of atoms to a sensitive spot on a molecule. I need to stand back for a moment and explain what I mean by a ‘sensitive spot’. You already know (from Reaction 13) that some atoms are held to each other by an electron cloud (a ‘single bond’) and others by a doubly dense cloud (a ‘double bond’). There is a third type in which the atoms are held together by an even denser, triply dense cloud of electrons, forming a ‘triple bond’. Here I am concerned with the latter two types of bond, the so-called ‘multiple bonds’. These are the sensitive spots of organic molecules for it is quite easy to attack a multiple bond, rearrange the clouds, and attach other groups. For simplicity, I shall deal only with the more common type of multiply bonded molecule, one with a double bond. A double bond is a region rich in electrons, so you should suspect that any missile that will attack it will be an electrophile (a seeker-out of negative charge, of electron richness, Reaction 16). I shall consider a very simple case: the addition of bromine to cyclohexene, 1. As we have seen in Reaction 15, the presence of a bromine atom, Br, in a molecule is often the starting point for building on other groups of atoms, so this is an important reaction in a chain that might be used to construct something useful, such as a pharmaceutical. Bromine is a liquid composed of Br2 molecules. Cyclohexene is a liquid composed of hexagonal benzene-like molecules but with only one double bond in each molecule. Why I have chosen this slightly elaborate molecule rather than something simpler, such as ethylene (ethene, Reaction 13), will soon become clear. Let’s shrink together down to our normal molecular size and watch what happens as the bromine is poured into the cyclohexene. We already know from Reaction 16 that a bromine molecule has a nose for negative charge, so you should not be surprised to see one homing in on the electron-rich double bond of a nearby cyclohexene molecule.

With the exponential growth of the Internet and e-commerce, the need for secure transactions has become a necessity for both consumer and business. Even though there have been advances in security technology, one aspect remains constant: passwords still play a central role in system security. The difficulty with passwords is that all too often they are the easiest security mechanism to defeat. Kevin Mitnick, notably the most recognized computer hacker, made the following statement concerning humans and their passwords: …the human side of computer security is easily exploited and constantly overlooked. Companies spend millions of dollars on firewalls, encryption and secure access devices, and it’s money wasted, because none of these measures addresses the weakest link in the security chain. (Poulsen, 2000) Without secure passwords, e-commerce sites invite online criminals to attempt fraudulent schemes that mimic the goods and services that legitimate e-commerce merchants offer. With increasing numbers of users on an increasing array of e-commerce sites, often requiring the use of passwords, users often choose to reuse the same simplistic password, and do so on multiple sites (Campbell, Calvert, & Boswell, 2003). For most computerized systems, passwords are the first line of defense against hackers or intruders (Horowitz, 2001). There have been numerous published articles that have created guidelines on how to create better or safer passwords with the following recommendations: 1. passwords should be memorized and not written down; 2. passwords should be an eight- or nine-character word or phrase, and end users should randomly add 3. passwords should contain a mixture of letters (both upper- and lowercase), numbers, and punctuation characters; and 4. passwords should never be words that can be commonly found in a dictionary. But if an individual adheres to security experts’ suggestions about password authentication, it usually involves a trade-off. If a password is easy to create and remember, it is most likely that it is easy for others to guess or a hacker to crack. Eventually, any password can be cracked. Password crackers use a variety of methods and tools that can include guessing, dictionary lists, or brute force attacks. Dictionary lists are created by using an automated program that includes a text file of words that are common in a dictionary. The program repeatedly attempts to log on to the target system, using a different word from the text file on each attempt. A brute force attack is a variation of the dictionary attacks, but it is designed to determine passwords that may not be included in the text file. In a brute force attack, the attacker uses an automated program that generates hashes or encrypted values for all possible passwords and compares them to the values in the password file (Conklin, White, Cothren, Williams, & Davis, 2004). Unfortunately, many of the deficiencies of password authentication systems arise from the limitations of human cognitive ability (Pond, Podd, Bunnell, & Henderson, 2000). The requirements to remember long and complicated passwords are contrary to a well-known property of human memory. First, the capacity of human memory in its capacity to remember a sequence of items is temporally limited, with a short-term capacity of around seven items plus or minus two (Kanaley, 2001). Second, when humans remember a sequence of items, those items cannot be drawn from an arbitrary and unfamiliar range, but must be familiar “chunks” such as words or familiar symbols. Third, the human memory thrives on redundancy. In fact, studies have shown that individuals’ short-term memory will retain a password for approximately 30 seconds, thereby requiring individuals to attempt to memorize their passwords immediately (Atkinson & Shiffrin, 1968).

How many castings should be poured before getting a useable part? The ideal answer may be one, but the reality is that the ideal is infrequently realized. What alloy is the part? What is its size? What is the complexity? How is the part complex: many interior cores, many thick to thin section transitions, very thin walls, or something else entirely? No two part geometries will be exactly the same, so the challenges and expectations for each part will be different. At Sikorsky, our sand cast components only seem to be getting more complex, with more demanding dimensional and metallurgical requi

Крайняя малочисленность связанных с христианством находок и их неравномерное распределение во времени создает значительные трудности при восстановлении истории Фанагорийской христианской общины. Восполнить лакуны до некоторой степени помогают имеющиеся сведения об истории христианства в других центрах Северо-Восточного Причерноморья, неотъемлемой частью которого являлась Фанагория. Несомненно, новая религия проникает в Фанагорию, как и в другие центры Боспорского царства, в последней четверти 3 в. из Малой Азии, откуда готы, возвращаясь из своих пиратских набегов, привозили пленных христиан. И