Relevant bibliographies by topics / Explosion, 1875

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  1. Journal articles
  2. Dissertations / Theses
  3. Books
  4. Book chapters
  5. Conference papers

Academic literature on the topic 'Explosion, 1875'

Author: Grafiati
Published: 4 June 2021
Last updated: 3 February 2022

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Journal articles on the topic "Explosion, 1875"

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Steele, M. William. "Mobility on the Move." Transfers 4, no. 3 (December 1, 2014): 88–107. http://dx.doi.org/10.3167/trans.2014.040307.

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The rickshaw initiated an explosion in personal mobility in Asia in the late nineteenth and early twentieth century. Invented in Japan in 1869, by 1872 there were forty thousand and by 1875 over one hundred thousand of the new two-wheel vehicles on the streets of Tokyo. The number reached a peak in 1896 with 210,000 countrywide. The rickshaw (in Japanese, jinrikisha) quickly spread to Asia, to Shanghai and Hong Kong in 1874, to Singapore and Calcutta in 1880. By 1900, the rickshaw had spread throughout the continent, bringing with it new mobility to an emerging urban middle class. Moreover, for many people in Asia, the rickshaw alongside the locomotive, came to symbolize modernity. This article will explore routes of diffusion, focusing on the role played by Akiha Daisuke and his adopted son, Akiha Daisuke II, Japan's largest exporters of rickshaws, in the late nineteenth and early twentieth centuries.
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Andrási, Dorottya. "Az 1868-as nemzetiségi törvény és a magyar–horvát kiegyezés." Erdélyi Jogélet 3, no. 2 (October 27, 2020): 141–50. http://dx.doi.org/10.47745/erjog.2020.02.07.

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The Act XXX of 1868 regulated the public law situation of Croats and Hungarians in a uniquely subdualist way within the Monarchy, and the status quo provided an appropriate basis and guarantees for further development. Another significant step in the settlement of ethnic relations within the Monarchy was Act XLIV of 1868, a law that had an organic relationship with the Compromise Act. Both the Compromise Act and the Nationality Act were defined by the public law conception represented by Ferenc Deák, the essence of which is to focus on the terminology of the unified “political nation” for the Hungarian side, and the position and rights of other national minorities were regulated in relation to it. In Deák’s understanding, the concept of the political nation was linked to the idea of the nation-state, which, as a result of domestic political changes after 1875, became increasingly nationalist and upset relations with individual nationalities, including Croats. In the long run, this process led to mutual misunderstandings between the peoples within the Habsburg Monarchy and to an explosion of ethnic and political relations as a result of several unfortunate political factors.
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Beegle-Krause, CJ, and Walton (Tad) Lynch. "COMBINING MODELING WITH RESPONSE IN POTENTIAL DEEP WELL BLOWOUT: LESSONS LEARNED FROM THUNDER HORSE1." International Oil Spill Conference Proceedings 2005, no. 1 (May 1, 2005): 719–23. http://dx.doi.org/10.7901/2169-3358-2005-1-719.

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ABSTRACT In May of 2003 a drilling riser break at a BP development well in 6015 feet (1875 m) of water in the Gulf of Mexico initiated a dialog between BP responders and NOAA/HAZMAT modelers about the potential consequences of a deep well blowout. Human health and safety issues were the key concern for BP responders, particularly those planning potential on water operations. Where might the gas surface? Would the natural gas (propane and methane) at the water's surface pose an explosion or asphyxiation hazard? Was there a potential for the gas bubbles to sink any of the response vessels? These discussions did not have as cut-and-dry answers as either BP or NOAA would have preferred. During the planning for BP's attempt to bring the well back into operation, the General NOAA Oil Modeling Environment (GNOME) with the Clarkson Deep Oil and Gas model (CDOG, Zheng et al 2003, Chen and Yapa 2003 and Yapa and Cheng 2004) were run. The data required for modeling a deep spill is more extensive then for a surface oil trajectory and was the subject of much discussion between BP responders and NOAA/HAZMAT. As a result, NOAA/HAZMAT created a data summary request sheet (Appendix 1) to guide the BP responders in what data was needed, and provided a point of discussion for implications of missing data.
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Blount, Russell W. "Mobile's Great Magazine Explosion of 1865." Alabama Review 74, no. 3 (2021): 240–55. http://dx.doi.org/10.1353/ala.2021.0025.

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Flyagin, A. S., V. A. Vorsin, and V. M. Ufimtsev. "Production and application in industrial conditions of non-explosive destructive mixtures." Proceedings of the Voronezh State University of Engineering Technologies 80, no. 2 (October 2, 2018): 290–96. http://dx.doi.org/10.20914/2310-1202-2018-2-290-296.

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In modern urban conditions of dense construction, as well as in the production of special works in the mining industry, new quality materials for non-explosive destruction of buildings, structures and rocks are required. Such material is non-explosive expanding mixtures (LDCs). LDCs are used in cases when the destruction of rocks by explosion unacceptable due to the dangerous consequences associated with the violation of stability of rock massif and negative seismic manifestations of the explosion. Non-explosive expanding mixtures are widespread in mining and construction works in many countries: the USA, Japan, Canada, the Czech Republic and others. They are used in the extraction of stone blocks, cutting of oversized, destruction of concrete structures, etc. Specialists of the academic University, research Institute and industry representative developed a product that is not inferior, and even superior to domestic and foreign analogues. The maximum developed pressure on the walls of the hole reaches 187.5 MPa. To date, the Russian market is represented by cheap, but lower in quality LDCs produced in China. Domestic development directly meets all the conditions of the Russian government Decree on import substitution. The article describes the main types of LDCs, the fundamental differences from analogues in the mode of production (firing). The mechanism of impact on the mountain range is considered. The main advantages of this material are indicated. The scope of the compositions is very extensive is the construction work in cramped conditions (ie. near buildings and structures, highways, industrial communications, settlements, in existing shops, etc.), mining of piece stone, crushing array (burrs, oversized, etc.), careful extraction of crystalline materials, work on dismantling of building structures, etc. it is Advisable to use these compounds in those places where it is not possible to use explosives.
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Wisniak, Jaime. "The development of Dynamite. From Braconnot to Nobel." Educación Química 19, no. 1 (June 21, 2011): 71. http://dx.doi.org/10.22201/fq.18708404e.2008.1.25765.

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Henry Braconnot (1780-1855), Théophile-Jules Pelouze (1807-1867) y Ascanio Sobrero (1812-1888) son las figuras centrales en el descubrimiento de la naturaleza explosiva y las propiedades de los productos de la reacción de las mezclas de ácido nítrico y ácido sulfúrico con carbohidratos (azúcares, almidones, celulosa y lignina) y polialcoholes, en el corto periodo de 1833 a 1850. Sus descubrimientos permitieron a Alfred Bernhard Nobel (1833-1896) transformar la información acerca de un producto de manejo peligroso en una realidad industrial e iniciar así la industria moderna de los explosivos. En este artículo se describe el desarrollo histórico del conocimiento científico hasta su cristalización en la dinamita de nuestros días.
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Kohno, Mika, and Yoshiyuki Fujii. "Past 220 year bipolar volcanic signals: remarks on common features of their source volcanic eruptions." Annals of Glaciology 35 (2002): 217–23. http://dx.doi.org/10.3189/172756402781816807.

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AbstractDuring the past 220 years, prominent signals of non-sea salt sulfate ion (nssSO42–) concentration exceeding the background level, including both marine biogenic and anthropogenic SO42–, were found in shallow ice cores from site H15 in East Antarctica and Site-J in southern Greenland. They were mostly correlated with past explosive volcanic eruptions. on the basis of this result and published results of shallow ice cores and snow pits at various locations on the Antarctic and Greenland ice sheets, eight common signals were found, of which six were assigned to the following explosive eruptions: El Chichόn, Mexico, in 1982; Agung, Indonesia, in 1963; Santa Maria, Guatemala, in 1902; Krakatau, Indonesia, in 1883; Cosiguina, Nicaragua, in 1835; an unknown volcano between 1831 and 1834; Tambora, Indonesia, in 1815; and an unknown volcano in 1809. Volcanic eruptions which have a potential to imprint their signals in both the Antarctic and Greenland ice sheets were characterized by (1) location in low latitudes between 20˚N and 10˚ S, and (2) eruption column height ≥25 km, corresponding to a volcanic explosivity index (VEI) ≥5.
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Sykes, Ingrid J. "Sonorous Mechanics: The Culture of Sonority in Nineteenth-Century France." Nineteenth-Century Music Review 1, no. 1 (June 2004): 43–66. http://dx.doi.org/10.1017/s1479409800001877.

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On Wednesday 24 May 1871, during the uprising of the Paris Commune, the Sacristine of the convent of the Sœurs Auxiliatrices des Ames du Purgatoire was disturbed by the sound of rapidly approaching gunfire and explosions. From the secluded convent compound in the rue de la Barouillère in Paris, she wrote in the convent diary: ‘Everyone believes that the house is shaking! . . . The Mother Superior makes an act of faithfulness to the Holy Will of God! . . . it is an explosion in the Luxembourg gunpowder magazine and our tiled floor shatters! The Tuileries, the Louvre, the Ministry of War, the Palace of the Legion of honour are in flames.’ However, the Sacristine's attention was soon shifted from the noise of conflict towards the many other types of sounds outside and within the convent. Even the sound of the doorbell began to strike with a seemingly ominous edge. At ‘1 o′clock pm: The bell rings very loudly, the Mother Superior looks out of the window, it is her brother!’ Amidst the noises of war surrounding the compound, the nuns continued their musical routine of song and organ playing: ‘6 pm: Les Mères nevertheless sing pieces to the Holy Sacrament and the Most Holy Virgin.’
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Chumney, James R., and Gene Eric Salecker. "Disaster on the Mississippi: The Sultana Explosion, April 27, 1865." Journal of Southern History 63, no. 4 (November 1997): 893. http://dx.doi.org/10.2307/2211755.

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Mindell, David A., and Gene Eric Salecker. "Disaster on the Mississippi: The Sultana Explosion, April 27, 1865." Journal of American History 84, no. 2 (September 1997): 667. http://dx.doi.org/10.2307/2952637.

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Dissertations / Theses on the topic "Explosion, 1875"

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Su, Aiwei. "Analysis of Explosion Load Effects in Pipe-racks : Explosion simulation and its respective structural response on pipe-racks on a offshore topside module." Thesis, Norges teknisk-naturvitenskapelige universitet, Institutt for marin teknikk, 2012. http://urn.kb.se/resolve?urn=urn:nbn:no:ntnu:diva-18725.

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An explosion on a typical offshore installation is a critical, however rare accidental event which may result in damage and loss of property, and in the worse case loss of lives. Top-side sections on an offshore installation which are exposed to an explosion blast should be designed to withstand such an event in a way that further escalation of the damage on personnel or property is avoided. There is however limited information on the modeling and analysis procedures for dealing with such events, and most classification rules on this subject give limited information and guidelines on the practical implementation of such effects for general analysis purposes. This thesis has been an investigation on these matters.The basis of this Master thesis has been on a pipe rack structure from one of Aker Solutions' top-side projects. It has been assumed that this structure is exposed to an accidental hydrocarbon explosion, and the resulting structural response has been investigated. A parameter study has been performed by varying blast load levels and durations. The effects due to the weight of the piping on the structure have also been studied. The main task of this thesis has been to compare simplified, static analysis models against dynamic analysis models as to calculate dynamic amplification factors (DAF), the purpose of this is to better understand the dynamic behavior of the structure due to the blast loading. The intention is that the dynamic amplification factors are to be used further by the engineers at Aker Solutions for dimensioning and designing of similar structures.Results showed that the blast loads as used in the analyses did not cause any structural responses within the material's plastic range. Further on, it was found that the magnitude of dynamic amplification is depending on both the blast duration emph{and} the weight of the pipes on the pipe rack. Typical results indicated that this dynamic amplification was reduced with increased blast duration.
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Dufatanye, Aimable-André. "Le principe de non-contradiction. considérations logiques, mathématiques et ontologiques : De la nature et de la valeur du principe de non-contradiction, contribution de Jan Łukasiewicz à l'interprétation d'Aristote." Thesis, Lyon, École normale supérieure, 2011. http://www.theses.fr/2011ENSL0669.

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En mathématiques et en logique classiques, on démontre que {P,¬P}├Q. C’est le fameux ex contradictione sequitur quodlibet, nommé également principe d’explosion. Si une théorie contradictoire est condamnée à exploser, c.à.d. à devenir triviale et à perdre tout intérêt pour la science, il faut à tout prix éviter la contradiction qui, pour ainsi dire, joue le rôle de détonateur. Dès lors, il devient impératif de nier toute conjonction d’une formule et de sa négation. C’est le principe de non-contradiction (PNC) symbolisé par ¬(P^¬P), une tautologie en logique mathématique classique. Aristote, déjà, dans l’antiquité, avait explicitement formulé le PNC qui, depuis, a été élevé au rang de principe définitif et absolu. Quelques rares mais irréductibles détracteurs, toutefois, ont mis en cause le statut absolu de ce principe. La présente thèse est une rediscussion du PNC -de son statut, de sa validité, de sa valeur- qui s’appuie sur le travail du logicien J. Łukasiewicz. Il sera établi que la mise en cause de l’absoluité du PNC proposée par le logicien n’est pas un prolongement des thèses sophistes antiques. Ses critiques s’inscrivent dans le cadre d’une Gegenstandstheorie twardowsko-meinongienne. La combinaison des éléments hérités de la théorie des objets et d’une analyse originale usant des outils de l’algèbre de la logique dans l’interprétation des textes anciens a permis au logicien de dégager l’idée cardinale selon laquelle on peut récuser l’absoluité du PNC sans tomber dans le trivialisme. Il sera démontré que ses travaux contiennent, pour la logique, l’esquisse d’un nouveau paradigme fondé sur la désabsolutisation du PNC, par sa dissociation d’avec le principe d’explosion
In mathematics and classical logic, one proves that {P,¬P}├Q. This is the celebrated ex contradictione sequitur quodlibet, also named the principle of explosion. If a contradictory theory is condemned to explode, that is to become trivial and to lose all interest from a scientific point of view, one must at all costs avoid any contradiction which plays the role of detonator. Consequently, it is necessary to deny any conjunction of a formula and its negation. This is the principle of non-contradiction (PNC) symbolised by ¬(P^¬P), a tautology in classical mathematical logic. Already in antiquity, Aristotle had explicitly formulated PNC which, since, has been elevated to the status of a definitive and an absolute principle. However, a few obstinate critics have questioned the absolute status of this principle. The present thesis is a reappraisal of PNC -of its status, its validity, its value- which builds on the work of the logician J. Łukasiewicz. It will be demonstrated that the critique of absoluteness attributed to PNC proposed by Łukasiewicz is not a continuation of the theses of the ancient sophists. His criticisms can be placed in the framework of a Twardowskian-Meinongian Gegenstandstheorie. The combination of elements from a theory of objects and an original analysis using the tools of the algebra of logic in the interpretation of ancient texts has enabled Łukasiewicz to discern an essential idea according to which one can challenge the absoluteness attributed to PNC without sinking into triviality. It will be shown that his works contain, for logic, an outline for a new paradigm based on the disabsolutization of PNC, by dissociating it from the principle of explosion
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Lotspeich, Erica H. "Evaluation of the Odor Compounds Sensed by Explosive-Detecting Canines." 2011. http://hdl.handle.net/1805/2473.

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Indiana University-Purdue University Indianapolis (IUPUI)
Trained canines are commonly used as biological detectors for explosives; however, there are some areas of uncertainty that have led to difficulties in canine training and testing. Even though a standardized container for determining the accuracy of explosives-detecting canines has already been developed, the factors that govern the amount of explosive vapor that is present in the system are often uncertain. This has led to difficulties in comparing the sensitivity of canines to one another as well as to analytical instrumentation, despite the fact that this container has a defined headspace and degree of confinement of the explosive. For example, it is a common misconception that the amount of explosive itself is the chief contributor to the amount of odor available to a canine. In fact, odor availability depends not only on the amount of explosive material, but also the explosive vapor pressure, the rate with which the explosive vapor is transported from its source and the degree to which the explosive is confined. In order to better understand odor availability, headspace GC/MS and mass loss experiments were conducted and the results were compared to the Ideal Gas Law and Fick’s Laws of Diffusion. Overall, these findings provide increased awareness about availability of explosive odors and the factors that affect their generation; thus, improving the training of canines. Another area of uncertainty deals with the complexity of the odor generated by the explosive, as the headspace may consist of multiple chemical compounds due to the extent of explosive degradation into more (or less) volatile substances, solvents, and plasticizers. Headspace (HS) and solid phase microextraction (SPME) coupled with gas chromatography/mass spectrometry (GC/MS) were used to determine what chemical compounds are contained within the headspace of an explosive as well as NESTT (Non-Hazardous Explosive for Security Training and Testing) products. This analysis concluded that degradation products, plasticizers, and taggants are more common than their parent explosive.
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Ruchti, Jacqueline. "Analysis of TNT, DNA Methylation, and Hair Pigmentation via Gas Chromatography-Mass Spectrometry and Spectroscopic Techniques." Thesis, 2019. http://hdl.handle.net/1805/20023.

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Wu, Tianyang. "Ion Mobility Spectrometry : Optimization of Parameters in Collision Cross Sections and Trace Detection of Explosives." Thesis, 2018. http://hdl.handle.net/1805/17956.

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Indiana University-Purdue University Indianapolis (IUPUI)
Ion mobility spectrometry is a powerful technique for the study related to molecule. The work of tow major applications are introduced in this paper. The first application is the optimization of parameters in CCS. The accurate calculation of the collision cross section for multiple molecules is a long-time interested topic in the research for substances detection in micro scale. No reliable analytical approach to calculate the collision cross section has been established to date. Different approaches rely on different mechanism will provide different results in significant extent. This work introduce a method for the determination of parameters in the Lennard Jones potential. Experimental data combined with numerical computation was the fundamental strategy during the optimization of the parameters. In the experiment, electrospray is used as the ion source of IMS while a nebulizer was utilized to electrify the aromatic compounds. New parameters show no less accuracy and equal efficiency while can explain the physical meaning of the collision more clearly. The second application is the trace detection of explosives with very low concentration. The detection of explosives is an important topic in security, while the detection will be difficult due to the low vapor pressure of explosives. In this work, two types of devices are designed for the trace detection of explosives at an extremely low concentration. TNT is selected as the explosives in the experiment. The experiment succeed to reach a sensitivity of 1 part per quintillion, and even find out a linear relationship between the logarithm of TNT concentration and TNT vapor pressure.
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Liyanage, Thakshila. "Nanoplasmonic efficacy of gold triangular nanoprisms in measurement science: applications ranging from biomedical to forensic sciences." Thesis, 2019. http://hdl.handle.net/1805/21464.

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Indiana University-Purdue University Indianapolis (IUPUI)
Noble metal nanostructures display collective oscillation of the surface conduction electrons upon light irradiation as a form of localized surface plasmon resonance (LSPR) properties. Size, shape, and refractive index of the surrounding environment are the key features that control the LSPR properties. Surface passivating ligands on to the nanostructure can modify the charge density of nanostructures. Further, allow resonant wavelengths to match that of the incident light. This unique phenomenon called the “plasmoelectric effect.” According to the Drude model, red and blue shifts of LSPR peak of nanostructures are observed in the event of reducing and increasing charge density, respectively. However, herein, we report unusual LSPR properties of gold triangular nanoprisms (Au TNPs) upon functionalization with para-substituted thiophenols (X-Ph-SH, X = -NH2, -OCH3, -CH3, -H, -Cl, -CF3, and -NO2). Accordingly, we hypothesized that an appropriate energy level alignment between the Au Fermi energy and the HOMO or LUMO of ligands allows the delocalization of surface plasmon excitation at the hybrid inorganic-organic interface. Thus, provides a thermodynamically driven plasmoelectric effect. We further validated our hypothesis by calculating the HOMO and LUMO levels and work function changes of Au TNPs upon functionalization with para-substituted thiol. This reported unique finding then utilized to design ultrasensitive plasmonic substrate for biosensing of cancer microRNA in bladder cancer and cardiovascular diseases. In the discovery of early bladder cancer diagnosis platform, for the first time, we have been utilized to analyze the tumor suppressor microRNA for a more accurate diagnosis of BC. Additionally, we have been advancing our sensing platform to mitigate the false positive and negative responses of the sensing platform using surface-enhanced fluorescence technique. This noninvasive, highly sensitive, highly specific, also does not have false positives techniques that provide the strong key to detect cancer at a very early stage, hence increase the cancer survival rate. Moreover, the electromagnetic field enhancement of Surface-Enhanced Raman Scattering (SERS) and other related surface-enhanced spectroscopic processes resulted from the LSPR property. This dissertation describes the design and development of entirely new SERS nanosensors using a flexible SERS substrate based on the unique LSPR property of Au TNPs. The developed sensor shows an excellent SERS activity (enhancement factor = ~6.0 x 106) and limit of detection (as low as 56 parts-per-quadrillions) with high selectivity by chemometric analyses among three commonly used explosives (TNT, RDX, and PETN). Further, we achieved the programmable self-assembly of Au TNPs using molecular tailoring to form a 3D supper lattice array based on the substrate effect. Here we achieved the highest reported sensitivity for potent drug analysis, including opioids and synthetic cannabinoids from human plasma obtained from the emergency room. This exquisite sensitivity is mainly due to the two reasons, including molecular resonance of the adsorbate molecules and the plasmonic coupling among the nanoparticles. Altogether we are highly optimistic that our research will not only increase the patient survival rate through early detection of cancer but also help to battle the “war against drugs” that together are expected to enhance the quality of human life.
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Bors, Dana E. "Development of Total Vaporization Solid Phase Microextraction and Its Application to Explosives and Automotive Racing." Thesis, 2015. http://hdl.handle.net/1805/9826.

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Indiana University-Purdue University Indianapolis (IUPUI)
Pipe bombs are a common form of improvised explosive device, due in part to their ease of construction. Despite their simplistic nature, the lethality of pipe bombs should not be dismissed. Due to the risk of harm and their commonality, research into the pipe bomb deflagration process and subsequent chemical analysis is necessary. The laboratory examination of pipe bomb fragments begins with a visual examination. While this is presumptive in nature, hypotheses formed here can lead to subsequent confirmatory exams. The purpose of this study was to measure the mass and velocity of pipe bomb fragments using high speed video. These values were used to discern any trends in container type (PVC or black/galvanized steel), energetic filler (Pyrodex or double base smokeless powder), and ambient temperature (13°C and -8°C). The results show patterns based on container type, energetic filler, and temperature. The second stage of a laboratory exam is chemical analysis to identify any explosive that may be present. Legality calls for identification only, not quantitation. The purpose of this study is to quantitate the amount of explosive residue on post-blast pipe bomb fragments. By doing so, the instrumental sensitivities required for this type of analysis will be known. Additionally, a distribution of the residue will be mapped to provide insight into the deflagration process of a device. This project used a novel sampling technique called total vaporization solid phase microextraction. The method was optimized for nitroglycerin, the main energetic in double base smokeless powder. Detection limits are in the part per billion range. Results show that the concentration of residue is not uniform, and the highest concentration is located on the endcaps regardless of container type. Total vaporization solid phase microextraction was also applied to automotive racing samples of interest to the National Hot Rod Association. The purpose of this project is two-fold; safety of the race teams in the form of dragstrip adhesive consistency and monitoring in the form of fuel testing for illegal adulteration. A suite of analyses, including gas chromatography mass spectrometry, infrared spectroscopy, and evaporation rate, were developed for the testing of dragstrip adhesives. Gas chromatography mass spectrometry methods were developed for both nitromethane based fuel as well as racing gasolines. Analyses of fuel from post-race cars were able to detect evidence of adulteration. Not only was a novel technique developed and optimized, but it was successfully implemented in the analysis of two different analytes, explosive residue and racing gasoline. TV-SPME shows tremendous promise for the future in its ability to analyze a broad spectrum of analytes.
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Books on the topic "Explosion, 1875"

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Winstanley, Ian G. Weep mothers, weep: The Wood Pit explosion, Haydock, 1878. Staining: Landy, 1989.

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Salecker, Gene Eric. Disaster on the Mississippi: The Sultana Explosion, April 27, 1865. Annapolis, Md: Naval Institute Press, 1996.

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Larabee, Ann. The dynamite fiend: The chilling story of Alexander Keith Jr., Nova Scotian spy, con artist, & international terrorist. Halifax, N.S: Nimbus Pub., 2005.

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The Dynamite Fiend: The Chilling Tale of a Confederate Spy, Non Artist, and Mass Murderer. New York: Palgrave Macmillan, 2005.

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1946-, Miẏā Chiddikura Rahamāna, ed. Law of arms and explosives: The Arms Act, 1878, The Explosive Substances Act, 1908, The Explosives Act, 1884, The Arms Rules, 1924, The Explosives Rules, 1940, Bisphoraka Bidhimālā, 2004. 2nd ed. Dhaka: New Warsi Book Corp., 2006.

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Md, Abu Bakar Khondaker, Mainstream Law Reports (Firm), and Bangladesh, eds. MLR on law of arms and explosives: The Arms Act, 1878 (Act No. XI of 1878), the Explosive Substances Act, 1908 (Act No. VI of 1908), the Explosives Act, 1884 (Act No. IV of 1884) with commentaries, latest amendments and legal decisions. Dhaka: Mainstream Law Reports, 2002.

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Salecker, Gene Eric. Disaster on the Mississippi: The Sultana Explosion, April 27, 1865. Naval Institute Press, 2015.

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Goto, Takanori. Chinmoku to bakuhatsu: Dokyumento "Minamatabyo jiken" 1873-1995 = Silence & explosion. Shueisha, 1995.

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Redinha, J. Simões. A Química: o primeiro século na Universidade de Coimbra e o progresso desta ciência. Imprensa da Universidade de Coimbra, 2020. http://dx.doi.org/10.14195/978-989-26-1875-3.

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A matriz reflexiva deste escrito é constituída pela evolução da Química na Universidade de Coimbra e nos países cientificamente mais avançados no decurso do primeiro século desta ciência, no que respeita à história das ideias e às condições necessárias para o seu progresso, tais como as técnicas laboratoriais, o interesse social e a sua capacidade de associação. Os estudo comparativo do desenvolvimento da Química no nosso País e o crescimento explosivo da ciência no plano internacional não deixa também de ser objecto de análise crítica na economia da obra. O declínio da Universidade ao tempo da criação da cadeira de Química e a fase pré-científica desta disciplina são apresentadas como introdução necessária à avaliação científica do período em apreço.
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Heilbron, J. L. Ernest Rutherford: And the Explosion of Atoms (Oxford Portraits in Science). Oxford University Press, USA, 2003.

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Book chapters on the topic "Explosion, 1875"

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Sowerwine, Charles. "Social Explosion: May ’68." In France since 1870, 328–43. London: Macmillan Education UK, 2009. http://dx.doi.org/10.1007/978-1-137-01385-9_24.

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Sowerwine, Charles. "Social Explosion: May ’68." In France since 1870, 305–18. London: Macmillan Education UK, 2018. http://dx.doi.org/10.1057/978-1-137-40611-8_24.

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Sowerwine, Charles. "Cultural Explosion: New Theory, New Cinema, New Novel." In France since 1870, 314–27. London: Macmillan Education UK, 2009. http://dx.doi.org/10.1007/978-1-137-01385-9_23.

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Sowerwine, Charles. "Cultural Explosion: New Theory, New Cinema, New Novel." In France since 1870, 292–304. London: Macmillan Education UK, 2018. http://dx.doi.org/10.1057/978-1-137-40611-8_23.

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Budner, Drew, and Jihong Cole-Dai. "The number and magnitude of large explosive volcanic eruptions between 904 and 1865 A.D.: Quantitative evidence from a new South Pole ice core." In Volcanism and the Earth's Atmosphere, 165–76. Washington, D. C.: American Geophysical Union, 2003. http://dx.doi.org/10.1029/139gm10.

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Zamoyski, Adam. "22. Diplomatische Explosionen." In 1815, 404–17. C.H.Beck, 2014. http://dx.doi.org/10.17104/9783406671241-404.

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Behringer, Wolfgang. "2. Das Jahr der Explosion: 1815." In Tambora und das Jahr ohne Sommer, 17–39. C.H.Beck, 2015. http://dx.doi.org/10.17104/9783406676161-17.

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Smith, Gary Scott. "1835–1860." In Mark Twain, 15–32. Oxford University Press, 2021. http://dx.doi.org/10.1093/oso/9780192894922.003.0002.

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Twain was reared in Hannibal, a very religious small town in Missouri by a Presbyterian mother and a freethinking father. The “Presbyterian conscience” he developed as a youth deeply affected him throughout his life. Twain’s experiences in Sunday school and church and difficult childhood that included the loss of his father and two older siblings, fear of dying, and observations of drownings, murder, and mayhem are featured in many of his writings. Both Twain and many scholars have misrepresented the Calvinism that was preached and taught in antebellum Hannibal by portraying it as denying human free agency, preaching a prosperity gospel, damning the vast majority of people to perdition, and focusing on hell. Twain was especially affected by the death of his younger brother Henry as a result of a steamboat explosion when Twain was 22.
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Balaji, Seetharaman. "An Overview of Biological Data Mining." In Library and Information Services for Bioinformatics Education and Research, 130–54. IGI Global, 2017. http://dx.doi.org/10.4018/978-1-5225-1871-6.ch007.

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The largest digital repository of information, the World Wide Web keeps growing exponentially and calls for data mining services to provide tailored web experiences. This chapter discusses the overview of information retrieval, knowledge discovery and data mining. It reviews the different stages of data mining and introduces the wide spread biological databanks, their explosion, integration, data warehousing, information retrieval, text mining, text repositories for biological research publications, domain specific search engines, web mining, biological networks and visualization, ontology and systems biology. This chapter also illustrates some technical jargon with picture analogy for a novice learner to understand the concepts clearly.
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"Submarine Explosion Near Juan Fernadez Island, Chile, in 1835 (or 1837)." In The Illustrated History of Natural Disasters, 161–62. Dordrecht: Springer Netherlands, 2010. http://dx.doi.org/10.1007/978-90-481-3325-3_37.

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Conference papers on the topic "Explosion, 1875"

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Williams, Daniel N., and Luc Bauwens. "Detonation Arrestors: Evaluating Explosions due to Self-Reignition." In 1996 1st International Pipeline Conference. American Society of Mechanical Engineers, 1996. http://dx.doi.org/10.1115/ipc1996-1885.

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Detonation arrestors are a key safety component in several gas handling facilities. The arrestor should be able to handle the largest explosion expected in the system. Using numerical simulations, we have studied detonations in conditions characteristic of near-limit mixtures where the wave will fail. When subjected to a one- or two-dimensional perturbation, the detonation initially fails, splitting up into a weak shock, surface discontinuity, and a rarefaction wave. Eventually, the detonation is reignited by a powerful explosion, much stronger than the steady C-J wave, that originates behind the leading shock. The explosions occur as a result of slow chemical heating in a pocket of fluid. In two-dimensions the explosions may occur earlier because the shock structure causes uneven distribution of temperature. The reignition process was analyzed with a one-dimensional model, and the results suggest a simple rule that may be used to evaluate the time and distances for an explosion to occur.
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Haroldsen, Brent L., John E. Didlake, and Jerome H. Stofleth. "Response of the Explosive Destruction System Containment Vessel to Internal Detonations." In ASME 2003 Pressure Vessels and Piping Conference. ASMEDC, 2003. http://dx.doi.org/10.1115/pvp2003-1825.

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The Explosive Destruction System (EDS) is a transportable system used by the Army to destroy recovered, explosively configured, chemical munitions. The system uses shaped charges to detonate the burster explosives and to cut the munition and access the agent, all inside of a sealed, stainless-steel, containment vessel. Sandia has built four EDS systems. The largest system, with an internal volume of about 620 liters, was designed to handle munitions as large as 8-inch artillery shells. This paper presents an overview of the system with emphasis on the response of the cylindrical vessel to internal detonations. The vessel response was determined through a combination of full-scale testing, sub-scale testing, and computer simulation. Tests with both bare charges and munitions have been conducted in seven vessels ranging in diameter from 19 to 91 centimeters. The paper discusses dynamic strain measurements on the vessel wall and scaling relationships associated with different sized vessels and different quantities of explosives.
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Sardou, Max. "Low-Cost and Light-Weight Fireproof Material for Aircraft: Interior, Cargo Compartment and Unit Load Device (Fire and Explosion Container ULD)." In AeroTech Europe. 400 Commonwealth Drive, Warrendale, PA, United States: SAE International, 2019. http://dx.doi.org/10.4271/2019-01-1857.

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