Semiweekly newspaper from Boerne, Texas that includes local, state, and national news along with advertising.

Daily newspaper from Perry, Oklahoma that includes local, state, and national news along with advertising.

Daily newspaper from Altus, Oklahoma that includes local, state, and national news along with advertising.

The National Museum of the Pacific War presents an interview with Kirby Krause. Krause joined the Navy in September of 1943 and served aboard the USS Nevada (BB-36) in the 4th Division retrieving seaplanes out of the water. He vividly describes his work aboard the ship, including his work with fueling hoses. Krause goes into great detail of life aboard the ship including food, living quarters and overall morale amongst the men. The Nevada served as a convoy escort, providing fire support during the invasions of Iwo Jima and Okinawa. Krause provides details of getting hit by a kamikaze during the Battle of Okinawa. He also shares the procedures for burial at sea for the men killed in action. In August of 1945 they were sent to Leyte Island for ship repairs. He was discharged around June of 1946.

The National Museum of the Pacific War presents an oral interview with Walter Kindrick. Kindrick was born 23 May 1925 in Coffeeville, Kansas. Upon graduating from high school in 1943, he joined the Army. After completing nine weeks of basic training at Fort Knox, Kentucky he was assigned as an assistant tank driver of an M-4 Sherman tank. His unit eventually boarded a ship and sailed to South Hampton, England. On 10 June 1944 he crossed over to Normandy on an LST landing at Omaha Beach. There he was assigned to the 2nd Armored Division, I Company, 67th Armored Regiment as the assistant driver on the company command tank. He explains the purpose of a command tank and the position of it in the battle plans. He participated in the breakout at Saint Lo, the Battle of the Bulge and the crossed the Rhine River on a pontoon bridge into Germany. After Germany surrendered, the company spent three months as an occupation force in Berlin. Kindrick was discharged upon his return to the United States in the fall of 1945.

The National Museum of the Pacific War presents an interview with Kirby Krause. Krause joined the Navy in September of 1943 and served aboard the USS Nevada (BB-36) in the 4th Division retrieving seaplanes out of the water. He vividly describes his work aboard the ship, including his work with fueling hoses. Krause goes into great detail of life aboard the ship including food, living quarters and overall morale amongst the men. The Nevada served as a convoy escort, providing fire support during the invasions of Iwo Jima and Okinawa. Krause provides details of getting hit by a kamikaze during the Battle of Okinawa. He also shares the procedures for burial at sea for the men killed in action. In August of 1945 they were sent to Leyte Island for ship repairs. He was discharged around June of 1946.

The National Museum of the Pacific War presents an oral interview with Walter Kindrick. Kindrick was born 23 May 1925 in Coffeeville, Kansas. Upon graduating from high school in 1943, he joined the Army. After completing nine weeks of basic training at Fort Knox, Kentucky he was assigned as an assistant tank driver of an M-4 Sherman tank. His unit eventually boarded a ship and sailed to South Hampton, England. On 10 June 1944 he crossed over to Normandy on an LST landing at Omaha Beach. There he was assigned to the 2nd Armored Division, I Company, 67th Armored Regiment as the assistant driver on the company command tank. He explains the purpose of a command tank and the position of it in the battle plans. He participated in the breakout at Saint Lo, the Battle of the Bulge and the crossed the Rhine River on a pontoon bridge into Germany. After Germany surrendered, the company spent three months as an occupation force in Berlin. Kindrick was discharged upon his return to the United States in the fall of 1945.

Daily newspaper from Chickasha, Oklahoma that includes local, state, and national news along with advertising.

Newspaper clipping from Pegasus News featuring the article that extends over multiple pages "DPD vice unit wages 50-year war against gay men" published in August of 2007. The article appears highlighted and focus on the the prosecution of the gay community by the DPD in Dallas through the abuse of sodomy and lewdness laws in the 1950s and 1960s.

Article about the Dallas Police Department's inclusion of homosexuality in their war against 'lewdness.'

Daily newspaper from Baytown, Texas that includes local, state, and national news along with advertising.

Weekly newspaper from Dell City, Texas that includes local, state, and national news along with advertising.

Daily newspaper from Sapulpa, Oklahoma that includes local, state, and national news along with advertising.

Semi-monthly newspaper from Corpus Christi, Texas published by the Diocese of Corpus Christi that includes news of interest to Diocese members along with advertising.

Biweekly newspaper from Harper, Texas that includes community news along with advertising.

We study the emission and absorption properties of photonic crystals and metamaterials using Comsol Multiphysics and Ansoft HFSS as simulation tools. We calculate the emission properties of metallic designs using drude model and the results illustrate that an appropriate termination of the surface of the metallic structure can significantly increase the absorption and therefore the thermal emissivity. We investigate the spontaneous emission rate modifications that occur for emitters inside two-dimensional photonic crystals and find the isotropic and directional emissions with respect to different frequencies as we have expected.

The New York State Energy Research and Development Authority (NYSERDA) and New York State Department of State (DOS) requested the help of DOE’s Building Energy Codes Program (BECP) in estimating the annual building energy savings and cost impacts of adopting ANSI/ASHRAE/IESNA Standard 90.1-2004 (ASHRAE 2004) requirements. This report summarizes the analysis methodology and results of energy simulation in response to that request.

Oxygen-evolving complex (Mn4Ca cluster) of Photosystem II cycles through five intermediate states (Si-states, i =0-4) before a molecule of dioxygen is released. During the S-state transitions, electrons are extracted from the OEC, either from Mn or alternatively from a Mn ligand. The oxidation state of Mn is widely accepted as Mn4(III2,IV2) and Mn4(III,IV3) for S1 and S2 states, while it is still controversial for the S0 and S3 states. We used resonant inelastic X-ray scattering (RIXS) to study the electronic structure of Mn4Ca complex in the OEC. The RIXS data yield two-dimensional plots that provide a significant advantage by obtaining both K-edge pre-edge and L-edge-like spectra (metal spin state) simultaneously. We have collected data from PSII samples in the each of the S-states and compared them with data from various inorganic Mncomplexes. The spectral changes in the Mn 1s2p3/2 RIXS spectra between the S-states were compared to those of the oxides of Mn and coordination complexes. The results indicate strong covalency for the electronic configuration in the OEC, and we conclude that the electron is transferred from a strongly delocalized orbital, compared to those in Mn oxides or coordination complexes. The magnitude for the S0 to S1, and S1 to …

Several proteins involved in the response to DNA doublestrand breaks (DSB) f orm microscopically visible nuclear domains, orfoci, after exposure to ionizing radiation. Radiation-induced foci (RIF)are believed to be located where DNA damage occurs. To test thisassumption, we analyzed the spatial distribution of 53BP1, phosphorylatedATM, and gammaH2AX RIF in cells irradiated with high linear energytransfer (LET) radiation and low LET. Since energy is randomly depositedalong high-LET particle paths, RIF along these paths should also berandomly distributed. The probability to induce DSB can be derived fromDNA fragment data measured experimentally by pulsed-field gelelectrophoresis. We used this probability in Monte Carlo simulations topredict DSB locations in synthetic nuclei geometrically described by acomplete set of human chromosomes, taking into account microscope opticsfrom real experiments. As expected, simulations produced DNA-weightedrandom (Poisson) distributions. In contrast, the distributions of RIFobtained as early as 5 min after exposure to high LET (1 GeV/amu Fe) werenon-random. This deviation from the expected DNA-weighted random patterncan be further characterized by "relative DNA image measurements." Thisnovel imaging approach shows that RIF were located preferentially at theinterface between high and low DNA density regions, and were morefrequent than predicted in regions with lower DNA density. The samepreferential nuclear location was also measured …

Two Si-based spintronic materials, a Mn-Si digital ferromagnetic heterostructure ({delta}-layer of Mn doped in Si) with defects and dilutely doped Mn{sub x}Si{sub 1-x} alloy are investigated using a density-functional based approach. We model the heterostructure and alloy with a supercell of 64 atoms and examine several configurations of the Mn atoms. We find that 25% substitutional defects without vacancies in the {delta} layer diminishes half metallicity of the DFH substantially. For the alloy, the magnetic moment M ranges from 1.0-9.0 {mu}{sub B}/unit-cell depending on impurity configuration and concentration. Mn impurities introduce a narrow band of localized states near E{sub F}. These alloys are not half metals though their moments are integer. We explain the substantially different magnetic moments.

The commonly used current-voltage characteristics are foundinadequate for describing the pulsed nature of the high power impulsemagnetron sputtering (HIPIMS) discharge, rather, the description needs tobe expanded to current-voltage-time characteristics for each initial gaspressure. Using different target materials (Cu, Ti, Nb, C, W, Al, Cr) anda pulsed constant-voltage supply it is shown that the HIPIMS dischargestypically exhibit an initial pressure dependent current peak followed bya second phase that is power and material dependent. This suggests thatthe initial phase of a HIPIMS discharge pulse is dominated by gas ionswhereas the later phase has a strong contribution from self-sputtering.For some materials the discharge switches into a mode of sustainedself-sputtering. The very large differences between materials cannot beascribed to the different sputter yields but they indicate thatgeneration and trapping ofsecondary electrons plays a major role forcurrent-voltage-time characteristics. In particular, it is argued thatthe sustained self-sputtering phase is associated with thegeneration ofmultiply charged ions because only they can cause potential emission ofsecondary electrons whereas the yield caused by singly charged metal ionsis negligibly small.

Modeling and simulation of segregation phenomena in granular flows are investigated. Computational models at different scales ranging from particle level (microscale) to continuum level (macroscale) are employed in order to determine the important microscale physics relevant to macroscale modeling. The capability of a multi-fluid model to capture segregation caused by density difference is demonstrated by simulating grain-chaff biomass flows in a laboratory-scale air column and in a combine harvester. The multi-fluid model treats gas and solid phases as interpenetrating continua in an Eulerian frame. This model is further improved by incorporating particle rotation using kinetic theory for rapid granular flow of slightly frictional spheres. A simplified model is implemented without changing the current kinetic theory framework by introducing an effective coefficient of restitution to account for additional energy dissipation due to frictional collisions. The accuracy of predicting segregation rate in a gas-fluidized bed is improved by the implementation. This result indicates that particle rotation is important microscopic physics to be incorporated into the hydrodynamic model. Segregation of a large particle in a dense granular bed of small particles under vertical. vibration is studied using molecular dynamics simulations. Wall friction is identified as a necessary condition for the segregation. Large-scale force …

An initial series of calculations of the reactivity-worth of the OSMOSE samples in the MINERVE reactor with the R2-UO2 and MORGANE/R core configuration were completed. The calculation model was generated using the lattice physics code DRAGON. In addition, an initial comparison of calculated values to experimental measurements was performed based on preliminary results for the R1-MOX configuration.

Four different laser-based techniques were applied to study physical and chemical characteristics of biomolecules and dye molecules. These techniques are liole burning spectroscopy, single molecule spectroscopy, time-resolved coherent anti-Stokes Raman spectroscopy and laser-induced fluorescence microscopy. Results from hole burning and single molecule spectroscopy suggested that two antenna states (C708 & C714) of photosystem I from cyanobacterium Synechocystis PCC 6803 are connected by effective energy transfer and the corresponding energy transfer time is {approx}6 ps. In addition, results from hole burning spectroscopy indicated that the chlorophyll dimer of the C714 state has a large distribution of the dimer geometry. Direct observation of vibrational peaks and evolution of coumarin 153 in the electronic excited state was demonstrated by using the fs/ps CARS, a variation of time-resolved coherent anti-Stokes Raman spectroscopy. In three different solvents, methanol, acetonitrile, and butanol, a vibration peak related to the stretch of the carbonyl group exhibits different relaxation dynamics. Laser-induced fluorescence microscopy, along with the biomimetic containers-liposomes, allows the measurement of the enzymatic activity of individual alkaline phosphatase from bovine intestinal mucosa without potential interferences from glass surfaces. The result showed a wide distribution of the enzyme reactivity. Protein structural variation is one of the major reasons that …