Sophisticated front-end electronics are a key part of practically all modern radiation detector systems. This chapter introduces the basic principles and their implementation. Topics include signal acquisition, electronic noise, pulse shaping (analog and digital), and data readout techniques.

Compilation of articles about various topics related to folklore organized into five chapters by subject: "The first tackles this issue of folklore and its relationship to history, with some of the articles trying to provide some of that folkloric filler to historical facts. Another chapter focuses on women; one features various types of occupational lore; and another is a tongue-in-cheek look at 'shady characters' such as police officers, politicians, and horsetraders. A final chapter has no theme; it is a catch-all, containing a few interesting articles you may remember from some of our [Texas Folklore Society's] most recent meetings" (p. viii).

Interview with Jack Hill, former employee of the Texas Textile Mill, as part of the Texas Textile Mill Oral History Project. The interview includes Hill's personal experiences about his childhood, working at Wilson's Grocery Store and Cole's Groceries, enlisting in the Army Air Forces during World War II, and serving in the China-Burma-India Theater. Hill also discusses his family's experience in the Great Depression, his lay-off due to new child labor laws, the tornado of 1948, and his career in retail sales.

Interview with Debbie Denmon, local news media personality and third-generation descendant of residents of Quakertown, as part of the Quakertown Oral History Project. The interview includes Denmon's personal experiences about childhood and education in Denton, having a career in broadcast journalism, and reporting on local efforts to capture Quakertown history. Denmon also speaks about memories of her great-grandmother Othella Hill, great-grandfather "Dollar Bill" Hill, and grandmother Norvell Williams Reed.

Biweekly, comprehensive compilation of decisions, reports, public notices, and other documents of the U.S. Federal Communications Commission.

Biweekly, comprehensive compilation of decisions, reports, public notices, and other documents of the U.S. Federal Communications Commission.

Biweekly, comprehensive compilation of decisions, reports, public notices, and other documents of the U.S. Federal Communications Commission.

Interview with Pam Rose, resident of Eastland, Texas, regarding her memories of as member of the African American community in Eastland County. Rose discusses attending an all-black elementary school, desegregation of schools, discrimination she experienced, race relations in the community throughout history, public perceptions of race, education at Texas Women's University, and her career as a nurse.

Interview with Denton resident Cassandra F. Berry, UNT employee with a personal interest in the history of Quakertown, as part of the Quakertown Oral History Project. The interview includes Berry's personal experiences about working at UNT as the Associate Vice President for Equity and Diversity, as well as her service to the Denton African American Museum, which led to her interest in the history of Quakertown.

Transcript of an interview with Rev. Reginald Logan, Sr., a descendant of Quakertown homeowners, concerning the experiences of his father, John Logan, and other family members who were forced to move from the all-black Quakertown neighborhood of Denton, Texas. Logan also discusses his experiences while attending segregated schools in Denton; career in U.S. Air Force and communications industry and as a clergyman; and Quakertown in family's historical memory.

Interview with Alan Lee Briscoe, NASA engineer, as part of the Skylab Oral History Project. The interview includes Briscoe's personal experiences about education at Texas A&M University and South Texas School of Law, joining NASA, working in flight control operations and communications support on the Apollo program, and problem-solving on Skylab missions. Briscoe also speaks about the Skylab "wet workshop," the monotony inherit in Skylab work-shift schedules and efforts to break it, and Skylab's contributions to space exploration.

John Thomas Biggers (1924–2001) was a major African American artist who inspired countless others through his teaching, murals, paintings, and drawings. After receiving conventional art training at Hampton Institute and Pennsylvania State, he had his personal and artistic breakthrough in 1957 when he spent six months in the newly independent country of Ghana. From this time forward, he integrated African abstract elements with his rural Southern images to create a personal iconography. His new approach made him famous, as his personal discovery of African heritage fit in well with the growing U.S. civil rights movement. He is best known for his murals at Hampton University, Winston-Salem University, and Texas Southern, but the drawings and lithographs that lie behind the murals have received scant attention—until now. Theisen interviewed Dr. Biggers during the last thirteen years of his life, and was welcomed into his studio innumerable times. Together, they selected representative works for this volume, some of which have not been previously published for a general audience. After his death in 2001, his widow continued to work closely with Theisen, resulting in a book that is intimate and informative for both the scholar and the student.

Did you know that Pre-Columbian Mexican cuisine was low in fat and high in fiber and vitamins? Based on corn, squash, tomatoes, beans, and lean meats, the everyday diet of the first Americans was remarkably close to the recommendations for healthy eating we hear about every day. Now for the first time, cooks can use the secrets of the Aztecs in today’s kitchen, thanks to Kris Rudolph’s thoroughly researched cookbook. And because cooks from both sides of the border will be eager to try these recipes, Rudolph presents the recipes and text in Spanish on facing pages. The book opens with a short introduction outlining the history of Mexican cooking, followed by an overview of healthy eating habits, a description of the most common ingredients, and a useful guide to planning for parties. The fifty recipes cover everything from appetizers to after-dinner refreshers and each includes the number of calories, amounts of total fat and saturated fat, grams of carbohydrates, and amount of fiber. Rudolph suggests low-fat and low-carbohydrate alternatives, as well as ways to vary the spiciness.

Perhaps the most important aspect of contemporary condensed matter physics involves understanding strong Coulomb interactions between the large number of electrons in a solid. Electronic correlations lead to the emergence of new system properties, such as metal-insulator transitions, superconductivity, magneto-resistance, Bose-Einstein condensation, the formation of excitonic gases, or the integer and fractional Quantum Hall effects. The discovery of high-Tc superconductivity in particular was a watershed event, leading to dramatic experimental and theoretical advances in the field of correlated-electron systems. Such materials often exhibit competition between the charge, lattice, spin, and orbital degrees of freedom, whose cause-effect relationships are difficult to ascertain. Experimental insight into the properties of solids is traditionally obtained by time-averaged probes, which measure e.g., linear optical spectra, electrical conduction properties, or the occupied band structure in thermal equilibrium. Many novel physical properties arise from excitations out of the ground state into energetically higher states by thermal, optical, or electrical means. This leads to fundamental interactions between the system's constituents, such as electron-phonon and electron-electron interactions, which occur on ultrafast timescales. While these interactions underlie the physical properties of solids, they are often only indirectly inferred from time-averaged measurements. Time-resolved spectroscopy, consequently, is playing an ever increasing role …

Report submitted by the Texas Department of Transportation containing background information on the department, and summaries of requests for appropriations and expenditures for the fiscal years 2008 and 2009 with supporting documentation.

Transcript of an interview with Fred Hill, a son of residents of Denton's historic all-black Quakertown neighborhood. Hill discusses concerning his experiences of his parents, Othella and T.C. Hill, and other family members who were forced to move from the all-black Quakertown neighborhood of Denton, his career in the U.S. Army and as an undertaker in Denton, and Quakertown in family's historical memory. Appendix includes photographs (five pages), a map of Quakertown (one page), and a list of sources (one page).

Interview with Alan Lee Briscoe, NASA engineer and manager, as part of the Skylab Oral History Project. The interview includes Aaron's personal experiences about childhood and education, having a career with NASA in mission control, space shuttle and software development, and International Space Station programs. Aaron speaks about his duties on various missions, Skylab's importance to NASA and space exploration, and his perceptions of NASA's working and management culture. The interview includes an appendix with photographs.

Biweekly, comprehensive compilation of decisions, reports, public notices, and other documents of the U.S. Federal Communications Commission.

Biweekly, comprehensive compilation of decisions, reports, public notices, and other documents of the U.S. Federal Communications Commission.

Interview with Ruby Cole, resident of southeast Denton, as part of the Quakertown Oral History Project. The interview includes Cole's personal experiences about attending segregated schools in Denton, and living in a house moved from Quakertown. Cole also talks about her memories of educator Fred Moore, the folklore of Quakertown neighborhood and reasons for its disintegration, the efforts to create an African American museum in Denton, and Quakertown in the community's historical memory.

Condensed phase physical and chemical processes generally involve interactions covering a wide range of distance scales, from short-range molecular interactions requiring orbital overlap to long-range coulombic interaction between local sites of excess charge (positive or negative monopoles). Intermediate-range distances pertain to higher-order multipolar as well as inductive and dispersion interactions. Efforts to model such condensed phase phenomena typically involve a multi-tiered strategy in which quantum mechanics is employed for full electronic structural characterization of a site of primary interest (e.g., a molecular solute or cluster), while more remote sites are treated at various classical limits (e.g., a molecular force field for discrete solvent molecules or a dielectric continuum (DC) model, if the solute is charged or has permanent multipole moments). In particular, DC models have been immensely valuable in modeling chemical reactivity and spectroscopy in media of variable polarity. Simple DC models account qualitatively for many important trends in the solvent dependence of reaction free energies, activation free energies, and optical excitation energies, and many results of semiquantitative or fully quantitative significance in comparison with experiment have been obtained, especially when detailed quantum chemical treatment of the solute is combined self consistently with DC treatment of the solvent (e.g., as …

Text describes the area, climate, agricultural history and statistics, soil-survey methods and definitions, soils and crops, land uses and agricultural methods, irrigation, and morphology and genesis of soils of Live Oak County, Texas.

Spin-polarized photoelectron spectroscopy has developed into a versatile tool for the study of surface and thin film magnetism. In this chapter, we examine the methodology of the technique and its recent application to a number of different problems. We first examine the photoemission process itself followed by a detailed review of spin-polarization measurement techniques and the related experimental requirements. We review studies of spin polarized surface states, interface states and quantum well states followed by studies of the technologically important oxide systems including half-metallic transition metal oxides, ferromagnet/oxide interfaces and the antiferromagnetic cuprates that exhibit high Tc Superconductivity. We also discuss the application of high-resolution photoemission with spin resolving capabilities to the study of spin dependent self energy effects.

Interview with Ed Fendell, NASA communications engineer and assistant flight director, as part of the Skylab Oral History Project. The interview includes Fendell's personal experiences about childhood, serving in the Korean War-era Air Force, and joining NASA in 1963. Additionally, Fendell speaks about his communications work for Apollo, Skylab, the International Space Station, and Space Shuttle program missions, trouble-shooting for Skylab missions, lessons learned from the Skylab program, personnel issues at the Johnson Space Center, and turf battles between the Johnson Space Center and other NASA centers. The interview includes an appendix with a photograph and text of what the back of the photograph reads.