The following are the combustion science authors with last
initial 'R'.
- Rabitz, H.
- A Comprehensive Physical and Numerical Model of
Boron Particle Ignition
- Raney, L.C.
- Fullerenes, PAH, Carbon Nanostructures, and Soot
in Low Pressure Diffusion Flames
- Ramadan, B.
- Flame Attachment in Flame Spread
- Rath, H.J.
- Characterization of Spherical Hydrocarbon Fuel
Flames: Laser Diagnosis of the Chemical Structure
through the OH Radical
-
- Effects of Natural Convection on Two Stage
Ignition of An n-Dodecane Droplet
-
- ESA
- Insert for NASA's CIR: Environment for
Combustion Experiments under Elevated Temperature
and Pressure
-
- Experimental Study on High-Pressure Droplet
Evaporation Using Microgravity Conditions
-
- Theoretical and Experimental Investigations on
Droplet Evaporation and Droplet Ignition at High
Pressures
- Rawlins, W.T.
- Hyperspectral
Imaging of Flames Using a Spectrally Scanning
Fabry-Perot Filter
- Ray, A.
- An
Experimental and Theoretical Study of Radiative
Extinction of Diffusion Flames
- Raymond, C.S.
- Gravitational Effects on Liquid Flame Thermite
Systems
-
- Stability of Uniformly Propagating SHS Waves in
Porous Solids with Melting and Flow of Reactants
-
- Stabilization of Gasless Combustion Waves by High
Melting Temperature Additives
- Readey, D.W.
- Combustion Synthesis of Advanced Materials
-
- Self Propagating Reactive Synthesis of Ceramics
in a Microgravity Environment
-
- Synergistic Effects of Coupled Combustion
Synthesis and Vapor Phase Transport in the
Synthesis of Advanced Materials
-
- The Combustion Synthesis of Advanced Materials
- Reckart, T.
-
Principal Investigator Microgravity Services - USMP-3
- Renken, H.
- Characterization of Spherical Hydrocarbon Fuel
Flames: Laser Diagnosis of the Chemical Structure
through the OH Radical
- Resnick, A.
-
Multi-Function Light Microscopy Module for the International Space
Station
- Reuss, D.L.
- Effects of Unsteady Stretch on the Strength of a
Freely-Propagating Flame Wrinkled by a Vortex
- Rhatigan, J.L.
- Conceptual
Design of the Space Station Combustion Module
- Rhome, R.C.
- Achievements in Microgravity: Ten Years of
Microgravity Research
-
- Microgravity Research in a Space Station
Environment
-
- The
Continuing Evolution of NASA's Microgravity
Science Research Program
-
- The World of NASA Microgravity Science
- Rhys, N.O.
- Front
Propagation Rates in Randomly Stirred Media
- Rice, E.E.
- Status
Report on Mars ISRU CO/O2 Hybrid Engine
Development and Testing
- Riedel, E.P.
- The
Water-Mist Fire Suppression Experiment: Project
Objectives and Hardware Development for the
STS-107 Mission
- Riley, J.J.
- Investigation
of the Liftoff and Blowout of Transitional and
Trubulent Jet Flames
- Ristau, R.
- Theoretical and Experimental Investigations on
Droplet Evaporation and Droplet Ignition at High
Pressures
- Robertson, S.
- Photoelectric
Charging of Dust Particles
- Robinson, L.A.
- Gravity
Effects on Combustion Synthesis of Glasses
- Rogers, M.
- Microgravity Environment Characterzation Program
-
-
Principal Investigator Microgravity Services - USMP-3
-
- Summary Report of Mission Acceleration
Measurements for STS-75
-
- Summary Report of Mission Acceleration
Measurements for STS-78
- Rogg, B.
- Influence of Gravity on the Propagation of
Initially Spherical Flames
- Rohn, D.W.
- Conceptual
Design of the Space Station Combustion Module
- Ronney, P.D.
- A Comparison of Ignition Phenomena Modelled with
Detailed and Simplified Kinetics
-
- A Numerical Study of Unsteady Non-Adiabatic
Flames
-
- Absolute
Flammability Limits and Flame-Balls
-
- Detailed Characterization of Minimum Ignition
Energies of Combustible Gases Using Laser
Ignition Sources
-
- Detailed Numerical Simulation of Flame Ball
Structure and Dynamics
-
- Diffusional-Thermal Instability of Diffusion
Flames
-
- Effect of Chemistry and Transport Properties on
Near-Limit Flames in Microgravity
-
- Effect of Gravity on Halocarbon Flame Retardant
Effectiveness
-
- Effect of Gravity on Laminar Premixed Gas
Combustion II: Ignition and Extinction Phenomena
-
- Effect of Gravity on Laminar Premixed Gas
Combustion I: Flammability Limits and Burning
Velocities
Effects
of Lewis Number on Flame Ball Dynamics
-
- Effects
of Particulate Radiation on Premixed Gas Flames
-
- Effects
of Radiative and Diffusive Transport Processes on
Premixed Flames Near Flammability Limits
Effects of Radiative Emission and Absorption on the Propagation and
Extinction of Premixed Gas Flames
-
- Experimental and Numerical Study of Flame Ball IR
and UV Emissions
-
- Experimental Simulation of Premixed Turbulent
Combustion in Flows with a Broad Range of
Temporal and Spatial Scales
-
-
Experimental
Simulation of Premixed Turbulent Combustion using
Aqueous Autocatalytic Reactions
-
-
Experimental Study of Flame Balls in Space: Preliminary Results from
STS-83
-
- Flame Broadening Effects on Premixed Turbulent
Flame Spread
-
- Flame-Balls
- Past, Present and Future
-
- Flame Broadening Effects on Premixed Turbulent
Flame Speed
-
- Front
Propagation Rates in Randomly Stirred Media
-
- Horizontal and Lateral Flame Spread on Solids:
Closure and Diffusional Lewis Number Effects
-
- Laboratory Simulation of Flamelet and Distributed
Models for Premixed Turbulent Combustion
-
- Laser Versus Conventional Ignition of Flames
-
- Mechanisms of Combustion Limits in Premixed Gas
Flames at Microgravity
-
- Mechanisms of Flame Propagation Limits in
Vertical Tubes
-
- Near-limit behavior of high-Lewis number premixed
flames in tubes at normal and low gravity
-
- Near-Limit Flame Structures at Low Lewis Number
-
- Numerical Simulation of Diluent Effects on Flame
Ball Structure and Dynamics
-
- Numerical Simulation of Flame Ball Structure and
Stability
-
- On the Mechanisms of Flame Propagation Limits and
Extinguishment Processes at Microgravity
-
- Premixed Atmosphere And Convection Influences on
Flame Inhibition and Combustion (PACIFIC)
-
- Premixed
Edge-Flames in Spatially-Varying Straining Flows
-
- Premixed Flame Propagation in an Optically-Thick
Gas
-
-
Premixed-Gas Combustion Phenomena at Microgravity
Radiation-Driven Flame Spread Experiments in the Combustion
Integrated Rack on ISS
-
- Radiation-Driven
Flame Spread Over Thermally-Thick Fuels in
Quiescent Microgravity Environments
-
- Self-Organized
Spiral and Circular Waves in Premixed Gas Flames
-
- Simulation of Front Propagation at Large
Non-dimensional Flow Disturbance Intensities
-
- Some Open Issues in Premixed Turbulent Combustion
-
- Stationary Premixed Flames in Spherical and
Cylindrical Geometries
-
- Structure and Stability of Near-Limit Flames with
Low Lewis Number
-
- Structure of Flame Balls at Low Lewis-number
(SOFBALL)
-
- Structure of Flame Balls at Low Lewis-number
(SOFBALL): Preliminary Results from the STS-83
-
-
Structure of Flame Balls at Low Lewis-number
(SOFBALL): Preliminary Results from the STS-83
and STS-94 Space Flight Experiments
-
- Structure of Flame Balls At Low Lewis-number
(SOFBALL): Results of the Space Flight
Experiments on STS-83
-
- Studies
of Premixed Laminar and Turbulent Flames at
Microgravity
-
- The
Structure and Stability of Nonadiabatic Flame
Balls
-
- The
Structure and Stability of Nonadiabatic Flame
Balls: II. Effects of Far-Field Losses
-
- The
Three-Dimensional Dynamics of Flame-Balls
-
- Transport
and Chemical Effects on Concurrent and
Opposed-Flow Flame Spread at Microgravity
-
-
Two-Dimensional Failure and Ignition Fronts in Premixed Combustion
-
-
Understanding Combustion Processes Through Microgravity Research
- Rosen, L.J.
- Flame Synthesis of Aluminum Nitride Powder
-
- Gas-Phase
Combustion Synthesis of Aluminum Nitride Powder
- Rosner, D.E.
- Combustion
of Individual Bubbles and Submerged Gas Jets
-
- Numerical
Analysis of an Impinging Jet Reactor for the CVD
and Gas-Phase Nucleation of Titania
- Ross, H.D.
- An Investigation of Flame Spread over Shallow
Liquid Pools in Microgravity and Nonair
Environments
-
- Behavior in Normal and Reduced Gravity of an
Enclosed Liquid/Gas System With Nonuniform
Heating From Above
-
- Burning To Go: Combustion on Orbit and Mars
-
- Candle
Flames in Microgravity
-
- Candle
Flames in Non-Buoyant and Weakly Buoyant
Atmospheres
-
- Candle
Flames in Non-Buoyant Atmospheres
-
- Combustion and Fire Safety in Microgravity
-
- Computational Analysis of Flame Spread Across
Alcohol Pools
-
- Detailed Experiments of Flame Spread Across Deep
Buanol Pools
-
- Feasibility
of Reduced Gravity Experiments Involving
Quiescent, Uniform Particle Cloud Combustion
-
- Fire
Accident Testing Evaluation (FATE)
-
- Flame Spread Across Liquid Pools
-
- Flame
Spread Across Liquids
-
- Fluid
Management of and Flame Spread Across Liquid
Pools
-
-
Forced Ignition and Spread Tests
-
- Further Observations of Flame Spread over
Laboratory-Scale Alcohol Pools
-
- Gravitational Effects on Sooting Diffusion Flames
-
- Gravitational
Influences on Flame Propagation through
Non-Uniform Premixed Gas Systems
-
- Ignition
of and Flame Spread Over Laboratory-Scale Pools
of Pure Liquid Fuels
-
- Liquid-Phase Flow and Temperature Field
Visualization During Flame Spread over Alcohol
Pools
-
- Liquid-Phase Velocity and Temperature Fields
During Uniform Flame Spread Over 1-Propanol
-
- Longitudinal
Mode Instabilities of Particle Cloud Combustors
in a Reduced Gravity Environment
-
- Microgravity Combustion Science: 1995 Program
Update
-
- Observations of Candle Flames Under Various
Atmospheres in Microgravity
-
-
Overview of NASA's Microgravity Combustion
Program
-
- Overview of NASA's Microgravity Combustion
Science and Fire Safety Program
-
- Particle
Cloud Flames in Acoustic Fields
-
- Particle
Cloud Mixing in Microgravity
-
- Reducing Adhesion and Agglomeration Within a
Cloud of Combustible Particles
-
- Small-Scale Combustion Experiments on the USML-1
Shuttle Mission
-
- Temperature
Field During Flame Spread over Alcohol Pools:
Measurements and Modelling
-
- Theoretical
Prediction of Microgravity Ignition Delay of
Polymeric Fuels in Low Velocity Flows
- Rouan, J.P.
- Combustion
of Magnesium Particles in Carbon Dioxide under
Microgravity Conditions
- Rozenchan, G.
- Outwardly
Propagating Flames at Elevated Pressures
- Rubstov, V.
- Development
of an Early Warning Fire Detection System Using
Correlation Spectroscopy
- Ruff, G.A.
- Combustion
of Unconfined Droplet Clusters in Microgravity
- Formation and Combustion of Unconfined Droplet
Clusters in Microgravity
- Rumminger, M.D.
- Trioxane-Air
Counterflow Diffusion Flames in Normal and
Microgravity
- Rungaldier, H.
- Strain-Rate-Free Diffusion Flames: Initiation,
Properties, and Quenching
- Rutledge, S.K.
- Emissivity
Characterization of Plastics, Ceramics, and
Coatings Using a Calorimetric Technique
- Ryan, B.J.
- Numerical
Simulation of an Enclosed Laminar Jet Diffusion
Flame in Microgravity Environment: Comparison
with ELF Data
- Rygh, K.
- Columbus Parabolic Fire Experiment Phase One
-
- Fire
Safety Research in Microgravity: How to Detect
Smoke and Flames you Cannot See