American policing is shaped by an array of challenges. Police are expected to address crime and engage the community, yet police are held to higher expectations of accountability, effectiveness, and efficiency than ever before. Police legitimacy is the ability of the police to exercise their authority in the course of maintaining order, resolving conflicts, and solving problems (PERF, 2014). The procedural justice and police legitimacy literature suggest that by exhibiting procedurally just behaviors within police-citizen encounters, officers are considered legitimate by the public (PERF, 2014; Tyler, 2004, Tyler & Jackson, 2012). This study examines procedural justice through systematic observations of police-citizen encounters recorded by body worn cameras in one mid-Atlantic police agency. The four elements of procedural justice (participation, neutrality, dignity and respect, and trustworthiness) are assessed to examine police behavior and its outcomes. The research questions concern how police acting in procedurally just ways may influence citizen behaviors. Descriptive statistics indicate high levels of procedural justice. Regression analyses suggest that procedural justice may predict positive citizen behaviors within police-citizen encounters. This study highlights the significance of procedural justice as an antecedent to police legitimacy and offers a new mode of observation: body worn camera footage.

Abstract The ultimate goal in the South was to end segregation, but nationwide equal-rights were the common goal of all African-Americans. Nonviolent protests and over aggressive police departments became the norm within the African-American community. Understated in the history of the Civil Rights Era is the role of armed resistance and Black Nationalism. Marcus Garvey, Stokely Carmichael, Huey P. Newton, and Malcolm X were Black Nationalists that led the charge of Black Nationalism worldwide. The Deacons of Defense, the Lowndes County Freedom Organization (LCFO) and the Black Panther Party for Self Defense transformed the social makeup of the country and became major causes of the militarization of police departments across the United States. Many police departments across America began to create SWAT teams and use military-style weaponry following an outbreak of riots and the assassination of Dr. Martin Luther King Jr. In New Orleans, Louisiana, stand-offs and shoot-outs with Black Panther members warranted a call for military backup, but it was the acts of Mark James Robert Essex that totally militarized the New Orleans Police Department.

This thesis supplies a contribution to the understanding of the interaction between carboncarbon surfaces, atoms with carbon-surfaces, and atoms with metallic surfaces. It is well established that the surface-surface and atom-surface interactions are interesting, important and challenging for reasons that vary from industrial interest up to the academic necessity of understanding it deeply. Currently, there are many measurements and simulations for the geometric and electronic properties of Graphite, these differ by more than 40%. This implies that our understanding of the nature of this material is quite poor. The interaction between small transition-metals clusters with a Graphene sheet is another example where our knowledge is very limited. There are many theoretical studies in the literature that describe the interaction between these clusters with a Graphene sheet, but they agree and disagree on many points, which calls for systematic study of this issue. In this thesis we will focus our efforts on studying the surface-surface and atom/clusters-surface interactions. This thesis is split into three projects. The first aims to contribute to the understanding of the interlayer interactions of the bulk Graphite. In the second, we intend to shed some light on comprehending the interaction of an adatom with a Graphene sheet. Both of these projects, are studied within DFT framework with the inclusion of the van der Waals (vdW) corrections. In the Graphite project, we found that the electronic and geometric properties depend on the vdW correction employed in the calculation. In the adatom supported on Graphene project, we combined a modified Anderson-Newns model to describe the coupling between the adatom with Graphene. In addition, we found the existence of competition between quantum and classical forces, which determine the type of site in which the adatom prefers to adsorb. The last project is a dynamical study of an atom that impinges upon a metallic surface. In this project, we focus on the calculation of the sticking coefficient, a measure of the amount of nuclear density attached to the metal surface after collision. At this time the project is not one 100% ready, but our preliminary results indicates that, a small part of the nuclear density stays stuck on the metal. / Esta tese ajuda a entender as interações entre duas superfícies de carbono. A natureza da interação de átomos ou aglomerados atômicos adsorvidos sobre uma superfície de carbono. Além disso, visa esclarecer a dinâmica de um átomo sendo adsorvido sobre uma superfície metálica. As interações superfície-superfície e átomos-superfícies são importantes por razões que variam desde o interesse industrial até a necessidade acadêmica para compreendê-la profundamente. Entendê-las ainda é um desafio. Diversos trabalhos apresentam medidas experimentais e simulações para as propriedades geométricas e eletrônicas do grafite. Tais medidas diferem em mais ide 40% umas da outra. Isso mostra que nossa compreensão sobre a natureza desse material ainda é bastante pobre. A interação entre pequenos grupos de metais de transição com uma folha de grapheno é outro exemplo em que nosso conhecimento é limitado. Existem muitos estudos teóricos na literatura que descrevem a interação desse tipo de aglomerado com uma folha de grafeno, porém há numerosas discordâncias. Tais controvérsias parecem suplicar por um estudo sistemático. Nesta tese focamos nossos estudos nas interações superfície-superfície e de átomos ou aglomerados atômicos com superfícies de carbono e de um metal. A tese foi dividida em três projetos. O primeiro visa compreender melhor a interação entre as camadas do grafite. No segundo, pretendemos lançar alguma luz no entendimento da interação de átomos e aglomerados atômicos com uma folha de grafeno. Esses dois projetos, são estudados à luz da Teoria do Funcional da Densidade com a inclusão das correções van der Waals (vdW). No Projecto sobre o grafite, mostramos que as propriedades eletrônicas e geométricas dependem do tipo de correção de vdW empregada no cálculo. No projeto sobre átomos e aglomerados atômicos adsorvidos no grapheno, combinamos um modelo modificado de Anderson-Newns para descrever o acoplamento entre um átomo adsorvido e o grafeno. Além disso, encontramos uma competição entre forças quânticas e clássicas, a qual determina o tipo de sítio no qual o átomo prefere ser adsorvido. O último projeto é um estudo dinâmico de um átomo colidindo contra uma superfície metálica. Nesse projeto o foco é posto no cálculo do coeficiente de aderência, o qual mede a taxa de densidade nuclear presa na superfície metálica após a colisão. Resultados preliminares indicam que, uma pequena parte da densidade nuclear permanece aderida ao metal depois da colisão.

In this thesis I propose that the representation of the prison is an untapped and valuable resource for non-traditional representations of the queered male, homo-sex and sexualities. I draw together texts on prison and sexuality from the 1800s to the 2000s in order to discuss the representation of prison in light of what it adds to a wider historical understanding of sexuality. The thesis is broadly chronological in form, analysing academic and theoretical texts in context alongside popular cultural representations. I reassess the ways in which sexuality is viewed and understood over time, and place homosexuality within the framework of wider male sexuality as represented in the prison. I theorise a re-imagining of homosexuality within normative male sexuality and I challenge the concept of ‘situational sex' through the complex issues behind understandings of sex in prison. My research methodology includes close textual analysis of representations of prison in literature, film and television alongside academic and theoretical texts on sexuality, gender and queer theory. Each chapter focuses on specific cultural texts, including Against the Law (1957), Birdman of Alcatraz (1962) Short Eyes (1977), Scum (1977, 1979) and Oz (1997-2003). By drawing the representations and the theories together I am able to provide a re-reading of the texts within a recognition of sexual fluidity and the reclassification of heterosexual males and gender hierarchies. In my research I argue that the representation of sex in prison re-writes sexuality and contributes to a reading of the queering potential of the cultural representation of prison. With this method I challenge conventional understandings of sexuality as well as perceptions of how male sexuality is viewed in popular culture. I argue that the cultural representation of the prison is a site of queer potentiality in form, idea and context and is a means to re-imagine male sexuality.

This thesis supplies a contribution to the understanding of the interaction between carboncarbon surfaces, atoms with carbon-surfaces, and atoms with metallic surfaces. It is well established that the surface-surface and atom-surface interactions are interesting, important and challenging for reasons that vary from industrial interest up to the academic necessity of understanding it deeply. Currently, there are many measurements and simulations for the geometric and electronic properties of Graphite, these differ by more than 40%. This implies that our understanding of the nature of this material is quite poor. The interaction between small transition-metals clusters with a Graphene sheet is another example where our knowledge is very limited. There are many theoretical studies in the literature that describe the interaction between these clusters with a Graphene sheet, but they agree and disagree on many points, which calls for systematic study of this issue. In this thesis we will focus our efforts on studying the surface-surface and atom/clusters-surface interactions. This thesis is split into three projects. The first aims to contribute to the understanding of the interlayer interactions of the bulk Graphite. In the second, we intend to shed some light on comprehending the interaction of an adatom with a Graphene sheet. Both of these projects, are studied within DFT framework with the inclusion of the van der Waals (vdW) corrections. In the Graphite project, we found that the electronic and geometric properties depend on the vdW correction employed in the calculation. In the adatom supported on Graphene project, we combined a modified Anderson-Newns model to describe the coupling between the adatom with Graphene. In addition, we found the existence of competition between quantum and classical forces, which determine the type of site in which the adatom prefers to adsorb. The last project is a dynamical study of an atom that impinges upon a metallic surface. In this project, we focus on the calculation of the sticking coefficient, a measure of the amount of nuclear density attached to the metal surface after collision. At this time the project is not one 100% ready, but our preliminary results indicates that, a small part of the nuclear density stays stuck on the metal. / Esta tese ajuda a entender as interações entre duas superfícies de carbono. A natureza da interação de átomos ou aglomerados atômicos adsorvidos sobre uma superfície de carbono. Além disso, visa esclarecer a dinâmica de um átomo sendo adsorvido sobre uma superfície metálica. As interações superfície-superfície e átomos-superfícies são importantes por razões que variam desde o interesse industrial até a necessidade acadêmica para compreendê-la profundamente. Entendê-las ainda é um desafio. Diversos trabalhos apresentam medidas experimentais e simulações para as propriedades geométricas e eletrônicas do grafite. Tais medidas diferem em mais ide 40% umas da outra. Isso mostra que nossa compreensão sobre a natureza desse material ainda é bastante pobre. A interação entre pequenos grupos de metais de transição com uma folha de grapheno é outro exemplo em que nosso conhecimento é limitado. Existem muitos estudos teóricos na literatura que descrevem a interação desse tipo de aglomerado com uma folha de grafeno, porém há numerosas discordâncias. Tais controvérsias parecem suplicar por um estudo sistemático. Nesta tese focamos nossos estudos nas interações superfície-superfície e de átomos ou aglomerados atômicos com superfícies de carbono e de um metal. A tese foi dividida em três projetos. O primeiro visa compreender melhor a interação entre as camadas do grafite. No segundo, pretendemos lançar alguma luz no entendimento da interação de átomos e aglomerados atômicos com uma folha de grafeno. Esses dois projetos, são estudados à luz da Teoria do Funcional da Densidade com a inclusão das correções van der Waals (vdW). No Projecto sobre o grafite, mostramos que as propriedades eletrônicas e geométricas dependem do tipo de correção de vdW empregada no cálculo. No projeto sobre átomos e aglomerados atômicos adsorvidos no grapheno, combinamos um modelo modificado de Anderson-Newns para descrever o acoplamento entre um átomo adsorvido e o grafeno. Além disso, encontramos uma competição entre forças quânticas e clássicas, a qual determina o tipo de sítio no qual o átomo prefere ser adsorvido. O último projeto é um estudo dinâmico de um átomo colidindo contra uma superfície metálica. Nesse projeto o foco é posto no cálculo do coeficiente de aderência, o qual mede a taxa de densidade nuclear presa na superfície metálica após a colisão. Resultados preliminares indicam que, uma pequena parte da densidade nuclear permanece aderida ao metal depois da colisão.

The criminal justice process is dependent on accurate documentation. Criminal justice professionals can spend 50-75% of their time writing administrative and research reports. Report Writing for Criminal Justice Professionals, Fifth Edition provides practical guidance--with specific writing samples and guidelines--for providing strong reports. Much of the legal process depends on careful documentation and the crucial information that lies within, but most law enforcement, security, corrections, and probation and parole officers have not had adequate training in how to provide well-written, accurate, brief, and complete reports. Report Writing for Criminal Justice Professionals covers everything officers need to learn--from basic English grammar to the difficult but often-ignored problem of creating documentation that will hold up in court. This new edition is updated to include timely information, including extensive coverage of digital reporting, updates on legal issues and privacy rights, and expanded coverage of forensics and scientific reporting. / https://dc.etsu.edu/etsu_books/1014/thumbnail.jpg

Abstract Unfortunately, little or no time is spent on transitioning inmates back into society, especially those with physical and mental disabilities. One support service that is being taken into consideration is the Day Reporting Center. Day Reporting Centers are highly structured nonresidential programs. Parolees report to the center on a daily basis, submit to drug tests, and are enrolled in various counseling, education, or vocational classes. Whereas most centers have strict monitoring and surveillance of parolees, one center that stands out in its alternative approach of self-governance is the San Bernardino Day Reporting Center in San Bernardino, California. There, the parolees are allowed to contribute to the running and governance of the Center. The hypothesis asserts that the positive culture that surrounds the Center provides parolees the opportunity to reconsider, revise, challenge, and change their negative criminal identities, by viewing themselves in a constructive manner to successfully transition back into society. Eight assumptions were used to either support or nullify the hypothesis: spheres of civility; performative spaces; personal social space; weaving theory; opportunity theory; transformation theory; Freirian pedagogical approach; and pelindaba. The data was gathered using multiple sources, such as several interviews with staff and ex-parolees, and observations of daily procedures and classroom instruction and interaction. NVivo 8, a Qualitative Data Analysis software program (QDA), was used to transcribe, code, and organize the interviews into various themes. The comments by staff and parolees demonstrated that the implementation of these assumptions has resulted in a family like environment. This environment has allowed parolees to focus on their identity in a positive, transformative, and rehabilitative manner that is supported by everyone at the Center.

The purpose of this study was to examine ex-offender’s beliefs on the impact of incarceration and societal reintegration on mental health. The study is a qualitative design using interviews that were audio recorded and transcribed for analysis. The study sought to address the relationship between perceptions of mental health and experiences of incarceration and reintegration among formerly incarcerated individuals. The following themes emerged from participant responses: incarceration challenges, mental health stigma, and rehabilitation service accessibility. The findings of this study may contribute to social work practice by providing awareness to the factors impacting ex-offenders’ mental health and interventions needed. The significant importance the findings provide may influence social work advocacy for the services supporting rehabilitative reintegration and may reduce the rate of rearrested offenders, providing overall better mental health resources and services to this population.

The U. S. criminal justice system has used risk assessment tools in an effort to reduce recidivism and risk assessment tools are now commonplace. Correctional organizations, however, have struggled with officers' resistance to these tools in spite of the evidence for their utility. There is limited research that explores the impact of resistance to organizational change within the context of correctional agencies. To address that gap, this correlational study used organizational change theory to examine officers' resistance to the use of risk assessment tools based on officers' opinions of the risk assessment tool being used in North Carolina. Data were collected through an online survey of 109 North Carolina probation and parole officers. Multiple linear regression analysis was used to examine the statistical relationship between officer use of risk assessment tools and the dependent variables which included officers' opinions of the risk assessment tool, knowledge of risk assessments, training for use of risk assessments, risk assessments in the sentencing process, and officers' length of time employed. Findings indicated that opinions of the risk assessment tool and training to use the tool statistically impact officers' use of the tool in daily supervision of offenders. Organizational change theory predicted these findings as officers' resistance to policy change was manifested in their opinions of that policy. Implications for positive social change include recommendations for corrections agencies to refine training regarding risk assessments in efforts to minimize officer resistance of properly applying risk assessment tools in daily job duties with the intended outcome of reducing recidivism, and therefore preventing future harms to the community.

O presente trabalho aborda as deformações por encurtamento dos pilares durante a fase construtiva. Deformações, estas, devidas à progressão das cargas, devidas à fluência e devidas à retração. Os encurtamentos provocam deslocamentos que são parcialmente corrigidos pelo processo construtivo, seja a obra executada com os pavimentos no nível de projeto ou com o piso-a-piso fixo. Dessa forma, o deslocamento final é inferior àquele obtido por um modelo de passo único que considera todas as ações ocorrendo após a finalização da estrutura. Uma metodologia para a estimativa dos encurtamentos e das correções é proposta e os resultados obtidos a partir dessa metodologia são validados por meio de comparações com modelos computacionais. Além disso, um carregamento fictício de temperatura é proposto para simular as correções construtivas no modelo de passo único. A variação de temperatura mostrou-se simples, precisa e útil nas análises de edificações de múltiplos pavimentos. Por fim, são discutidos os possíveis danos em elementos não-estruturais e maneiras de se mitigar esse problema. / The present study adress the issue of column shortening during the construction. These deformations are due to the progression of loads, due to creep and due to shrinkage. Shortenings cause displacements, that are partially compensated by the construction process, either the construction is performed with the floors executed at the design level, or the construction executed with fixed floor-to-floor dimension. Thus, the final displacement is lower than the displacement obtained by a single-step model, that considers all actions taking place after the structure is finished. A methodology for the estimation of shortenings and corrections is proposed and the results obtained from this methodology are validated through comparisons with computational models. In addition, a fictitious temperature load is proposed to simulate the constructive corrections in the single-step model. The temperature variation proved to be simple, accurate and useful in the analysis of multi-storey buildings. Finally, the possible damages in non-structural elements and ways to mitigate this problem are discussed.