Interview with salesperson Marla Bullard. The interview includes Bullard's personal experiences about the Texas International Pop Festival. Bullard talks about her Mexican-American family values, her use of drugs and alcohol in high school, her attitudes toward the Vietnam War, hippie activities at Allen's Landing in Houston, Texas, conflicts between rednecks and hippies, her attraction to the musical groups of the Sixties, the importance of lyrics in Sixties music, her decision to attend the festival, drug use at the festival, Janis Joplin's performance, and the influence of the festival on her life.

Commencement program for Texas Southern University including the order of exercises and a list of all recipients of degrees in 2003, broken down by college and degree type. The commencement speaker is Rev. William Lawson and his biography is included in the program.

Interview with Randell Fields. The interview includes Fields' personal experiences about attending the Texas International Pop Festival in Lewisville, Texas, early youth in rural Texas, and transferring high schools. Fields also talks about attendance at the "Big D Jamboree," the effects of his parent's divorce and influence of his young stepmother's interest in current music, student challenges to authority at North Texas Mesquite High School, rock 'n roll music of the Sixties, the influence of the radio station KZEW, attending the festival accompanied by his brother, sister, and father, observing the festival from outside the grounds, and the significance of the festival.

High explosive (HE) materials are unique for having a strong exothermic reactivity, which has made them desirable for both military and commercial applications. Although the history of HE materials is long, condensed-phase properties are poorly understood. Understanding the condensed-phase properties of HE materials is important for determining stability and performance. Information regarding HE material properties (for example, the physical, chemical, and mechanical behaviors of the constituents in plastic-bonded explosive, or PBX, formulations) is necessary in efficiently building the next generation of explosives as the quest for more powerful energetic materials (in terms of energy per volume) moves forward. In addition, understanding the reaction mechanisms has important ramifications in disposing of such materials safely and cheaply, as there exist vast stockpiles of HE materials with corresponding contamination of earth and groundwater at these sites, as well as a military testing sites The ability to model chemical reaction processes in condensed phase energetic materials is rapidly progressing. Chemical equilibrium modeling is a mature technique with some limitations. Progress in this area continues, but is hampered by a lack of knowledge of condensed phase reaction mechanisms and rates. Atomistic modeling is much more computationally intensive, and is currently limited to very short time …

The Decision Tools for Industry CD helps industrial energy managers learn how to use software that can pinpoint energy and cost saving opportunities in their plants. The CD includes training and tools software for motor, steam, compressed air, pumping, and insulation systems.

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.

Publication guiding operators of public water systems in creating a monitoring plan to comply with the Texas Administrative Code.

Proposed budget for the Texas State Office of Risk Management outlining projected income and expenditures, with supporting documentation.

Interview with landscape architect and Army veteran William Garbo Sr. The interview includes Garbo's personal experiences about the G Troop, 112th Cavalry, in the Southwest Pacific Theater during World-War II, growing up in an Italian-American family in Mississippi during the Great Depression, volunteering for the draft and processing at Camp Shelby, Hattiesburg, Mississippi, basic training at Camp Lee, Petersburg, Virginia, being assigned to the 26th War Dog Platoon and to New Guinea in 1944, the Battle of the Driniumor River and his attachment to elements of the 32nd Infantry Division, jungle patrols on New Guinea with his dog, his transfer to Troop, 112th Cavalry and the invasion of Layte, Philippines, and the living condition in the Philippine jungles. Additionally, Garbo speaks about the fighting prowess of his comrades in the 112th Cavalry, jungle patrols on Leyte and Luzon, the 112th's activities around Marungko and Antipolo, Luzon, descriptions of cannibalism by Japanese soldiers, his wounds from artillery shrapnel and evacuation by helicopter, his return to the 112th Cavalry and preparations for the invasion of Japan, witnessing the Japanese surrender in Tokyo Bay, occupation duty at Tateyama, Honshu, relations between Japanese civilians and American occupation troops, the destruction of Japanese defensive fortifications …

Interview with Charles Kingsley, a Texas National Guard WWII veteran from Dallas, Texas, who served in the 112th Cavalry. Kingsley discusses his upbringing, joining the Guard, the Louisiana Maneuvers, deployment to New Caledonia, his troop's machine gun section/platoon, Woodlark Island, the Battle of Arawe, New Guinea and the Battle of Drinumor River, the Battles of Leyte and Luzon, his thoughts on the generals he served, and thoughts on the 112th.

Interview with businessman Harold Corey. The interview includes Corey's personal experiences about the Texas International Pop Festival. Corey talks about his parents' reaction to the social, political, and cultural changes of the Sixties, his early interest in popular music, protests against the Vietnam War, conflicts with the redneck culture, the influence of the Beatles on the music of the Sixties, the influence of the "British Invasion," meeting the Grand Funk Railroad at the festival, Hog Farm, Janis Joplin, Led Zeppelin, the sale and use of drugs, the trip tent, festival security, activities at the campgrounds, comments about Ten Years After, and the lasting effects of the festival on his life. The interview includes an appendix with a campground map and festival advertisement.

Complex networks appear in biology on many different levels: (1) All biochemical reactions taking place in a single cell constitute its metabolic network, where nodes are individual metabolites, and edges are metabolic reactions converting them to each other. (2) Virtually every one of these reactions is catalyzed by an enzyme and the specificity of this catalytic function is ensured by the key and lock principle of its physical interaction with the substrate. Often the functional enzyme is formed by several mutually interacting proteins. Thus the structure of the metabolic network is shaped by the network of physical interactions of cell's proteins with their substrates and each other. (3) The abundance and the level of activity of each of the proteins in the physical interaction network in turn is controlled by the regulatory network of the cell. Such regulatory network includes all of the multiple mechanisms in which proteins in the cell control each other including transcriptional and translational regulation, regulation of mRNA editing and its transport out of the nucleus, specific targeting of individual proteins for degradation, modification of their activity e.g. by phosphorylation/dephosphorylation or allosteric regulation, etc. To get some idea about the complexity and interconnectedness of protein-protein regulations …

Bio-molecular networks lack the top-down design. Instead, selective forces of biological evolution shape them from raw material provided by random events such as gene duplications and single gene mutations. As a result individual connections in these networks are characterized by a large degree of randomness. One may wonder which connectivity patterns are indeed random, while which arose due to the network growth, evolution, and/or its fundamental design principles and limitations? Here we introduce a general method allowing one to construct a random null-model version of a given network while preserving the desired set of its low-level topological features, such as, e.g., the number of neighbors of individual nodes, the average level of modularity, preferential connections between particular groups of nodes, etc. Such a null-model network can then be used to detect and quantify the non-random topological patterns present in large networks. In particular, we measured correlations between degrees of interacting nodes in protein interaction and regulatory networks in yeast. It was found that in both these networks, links between highly connected proteins are systematically suppressed. This effect decreases the likelihood of cross-talk between different functional modules of the cell, and increases the overall robustness of a network by localizing effects …

Interview with W. W. Hughes, a Texas National Guard WWII veteran from Grand Prarie, Texas. Hughes discusses growing up in the Great Depression, joining the National Guard and equestrian service in the 112th Cavalry at Fort Clark, the start of war and deployment to New Caledonia and Australia, preparations for combat, amphibious landings at Arawe Island off New Britain, scout patrols and combat, operations in New Guinea at the Driniumor River, Japanese POWs, actions in the Philippines at Leyte and Luzon, returning to the US as an instructor, and reflections on his service.

With the advent of massively parallel computer systems, scientists are now able to simulate complex phenomena (e.g., explosions of a stars). Such scientific simulations typically generate large-scale data sets over the spatio-temporal space. Unfortunately, the sheer sizes of the generated data sets make efficient exploration of them impossible. Constructing queriable statistical models is an essential step in helping scientists glean new insight from their computer simulations. We define queriable statistical models to be descriptive statistics that (1) summarize and describe the data within a user-defined modeling error, and (2) are able to answer complex range-based queries over the spatiotemporal dimensions. In this chapter, we describe systems that build queriable statistical models for large-scale scientific simulation data sets. In particular, we present our Ad-hoc Queries for Simulation (AQSim) infrastructure, which reduces the data storage requirements and query access times by (1) creating and storing queriable statistical models of the data at multiple resolutions, and (2) evaluating queries on these models of the data instead of the entire data set. Within AQSim, we focus on three simple but effective statistical modeling techniques. AQSim's first modeling technique (called univariate mean modeler) computes the ''true'' (unbiased) mean of systematic partitions of the data. AQSim's …

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.

NREL will produce this sourcebook for DOE's Industrial Technologies Office as part of a series of documents on industrial energy equipment. The sourcebook is a reference for industrial compressed air system users, outlining opportunities to improve system efficiency.

This document provides an instructional lesson plan for parents that consist of mixing cereal, introducing solid foods, and targeting healthy habits for their newborn infants.

The discipline of radiation hydrodynamics is the branch of hydrodynamics in which the moving fluid absorbs and emits electromagnetic radiation, and in so doing modifies its dynamical behavior. That is, the net gain or loss of energy by parcels of the fluid material through absorption or emission of radiation are sufficient to change the pressure of the material, and therefore change its motion; alternatively, the net momentum exchange between radiation and matter may alter the motion of the matter directly. Ignoring the radiation contributions to energy and momentum will give a wrong prediction of the hydrodynamic motion when the correct description is radiation hydrodynamics. Of course, there are circumstances when a large quantity of radiation is present, yet can be ignored without causing the model to be in error. This happens when radiation from an exterior source streams through the problem, but the latter is so transparent that the energy and momentum coupling is negligible. Everything we say about radiation hydrodynamics applies equally well to neutrinos and photons (apart from the Einstein relations, specific to bosons), but in almost every area of astrophysics neutrino hydrodynamics is ignored, simply because the systems are exceedingly transparent to neutrinos, even though the energy …

With the outbreak of World War II, British Royal Air Force (RAF) officials sought to train aircrews outside of England, safe from enemy attack and poor weather. In the United States six civilian flight schools dedicated themselves to instructing RAF pilots; the first, No. 1 British Flying Training School (BFTS), was located in Terrell, Texas, east of Dallas. Tom Killebrew explores the history of the Terrell Aviation School and its program with RAF pilots. Most of the early British students had never been in an airplane or even driven an automobile before arriving in Texas to learn to fly. The cadets trained in the air on aerobatics, instrument flight, and night flying, while on the ground they studied navigation, meteorology, engines, and armaments–even spending time in early flight simulators. By the end of the war, more than two thousand RAF cadets had trained at Terrell, cementing relations between Great Britain and the United States and forming lasting bonds with the citizens of Terrell.

In 1984, a Moroccan national named Abdelkrim Belachheb walked into Iannis Restaurant, a trendy Dallas nightclub, and gunned down seven people. Six died. Despite the fact that the crimes occurred in a state that prides itself on being tough on criminals, the death penalty was not an option for the Belachheb jury. Even though he had committed six murders, and his guilt was never in question (despite his insanity defense), his crimes were not capital murders under 1984 statutes. As a direct result of this crime, during the 1985 regular session the Texas Legislature passed House Bill 8--the “multiple murder” statute--to make serial killing and mass murder capital crimes. Belachheb’s case serves as an excellent example to explore capital punishment and the insanity defense. Furthermore, Belachheb’s easy entry into the United States (despite his violent record in Europe) highlights our contemporary fear over lax immigration screening and subsequent terrorism. The case is unique in that debate usually arises from an execution. Belachheb was given life imprisonment and is currently under maximum security--a fate some would argue is “worse than death.” He is scheduled to have his first parole hearing in 2004, the twentieth anniversary of his crime. “This is a …