01.12.2012 Views

NASA Scientific and Technical Aerospace Reports

NASA Scientific and Technical Aerospace Reports

NASA Scientific and Technical Aerospace Reports

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

SOLID PROPELLANTS<br />

Monitoring Micro-Structural Evolution<br />

<strong>and</strong> Crack Formation in a Solid Propellant<br />

Under Incremental Strain Condition-<br />

Using Digital Radiograph X-Ray Techniques<br />

– 200<br />

Spectrally Analyzed Embedded Infrared<br />

Fiber Optic Diagnostic of Advanced<br />

Composite Propellant Combustion – 49<br />

SOLIDIFICATION<br />

Particle Engulfment <strong>and</strong> Pushing By Solidifying<br />

Interfaces – 264<br />

Pore Formation <strong>and</strong> Mobility Investigation<br />

(PFMI): Concept, Hardware Development<br />

<strong>and</strong> Initial Analysis of Experiments<br />

– 57<br />

SOLIDS<br />

Assembly of Functional Porous Solids in<br />

Complex Hybrid Composites – 40<br />

SONAR<br />

Analysis of Statistical Performance Measures<br />

– 230<br />

Beamspace Adaptive Beamforming for<br />

Hydrodynamic Towed Array Self-Noise<br />

Cancellation – 220<br />

Covariance Matrix Filtering for Adaptive<br />

Beamforming with Moving Interference<br />

– 221<br />

Moving Target Depth Estimation for Passive<br />

Sonar, Using Sequential Resampling<br />

Techniques – 224<br />

Space-Time Adaptive Matched-Field<br />

Processing (STAMP) – 220<br />

SONOGRAMS<br />

Computer-Aided Characterization of<br />

Breast Masses on Volumetric Ultrasound<br />

Images: An Adjunct to Mammography<br />

– 168<br />

SOOT<br />

Measuring the Effect of Fuel Chemical<br />

Structure on Particulate <strong>and</strong> Gaseous<br />

Emissions using Isotope Tracing – 139<br />

SORPTION<br />

Assembly of Functional Porous Solids in<br />

Complex Hybrid Composites – 40<br />

SOUND DETECTING AND RANGING<br />

Beamspace Adaptive Beamforming for<br />

Hydrodynamic Towed Array Self-Noise<br />

Cancellation – 220<br />

Space-Time Adaptive Matched-Field<br />

Processing (STAMP) – 220<br />

SOUND GENERATORS<br />

Measurements of Infrared <strong>and</strong> Acoustic<br />

Source Distributions in Jet Plumes – 90<br />

Passive Differential Matched-Field Depth<br />

Estimation of Moving Acoustic<br />

Sources – 248<br />

SOUND PROPAGATION<br />

Mitigation of the Impact of Sensing Noise<br />

on the Precise Formation Flying Control<br />

Problem – 244<br />

A-62<br />

SOUND RANGING<br />

Moving Target Depth Estimation for Passive<br />

Sonar, Using Sequential Resampling<br />

Techniques – 224<br />

SOUND WAVES<br />

Acoustically-Driven Microfluidic Systems<br />

– 88<br />

An Improved Method for Solving Systems<br />

of Linear Equations in Frequency<br />

Response Problems – 222<br />

ASIAEX, East China Sea, Cruise Report<br />

of the Activities of the R/V melville, 29<br />

May to 9 June 2001 – 247<br />

Experimental Study of Sound Waves in<br />

S<strong>and</strong>y Sediment – 247<br />

Speech Intelligibility in Noise Using<br />

Throat <strong>and</strong> Acoustic Microphones – 167<br />

Underexp<strong>and</strong>ed Screeching Jets From<br />

Circular, Rectangular, <strong>and</strong> Elliptic<br />

Nozzles – 141<br />

SOUNDING ROCKETS<br />

Optical Design of the RAISE Sounding<br />

Rocket Instrument – 258<br />

SOURCE PROGRAMS<br />

Assume-Guarantee Verification of<br />

Source Code with Design-Level Assumptions<br />

– 190<br />

SPACE COMMUNICATION<br />

A Reconfigurable Communications System<br />

for Small Spacecraft – 22<br />

Evolutionary Space Communications Architectures<br />

for Human/Robotic Exploration<br />

<strong>and</strong> Science Missions – 71<br />

SPACE EXPLORATION<br />

Nanophase <strong>and</strong> Composite Optical Materials<br />

– 39<br />

The Explorer’s Guide to the Universe: A<br />

Reading List for Planetary <strong>and</strong> Space<br />

Science – 266<br />

The Hematopoietic Stem Cell Therapy<br />

for Exploration of Deep Space – 158<br />

SPACE FLIGHT<br />

Computational Physics for Space Flight<br />

Applications – 290<br />

Development of a Vibration Based Countermeasure<br />

to Inhibit the Bone Erosion<br />

<strong>and</strong> Muscle Deterioration That Parallels<br />

Spaceflight – 176<br />

Modeling <strong>and</strong> Simulation of Shuttle<br />

Launch <strong>and</strong> Range Operations – 21<br />

Re-Adaptation to 1-G of Pregnant Rats<br />

Following Exposure to Spaceflight or<br />

Centrifugation – 159<br />

Spaceflight Holography Investigation in a<br />

Virtual Apparatus – 94<br />

Spaceflight Operations Services Grid<br />

(SOSG) – 288<br />

SPACE LAW<br />

Community Perspective on <strong>NASA</strong> Strategic<br />

Planning – 277<br />

Comparative Analysis on the Cost of<br />

Oversight for the New National Security<br />

Space Acquisition Policy- A Delphi<br />

Method Approach – 22<br />

SPACE MISSIONS<br />

Future Far-IR <strong>and</strong> Submm Missions:<br />

Japanese Perspective – 301<br />

Future Far-IR Mission <strong>and</strong> Submillimeter<br />

Space Missions: The European Perspective<br />

– 300<br />

H2EX: A Space Mission Dedicated to the<br />

Observation of Molecular Hydrogen<br />

– 300<br />

Maximizing Science Capability for Far-<br />

Infrared Space Missions – 302<br />

PhyLM: A Mission Design Concept for an<br />

Optical/Lidar Instrument to Measure<br />

Ocean Productivity <strong>and</strong> Aerosols from<br />

Space – 252<br />

SOFIA: Current Performance <strong>and</strong> Future<br />

Instrument Upgrades – 308<br />

Space Wei QI: The Launch of Shenzhou<br />

V – 18<br />

The Case for Moderately-Cooled, Far-<br />

Infrared Thermal Detectors – 100<br />

The Herschel Mission – 301<br />

SPACE PERCEPTION<br />

Spatial Navigation Transfer Evaluation<br />

Toolkit – 7<br />

SPACE PROCESSING<br />

An Overview of the Materials Science<br />

Research at the Marshall Space Flight<br />

Center Electrostatic Levitator Facility <strong>and</strong><br />

Recent CDDF Efforts – 93<br />

Biological <strong>and</strong> Physical Space Research<br />

Laboratory 2002 Science Review – 66<br />

Materials Processing in Space: Model<br />

Experiments aboard the International<br />

Space Station – 66<br />

SPACE PROGRAMS<br />

CAD-CAM Productivity – 270<br />

SPACE SHUTTLE BOOSTERS<br />

Web-Based Toxic Gas Dispersion Model<br />

for Shuttle Launch Operations – 30<br />

SPACE SHUTTLE ORBITERS<br />

Application of Non-Deterministic Methods<br />

to Assess Modeling Uncertainties for<br />

Reinforced Carbon-Carbon Debris Impacts<br />

– 122<br />

Material Modeling of Space Shuttle<br />

Leading Edge <strong>and</strong> External Tank Materials<br />

For Use in the Columbia Accident<br />

Investigation – 123<br />

Test <strong>and</strong> Analysis Correlation of Form<br />

Impact onto Space Shuttle Wing Leading<br />

Edge RCC Panel 8 – 124<br />

SPACE SHUTTLES<br />

Overview af MSFC’s Applied Fluid Dynamics<br />

Analysis Group Activities – 25<br />

Tethers as Debris: Simulating Impacts of<br />

Kevlar Tethers on Shuttle Tiles – 24

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!