791 |
Cultural Consultations in Criminal Forensic Psychology:A Thematic Analysis of the LiteratureRadosteva, Alesya 14 September 2018 (has links)
No description available.
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792 |
Oil Price and the Stock Market: A Structural VAR Model Identified with an External InstrumentPerez, Tomas Rene 28 July 2020 (has links)
No description available.
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793 |
Reactivity of the Five-Coordinate Transition Metal Complexes Toward Oxygen, Carbon Monoxide, and NitrogenJahed, Vahdat 25 July 2023 (has links)
No description available.
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794 |
GEMINIVIRUSES AS MODELS TO STUDY THE ESTABLISHMENT AND MAINTENANCE OF DNA METHYLATIONJackel, Jamie Nicole 23 August 2013 (has links)
No description available.
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795 |
Calibration of the Measurement System for Methane Pyrolysis in Rocket Nozzle Cooling ChannelsLy, Jennifer January 2023 (has links)
Methane-based rocket propellant is gaining traction as a green technology with advantages in sustainability, cost-effectiveness, and performance. However, under high temperatures found in rocket nozzle cooling channels, methane can undergo thermal decomposition known as methane pyrolysis, resulting in the generation of hydrogen and solid carbon. This poses challenges to rocket engine performance and can eventually cause engine failure. Understanding and predicting the composition of evolved gases in rocket engine processes is therefore crucial. This thesis focuses on quantifying the production of hydrogen in the exhaust stream. To achieve this objective, a correlational measurement method utilizing sensors was developed and experimentally investigated. This approach involved the detailed mapping of sensor responses to variations in gas composition, temperature, and pressure, which were compared and validated against theoretical data derived from REFPROP; a widely used software tool for calculating gas properties. The sensors employed in this study enabled direct measurements of the speed of sound (SOS) and thermal conductivity (TCD) of the gas. The SOS measurements exhibited strong agreement with theoretical predictions in response to changes in hydrogen content. In contrast, the TCD measurements showed lower sensitivity to hydrogen. It was observed that temperature exhibited a substantial influence on both SOS and TCD compared to pressure. However, the implementation of experimental and theoretical correction coefficients effectively compensated for these effects. The resulting calibration curves demonstrated an absolute deviation of 0.2-0.3%vol in hydrogen concentration, which demonstrates the effectiveness of the developed method of quantifying hydrogen in gas mixtures. Lastly, the occurrence of methane pyrolysis was tested and confirmed. / Metan-baserat raketbränsle är en attraktiv grön teknologi med fördelar inom hållbarhet, kostnadseffektivitet och prestanda. Dock kan metan vid höga temperaturer funna i kylningskanalerna av raketmunnstycken undergå termisk sönderfallning via en process som kallas för metanpyrolys, vilket resulterar i produktionen av vätgas och fast kol. Detta medför utmaningar för prestandan av raketmotorn och kan i slutändan förstöra motorn. Det är därför mycket viktigt att kunna förstå och förutsäga sammansättningen av de gaser som bildas i processerna i raketmotorer. Detta examensarbete fokuserar på att kvantifiera produktionen av vätgas i avgasströmmen. För att uppnå detta mål utvecklades och experimentellt undersöktes en korrelationsmätmetod som använder sensorer. Detta tillvägagångssätt innebar en detaljerad kartläggning av sensorernas svar på variationer i gassammansättning, temperatur och tryck, som sedan jämfördes och validerades mot teoretiska data från REFPROP; ett välkänt programverktyg för beräkningen av gasegenskaper. De sensorer som användes i denna studie möjliggjorde direkta mätningar av ljudhastigheten (SOS) och värmeledningsförmågan (TCD) hos gasen. SOS-mätningarna visade en stark överensstämmelse med teoretiska förutsägelser som svar på förändringar i vätgasinnehållet. TCD-mätningarna visade däremot lägre känslighet för väte. Det observerades att temperaturen hade en betydande inverkan på både SOS och TCD jämfört med trycket. Implementeringen av experimentella och teoretiska korrigeringskoefficienter kompenserade dock effektivt för dessa effekter. De resulterande kalibreringskurvorna visade en absolut avvikelse på 0.2-0.3%vol i vätgaskoncentration, vilket betonar effektiviteten hos den utvecklade metoden för att kvantifiera väte i gasblandningar. Slutligen testades och bekräftades förekomsten av metanpyrolys.
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796 |
Shakespeare and the hermeneutics of censorship in Renaissance EnglandAwad, Soufiane 08 1900 (has links)
Mon mémoire vise à définir, analyser, contextualiser et historiciser la censure à la
Renaissance à travers l’exploration de diverses œuvres de Shakespeare, notamment les pièces
souvent désignées sous le nom d’Henriad— Henry IV partie 1 et 2, Richard II— tout en portant
une attention particulière sur Les Sonnets. Cette thèse s’intéresse à l’interpénétration des
différentes institutions de censure, ainsi qu’aux différentes façons dont la censure peut se
manifester ; à l’hétérogénéité des institutions, des divers agents, ainsi que des censeurs ; à la
manière dont certains mécanismes se rejoignent, coopèrent ou divergent à d’autres
moments. L’objectif principal est de démontrer que la censure va au-delà des paramètres de
quelconque institution ou agent individuel, et qu’elle résulte de l’amalgame de chaque partie
impliquée volontairement ou involontairement dans la prolifération de mesures répressives.
Finalement, mon étude démontre que les pièces et Les Sonnets de Shakespeare ont été censurés
de différentes manières, et cela, par différentes institutions, mais plus important encore, ce
mémoire met en évidence que Shakespeare a mis en avant différents stratagèmes adaptables dans
le but de contourner la censure de ses œuvres. / This thesis seeks to define, analyze, contextualize, and historicize censorship in the
Renaissance through an exploration of Shakespeare’s Sonnets as well as the group of plays often
referred to as the Henriad—1 Henry IV, 2 Henry IV, and Richard II. The overarching focus of
this thesis is to demonstrate the in-betweenness of censorship—the different ways in which
censorship is manifested; the institutions as well as the censors; how different censoring
mechanisms merge at certain times, cooperate, or even disagree at others. The goal is to bring
forth a clear understanding of the genealogical entity of censorship, to prove that censorship is
bigger than any one institution, any one individual, that censorship is an amalgamation of every
different susceptible censoring party working together mostly, and sometimes not—voluntarily
or involuntarily—in their ever-changing ways of repression. Ultimately, my study of
Shakespeare demonstrates that the plays and the sonnets were censored in different ways through
different institutions, but more importantly, this paper highlights that Shakespeare had different
adaptable ways of circumventing the censorship of his works.
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797 |
Organizational Principles in Two of George Crumb's Chamber Works with Flute: Madrigals, Book II and Federico's Little Songs for ChildrenKrystal, Kuhns R. 11 July 2011 (has links)
No description available.
|
798 |
Power GaN FET TestingFaruque, Shams Omar January 2014 (has links)
No description available.
|
799 |
Impact of MXD6 on the Structure and Properties of Mechanically Recycled PET BlendsJalilian, Mohammadali January 2017 (has links)
No description available.
|
800 |
Investigating AmrZ-mediated activation of <i>Pseudomonas aeruginosa</i> twitching motility and alginate productionXu, Binjie January 2015 (has links)
No description available.
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