The following are the combustion science authors with last
initial 'G'.
- Gabris, E.A.
- Commercial
Space Processing
- Gage, J.W.
- Combustion
of Two-Component Miscible Droplets in Reduced
Gravity
- Galloway, P.
- Overview, History and Current Status of United
States' Materials Processing in Space Flight
Activity
- Ganguly, K.
- Dynamics of Flames Near the Rich Flammability
Limit of Hydrogen-Air Mixtures.
- Gao, L.
- Quantitative Comparison of Detailed Numerical
Computations and Experiments in Counterflow Spray
Diffusion Flames
-
- Recent Developments in Spray Combustion:
Experiments and Modeling
- Garbinski, G.
- Ignition
and Extinction Curves of Diffusion Flames with
Radiative Losses
- Gard, M.Y.
- Comparative Soot Diagnostics: Preliminary Results
-
- Smoke Detection in Low-G Fires
- Gatto, J.L.
- Stationary Premixed Flames in Spherical and
Cylindrical Geometries
- Gee, K.
- Synthesis and Characterization of New Caged Dye
Velocimetry Tracers for Microgravity Combustion
Diagnostics
- Gerritsen, H.J.
- The
Hidden Complexities of a "Simple"
Experiment
- Gessman, R.
- The
Three-Dimensional Dynamics of Flame-Balls
- Ghenai, C.
- Control
of Droplet Combustion Via Acoustical Excitation
- Giesen, A.
- The
"Advanced Disk Laser" (ADL):
Instrumentation for Laser Diagnostics in
Microgravity Combustion Research
-
- The
Potential Applying The "Advanced Disc
Laser" (ADL) in Microgravity-Combustion for
OH-LIF Diagnostics Using The (A-X;2,0)
-Electronic Excitation Scheme
- Girimaji, S.S.
- Modeling Turbulent Scalar Mixing with Mapping
Closure Methods
- Givi, P.
- Large
Eddy Simulation of Gravitational Effects on
Transitional and Turbulent Gas-Jet Diffusion
Flames
- Suppression and Enhancement of Mixing in
High-Speed Reacting Flow Fields
- Glover, M.
- Experimental Observations of PMMA Spheres Burning
at Reduced Gravity
- Glushko, G.S.
- Main Trends of Investigations Of Material
Combustion in Reduced Gravity for Orbital Station
Fire Assurance
- Gokalp, I.
- An Overview of European Activities on
Microgravity Combustion
-
- Combustion
of Magnesium Particles in Carbon Dioxide under
Microgravity Conditions
-
- High Pressure Burning of Methanol Droplets: A
Comparison Between Parabolic Flight and Drop
Tower Experiments
-
- High Pressure Droplet Burning Experiments in
Reduced Gravity
-
- High-Pressure Droplet Burning Experiments in
Microgravity
-
- Status of the CNRS-LCSR Program on High Pressure
Droplet Vaporization and Burning
- Gokoglu, S.A.
- A
Precise Calibration Technique for Measuring High
Gas Temperatures
-
- Chemical Vapor Deposition of Carbon on Graphite
by Methane Pyrolysis
-
- Combined Heat Transfer and Fluid Flow Analysis of
A CVD Fiber Growth Reactor
-
- Microgravity Combustion Science: 1995 Program
Update
-
- Numerical
Analysis of an Impinging Jet Reactor for the CVD
and Gas-Phase Nucleation of Titania
Radiation-Driven Flame Spread Experiments in the Combustion
Integrated Rack on ISS
-
- Strain-Rate-Free Diffusion Flames: Initiation,
Properties, and Quenching
-
- The
Water-Mist Fire Suppression Experiment: Project
Objectives and Hardware Development for the
STS-107 Mission
-
- Tractable Chemical Models for CVD of silicon and
carbon
- Goldmeer, J.S.
- An Experimental Study of Solid Diffusion Flame
Extinction and Transition to Microgravity
-
- Combustion
of a Solid Cylinder in Low Speed Flows
-
-
Development of a Point Diffraction Interferometer for Measuring
Flame Temperatures
-
- Effect of Pressure on a Burning Solid in
Low-Gravity
-
- Extinguishment of a Diffusion Flame over a PMMA
Cylinder by Depressurization in Low-Gravity
-
- Interactions Between Flames on Parallel Solid
Surfaces
- Goldshleger, U.I.
- Combustion
of Magnesium Particles in Carbon Dioxide under
Microgravity Conditions
- Combustion of Magnesium Particles in CO2/CO
Mixtures
- Gollahalli, S.R.
- Effects of Buoyancy on Laminar Hydrogen Jet
Diffusion Flames
-
-
Effects of Buoyancy on Steady Hydrogen Gas-Jet Diffusion Flames
-
- Effects
of Energy Release on Near Field Flow Structure of
Gas Jets
-
- Study of Buoyancy Effects in Diffusion Flames
Using Rainbow Schlieren Deflectometry
- Gomez, A.
- Charged-Induced Secondary Atomization of Droplets
in Diffusion Flames of Electrostatic Sprays
-
- Counterflow
Diffusion Flames of Quasi-Monodisperse
Electrostatic Sprays
-
- Quantitative Comparison of Detailed Numerical
Computations and Experiments in Counterflow Spray
Diffusion Flames
-
- Recent Developments in Spray Combustion:
Experiments and Modeling
-
- Spray
Combustion at Normal and Reduced Gravity in
Counterflow and Co-Flow Configurations
-
- The Electrospray: Fundamentals and Combustion
Applications
- Goroshin, S.
- Burning
Velocity Measurements in Aluminum - Air
Suspensions using Bunsen-Type Dust Flames
- Combustion Synthesis of ZnS in Microgravity
-
- Microgravity Combsution of Dust Clouds: Quenching
Distance Measurements
-
- Quenching
of Particle-Gas Combustible Mixtures Using
Electric Particulate Suspension (EPS) and
Dispersion Methods
- Goswami, K.
- Development
of an Early Warning Fire Detection System Using
Correlation Spectroscopy
- Gou, H.
- Radiative Extinction of Courterflow Premixed
Flames
- Grady, T.
- Diluent Effects on Quiescent Microgravity Flame
Spread Over a Thin Solid Fuel
- Graham, S.J.
- Achievements in Microgravity: Ten Years of
Microgravity Research
- Gramer, D.J.
- Status
Report on Mars ISRU CO/O2 Hybrid Engine
Development and Testing
- Grayson, G.D.
- An Experimental Study of Low-Speed,
Concurrent-Flow Flame Spread Over a Thin Fuel
-
- Combustion of Solid Fuel in Very-Low Speed Oxygen
Streams
-
- Flame
Spreading Over a Thin Fuel in Low-Speed
Concurrent Flow - Drop Tower Experiment Results
and Comparison with Theory
- Grebner, D.
- The
"Advanced Disk Laser" (ADL):
Instrumentation for Laser Diagnostics in
Microgravity Combustion Research
-
- The
Potential Applying The "Advanced Disc
Laser" (ADL) in Microgravity-Combustion for
OH-LIF Diagnostics using the (A-X;2,0)
-Electronic Excitation Scheme
- Greenberg, P.S.
- Capabilities and Constraints of Combustion
Diagnostics in Microgravity
-
- Detailed
Modeling Analysis for Soot Formation and
Radiation in Microgravity Gas Jet Diffusion
Flames
-
- Field
Effects of Buoyancy on Lean Premixed Turbulent
Flames
-
- Flame
Spread Over Solid Fuel in Low-Speed Concurrent
Flow
-
-
Forced Flow Flame Spreading Test: Preliminary Findings from the
USMP-3 Shuttle Mission
-
- Laser
Doppler Velocimetry and Full-Field Soot Volume
Fraction: Measurements in Microgravity
-
-
MEMS Particulate Sensors for Spacecraft Fire Safety and
Environmental Monitoring
-
- PIV
Measurements in Weakly Buoyant Gas Jet Flames
-
- Quantitative
Rainbow Schlieren Deflectometry
-
- Quantitative Species Measurements in Microgravity
Flames with Near-IR Diode Lasers
-
- Selected Diagnostics for Microgravity Combustion
Science
-
- Selected Microgravity Combustion Diagnostic
Techniques
-
- Small-Scale Combustion Experiments on the USML-1
Shuttle Mission
-
- Solid Inflammability Boundary at Low Speed
(SIBAL)
-
- Temperature and Radiative Heat Flux Measurements
in Microgravity Jet Diffusion Flames
-
- The USML-1 Wire Insulation Flammability Glovebox
Experiment
-
- Wire Insulation Flammability Experiment: USML-1 1
Year Post Mission Summary
- Grieco, W.J.
- Fullerenes, PAH, Carbon Nanostructures, and Soot
in Low Pressure Diffusion Flames
- Griffin, D.W.
- Compact
Color Schlieren Optical System
-
- Comparative Soot Diagnostics: Preliminary Results
-
- Effects
of Energy Release on Near Field Flow Structure of
Gas Jets
-
- Effects of Fuel Preheat on Soot Formation in
Microgravity Laminar Diffusion Flames
Fuel Preheat Effects on Soot-Field Structure in Laminar Gas Jet
Diffusion Flames Burning in 0-g and 1-g
-
- Full Field Gas Phase Velocity Measurements in
Microgravity
-
-
Gravitational Effects on Near Field Flow Structure of Low Density
Gas Jets
-
- Phase-shifting
Shearing Interferometer
-
- Selected Diagnostics for Microgravity Combustion
Science
-
- Selected Microgravity Combustion Diagnostic
Techniques
-
- Smoke Detection in Low-G Fires
-
- Soot-Field Structure in Laminar Soot-Emitting
Microgravity Nonpremixed Flames
-
- Study of Buoyancy Effects in Diffusion Flames
Using Rainbow Schlieren Deflectometry
- Goroshin, S.
- Burning
Velocity Measurements in Aluminum -Air
Suspensions Using Bunsen-Type Dust Flames
- Grigorov, E.I.
- Main Trends of Investigations Of Material
Combustion in Reduced Gravity for Orbital Station
Fire Assurance
- Grosch, C.E.
- Reacting Compressible Mixing Layers: Structure
and Stability
- Guenther, M.
- An
Experimental and Theoretical Study of Radiative
Extinction of Diffusion Flames
-
- Analytical and Numerical Investigation of
Diffusion Flames Extinction Limits Including
Radiative Heat-Loss
- Guigne, J.Y.
-
Combustion
Synthesis of Glass-Ceramic Composites under
Terrestrial and Reduced Gravity Conditions
Combustion Synthesis of Porous Ceramics on Space-Drums
-
- Gravity
Effects on Combustion Synthesis of Glasses
-
- Space-DRUMS
- Container and Containerless Processing on the
ISS
-
- The Effect of Gravity on the Combustion Synthesis
of Porous Ceramics and Metal Matrix Composites
-
- The
Effects of Gravity on the Combustion Synthesis of
B2O3-Al2O3-MgO Glass Ceramic Composites
- Gupta, A.K.
- Combustion
of Gaseous Fuels with High Temperature Air In
Normal- and Micro-gravity Conditions
- Gustafson, R.J.
- Status
Report on Mars ISRU CO/O2 Hybrid Engine
Development and Testing
-