This document provides a plan for the analysis of the data collected during the AZ-101 Mixer Pump Demonstration and Tests. This document was prepared after a review of the AZ-101 Mixer Pump Test Plan (Revision 4) [1] and other materials. The plan emphasizes a structured and well-ordered approach towards handling and examining the data. This plan presumes that the data will be collected and organized into a unified body of data, well annotated and bearing the date and time of each record. The analysis of this data will follow a methodical series of steps that are focused on well-defined objectives. Section 2 of this plan describes how the data analysis will proceed from the real-time monitoring of some of the key sensor data to the final analysis of the three-dimensional distribution of suspended solids. This section also identifies the various sensors or sensor systems and associates them with the various functions they serve during the test program. Section 3 provides an overview of the objectives of the AZ-101 test program and describes the data that will be analyzed to support that test. The objectives are: (1) to demonstrate that the mixer pumps can be operated within the operating requirements; (2) …

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

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

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

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

Lecture given Tuesday, February 22, 2000, 11:00 AM at Abilene Christian University: "The class will examine how God's people can challenge the way the world looks at itself. City officials may be caused to ask an important question: What kind of God do they serve?"

Lecture given Tuesday, February 22, 2000, 11:00 AM at Abilene Christian University: "As the Lord leads you to live simply, being not of this world, you will find freedom in living debt-free and raising children in a peaceful home."

Lecture given Tuesday, February 22, 2000, 8:30 AM at Abilene Christian University

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A letter report issued by the General Accounting Office with an abstract that begins "Pursuant to a legislative requirement, GAO reviewed the Department of Defense's (DOD) plan for tracking inventory shipments, focusing on whether the plan: (1) responds to the provisions of the Strom Thurmond National Defense Authorization Act for Fiscal Year 1999; (2) contains the management elements needed for guiding effective implementation; and (3) adequately addresses other underlying weaknesses that led to ineffective control of inventory shipments."

X-ray lasers have been extensively studied around the world since the first laboratory demonstration on the Novette laser at LLNL in 1984. The characteristic properties of short wavelength, high monochromaticity, collimation and coherence make x-ray lasers useful for various applications. These include demonstrations of biological imaging within the water window, interferometry of laser plasmas and radiography of laser-heated surfaces. One of the critical issues has been the high power pump required to produce the inversion. The power scaling as a function of x-ray laser wavelength follows a {approx} {lambda}{sup -4} to {approx} {lambda}{sup -6} law. The shortest x-ray laser wavelength of {approx}35 {angstrom} demonstrated for Ni-like Au was at the limit of Nova laser capabilities. By requiring large, high power lasers such as Nova, the shot rate and total number of shots available have limited the rapid development of x-ray lasers and applications. In fact over the last fifteen years the main thrust has been to develop more efficient, higher repetition rate x-ray lasers that can be readily scaled to shorter wavelengths. The recent state of progress in the field can be found in references. The objective of the project was to develop a soft x-ray laser (XRL) pumped by …

Fermilab operates a single TESLA 9-cell superconducting RF cavity in support of a photoelectron R and D beam line. Power going into the 1.8K cryogenic system via static heat leak and RF dissipation is measured from the rate of rise of the pressure in the helium bath. This paper describes the techniques used to determine the cryostat heat load and the RF performance of the cavity. A photo-injector has been constructed at Fermilab to produce a low-energy (14--18 MeV) electron beam with high charge per bunch (8 nC), short bunch length (1 mm RMS), and small transverse emittance (<20 mm mrad). The facility was used to commission a photo-cathode RF gun for the TESLA Test Facility (TTF) Linac at DESY. At present, the Fermilab machine is being used for R and D in bunch length compression and fast beam diagnostics; experiments in plasma wake field acceleration and channeling acceleration are in preparation.

Lecture given Tuesday, February 22, 2000, 3:30 PM at Abilene Christian University: "As the Lord leads you to live simply, being not of this world, you will find freedom in living debt-free and raising children in a peaceful home."

The solid state bonded joint between two components; called an autoclave bond, is critical to the performance of a weapon system. A nondestructive method to assess the integrity of these joints is needed to certify the weapon for extended life. This project is developing ultrasonic technologies for bond quality assessment. Existing ultrasonic technology easily maps totally unbonded areas in a bond line. As an example, Figure 1 is an ultrasonic image of the bondline in a tensile specimen that was taken from a surrogate autoclave bond. We enhanced this technology to quantify the mechanical properties of a bond. There are situations when a bond interface appears intact by existing inspection methods, but fails under minimal loading. We developed an ultrasonic technique to eliminate this problem and assess the durability of the bond. Our approach is based on advanced signal processing and artificial intelligence techniques that extract information from the ultrasonic signal after it interacts with the bondline. We successfully demonstrated this technique on surrogate samples. We also designed and began assembly of an ultrasonic system to evaluate weapon components. Our next step is to acquire ultrasonic data on real parts and tailor the bond classification algorithm to detect and image …

Concert presented at Winspear Hall at the Murchison Performing Arts Center.

Concert presented at the UNT College of Music Concert Hall.

Lecture given Tuesday, February 22, 2000, 11:00 AM at Abilene Christian University: "An open dialogue seeking strategies for responding to changes in Europe and discussing how those changes impact our evangelism."

Algebraic multigrid (AMG) is an attractive choice for solving large linear systems {Lambda}x = b on unstructured grids. While AMG is applicable as a solver for a variety of problems, its robustness may be enhanced by using it as a preconditioner for Krylov solvers, such as GMRES. The sheer size of modern problems, hundreds of millions or billions of unknowns, dictates the use of massively parallel computers. AMG consists of two phases: the setup phase, in which smaller and smaller linear systems are generated by means of linear transfer operators (interpolation and restriction); and the solve phase, which employs a smoothing operator, such as Gauss-Seidel or Jacobi relaxation. Most of these components can be parallelized in a straightforward fashion; however, the coarse-grid selection, in which the grid for a smaller linear system is created on which the error can be approximated, is highly sequential. It is important to develop parallel coarsening techniques. They briefly present here the coarsening algorithms used in the parallel AMG code ''Boomer AMG'' and summarize some performance results for those algorithms. A detailed discussion of the algorithms and numerical results will be found.

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

Lecture given Tuesday, February 22, 2000, 8:30 AM at Abilene Christian University: "How can church leaders be proactive in helping families develop healthy stewardship and prevent excess indebtedness?"

Lecture given Tuesday, February 22, 2000, 11:00 AM at Abilene Christian University: "How can church leaders be proactive in helping families develop healthy stewardship and prevent excess indebtedness?"

Lecture given Tuesday, February 22, 2000, 3:30 PM at Abilene Christian University: "How can church leaders be proactive in helping families develop healthy stewardship and prevent excess indebtedness?"

Lecture given Tuesday, February 22, 2000, 8:30 AM at Abilene Christian University: "Revelation takes on a new significance in a time of millennial madness and an increasing interest in 'spiritual warfare.' What shall we make of it?"

Lecture given Tuesday, February 22, 2000, 11:00 AM at Abilene Christian University: "Complexities surround human existence. Some are more challenging than others. God is concerned with the negative and positive outcomes."