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NASA Scientific and Technical Aerospace Reports

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Naval Postgraduate School Research.<br />

Volume 14, Number 1, February<br />

2004 – 155<br />

METHANE<br />

Modeling of Isotope Fractionation in<br />

Stratospheric CO2, N2O, CH4, <strong>and</strong> O3:<br />

Investigations of Stratospheric Chemistry<br />

<strong>and</strong> Transport, Stratosphere-<br />

Troposphere Exchange, <strong>and</strong> Their Influence<br />

on Global Isotope Budgets – 159<br />

METHODOLOGY<br />

Airfoil Design <strong>and</strong> Optimization by the<br />

One-Shot Method – 109<br />

METHYL POLYSILOXANES<br />

A Novel Approach to Monitoring Prostate<br />

Tumor Oxygenation: Proton MRI of the<br />

Reporter Molecule Hexamethyldisiloxane<br />

– 174<br />

METROLOGY<br />

Calibration Tests of Industrial <strong>and</strong> <strong>Scientific</strong><br />

CCD Cameras – 125<br />

MICE<br />

Development of a Transgenic Mouse<br />

Model for Breast Cancer that is Optimized<br />

for the Study of T Cell-Based<br />

Therapeutic Strategies – 172<br />

Preclinical Mouse Models of Neurofibromatosis<br />

– 203<br />

MICROANALYSIS<br />

Improvements in Electron-Probe Microanalysis:<br />

Applications to Terrestrial,<br />

Extraterrestrial, <strong>and</strong> Space-Grown Materials<br />

– 300<br />

MICROBURSTS (METEOROLOGY)<br />

Simulation of the 1994 Charlotte Microburst<br />

with Look-Ahead Windshear<br />

Radar – 158<br />

MICROCOMPUTERS<br />

The Use of a Microcomputer Based Array<br />

Processor for Real Time Laser Velocimeter<br />

Data Processing – 234<br />

MICROCRACKS<br />

Damage Assessment of Stress-Thermal<br />

Cycled High Temperature – 87<br />

MICROELECTROMECHANICAL SYS-<br />

TEMS<br />

Inertial Measurement Units IMU – 100<br />

Introduction - MEMS <strong>Aerospace</strong> Applications<br />

– 99<br />

Method for Forming MEMS-Based Spinning<br />

Nozzle – 48<br />

Miniaturization Science for Space: Lubrication<br />

of Micro-Electro-Mechanical Systems<br />

(MEMS) for Space Environments<br />

– 318<br />

Multi-Functional, Micro Electromechanical<br />

Silicon Carbide Accelerometer<br />

– 106<br />

Protective Fullerene (C60) Packaging<br />

System for Microelectromechanical Systems<br />

Applications – 106<br />

MICROELECTRONICS<br />

Micro Power – 100<br />

Miniaturization Science for Space: Lubrication<br />

of Micro-Electro-Mechanical Systems<br />

(MEMS) for Space Environments<br />

– 318<br />

MICROGRAVITY<br />

Design of a Microgravity Spray Cooling<br />

Experiment – 89<br />

Imaging System For Measuring Macromolecule<br />

Crystal Growth Rates in Microgravity<br />

– 122<br />

Lifted Partially Premixed Flames in Microgravity<br />

– 65<br />

Magnetic Control of Convection during<br />

Protein Crystallization – 164<br />

Single Droplet Combustion of Decane in<br />

Microgravity: Experiments <strong>and</strong> Numerical<br />

Modeling – 69<br />

Te-<strong>and</strong> Zn-Doped InSb Crystals Grown in<br />

Microgravity – 300<br />

MICROMECHANICS<br />

Implementation of Higher Order Laminate<br />

Theory Into Strain Rate Dependent<br />

Micromechanics Analysis of Polymer Matrix<br />

Composites – 60<br />

MICROORGANISMS<br />

Halotolerant <strong>and</strong> Resistant to High pH<br />

Hydrogenase from Haloalkaliphilic<br />

Sulfate-Reducing Bacterium Desulfonatronum<br />

thiodismutans – 224<br />

Microbial Remains in Middle Proterozoic<br />

Rocks of Northern Australia – 139<br />

New Evidence for the Presence of Indigenous<br />

Microfossils in Carbonaceous<br />

Chondrites – 165<br />

Oxygen Effect on the Low Temperature<br />

Tolerance of Facultative Anaerobes from<br />

Antarctica, Alaska, <strong>and</strong> Patagonia<br />

– 164<br />

Role of Microbes in the Smectite-to-Illite<br />

Reaction – 220<br />

MICROSATELLITES<br />

A Low-Cost Mid-Wave IR Microsatellite<br />

Imager Concept Based on Uncooled<br />

Technology – 27<br />

MICROSCOPES<br />

Imaging System For Measuring Macromolecule<br />

Crystal Growth Rates in Microgravity<br />

– 122<br />

MICROSCOPY<br />

Computed Tomography <strong>and</strong> its Application<br />

for the 3D Characterization of<br />

Coarse Grained Meteorites – 322<br />

Information Content of the Near-Field I:<br />

Two-Dimensional Samples – 293<br />

MICROSTRUCTURE<br />

A Design of Experiments Approach Defining<br />

the Relationships Between Processing<br />

<strong>and</strong> Microstructure for Ti-6Al-<br />

4V – 73<br />

LiCoO2 <strong>and</strong> SnO2 Thin Film Electrodes<br />

for Lithium-Ion Battery Applications<br />

– 104<br />

Nanostructured Materials Produced by<br />

Severe Plastic Deformation – 74<br />

The Effect of Solution Heat Treatment on<br />

an Advanced Nickel-Base Disk Alloy<br />

– 76<br />

MICROWAVE AMPLIFIERS<br />

High Efficiency Microwave Power Amplifier<br />

(HEMPA) Design – 145<br />

MICROWAVE FREQUENCIES<br />

Exp<strong>and</strong>ing Current Research Capabilities<br />

for Investigating RF/Microwave Bioeffects<br />

– 100<br />

MICROWAVE RADIOMETERS<br />

Evaluation of the AMSR-E Data Calibration<br />

Over L<strong>and</strong> – 141<br />

L<strong>and</strong>cover Based Optimal Deconvolution<br />

of PALS L-b<strong>and</strong> Microwave Brightness<br />

Temperature – 141<br />

MICROWAVES<br />

Exp<strong>and</strong>ing Current Research Capabilities<br />

for Investigating RF/Microwave Bioeffects<br />

– 100<br />

High Power Microwaves: Strategic <strong>and</strong><br />

Operational Implications for Warfare<br />

– 127<br />

Services to Operate <strong>and</strong> Maintain a Microwave<br />

Research Laboratory – 179<br />

MIGRATION<br />

Modeling Personnel Turnover in the<br />

Parametric Organization – 250<br />

MILITARY OPERATIONS<br />

2002 Industry Analysis Research Paper:<br />

Global Environment, Global Industry, <strong>and</strong><br />

Global Security: Managing the Crossroads<br />

– 161<br />

Analysis <strong>and</strong> Evaluation of the Immediate<br />

Reaction Task Force (L<strong>and</strong>) Comm<strong>and</strong><br />

<strong>and</strong> Control Concept: Applying the<br />

COBP – 268<br />

Naval Postgraduate School Research.<br />

Volume 14, Number 1, February<br />

2004 – 155<br />

Technology <strong>and</strong> Comm<strong>and</strong>: Implications<br />

for Military Operations in the Twenty-First<br />

Century – 95<br />

TRICARE: Transformation of the Military<br />

Health Care System - Demystifying Military<br />

Medicine <strong>and</strong> the Mission Impossible<br />

– 199<br />

Uninhabited Air Vehicle Critical Leverage<br />

System for Out Nation’s Defense in<br />

2025 – 12<br />

Unmanned Aerial Vehicles: Implications<br />

for Military Operations – 13<br />

Weaponization of Space: Underst<strong>and</strong>ing<br />

Strategic <strong>and</strong> Technological Inevitabilities<br />

– 27<br />

MILITARY PERSONNEL<br />

Defense AT&L: The Soldier-America’s<br />

Most Deployed Combat System. Volume<br />

33, Number 3, May-Jun 2004 – 309<br />

Population Health Trial for Smokeless<br />

Tobacco Cessation With Military Personnel<br />

– 218<br />

A-45

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