The following are the combustion science authors with last
initial 'P'.
- Pacas, D.A.
- Effect of Gravity on the Combustion Synthesis of
Porous Materials
- Pagni, P.J.
- A
Fundamental Study of Smoldering Combustion in
Microgravity
-
- A Fundamental Study of Smoldering with Emphasis
on Experimental Design for Zero-G
-
- Buoyancy Effects on Smoldering Combustion
-
- Experimental
Observations of the Effect of Pressure and
Buoyancy on Cellulose Co-current Smoldering
-
- Forced Cocurrent Smoldering Combustion
-
- Forced Counter Current Smoldering Combustion
- Panzarella, C.H.
- Combined Heat Transfer and Fluid Flow Analysis of
A CVD Fiber Growth Reactor
- Park, T.W.
- Effect
of Gravity on the Structure of an Unsteady Spray
Diffusion Flame
-
- Gravity
Effects on the Dynamics of Evaporating Droplets
in a Heated Jet
- Park, W.C.
- Suppression
of Low Strain Rate Nonpremixed Flames by an Agent
- Parr, T.P.
- Counter-Flow
Diffusion Flames of Ammonium Perchlorate with
Gaseous Fuels
- Flame Structure Measurement of Single, Isolated
Aluminum Particles Burning in Air
- Patnaik, G.
- A New Time-Dependent, Three-Dimensional Flame
Model For Laminar Flames
-
- A
Parallel Implementation of a Time-Dependent,
Two-Dimensional Flame Model with Detailed
Chemistry
-
- Cellular Structure of Lean Hydrogen and Methane
Flames
-
- Cellular Structure of Lean Hydrogen Flames in
Microgravity
-
- Detailed Numerical Simulations of Cellular Flames
-
- Dynamics of Flames Near the Rich-Flammability
Limit of Hydrogen-Air Mixtures
-
- Effect of Gravity on Flame Instabilities in
Premixed Gases
-
- Effect of Gravity on Multidimensional
Burner-Stabilized Flames
-
- Effect of Gravity on Multi-dimensional Laminar
Premixed Flame Structure
-
- Effect of Gravity on the Stability and Structure
of Lean Hydrogen-Air Flames
-
- FLIC
-- A Detailed, Two-Dimensional Flame Model
-
- Full
Navier-Stokes Modeling of a Boundary-Layer
Diffusion Flame Over a Porous Flat Plate
-
- Multidimensional Structure of Lean Methane Flames
-
- Numerical Simulation of Cellular Instability in
Hydrogen Flames
-
- Numerical Simulations of Burner-Stabilized
Hydrogen-Air Flames in Microgravity
-
- Numerical Simulations of Premixed Methane-Air
Flame-Vortex Interactions in Microgravity
-
- Numerical Simulations of the Extinguishment of
Downward Propagating Flames
-
- On the Role of Gravity in Burner-Stabilized
Flames
-
- Role of Gravity in Premixed Methane-Air Flame
Vortex Interactions
-
- Simulations of Multidimensional Burner-Stabilized
Flames
-
- Structure and Dynamics of Premixed Flames in
Microgravity
-
- Time-Dependent Computational Studies of Premixed
Flames in Microgravity
-
- Unsteady
Multidimensional Numerical Simulations of Flame
Vortex Interactions - A New Study
-
- Unsteady Multidimensional Simulations of the
Structure and Dymanics of Flames
-
- Unsteady Numerical Simulations of the Stability
and Dynamics of Flames
- Paul, M.R.
- Risk-Based Spacecraft Fire Safety Experiments
-
- The
Morphological Description of Particles Generated
From Overheated Wire Insulations in Microgravity
and Terrestrial Environments
- Paulick, M.J.
- Color Image Processing and Object Tracking
Workstation
- Paulos, T.
- Risk-Based
Spacecraft Fire Safety Experiments
-
- Smoke
and Flammability of Wires in Microgravity
- Paxton, K.
- Risk-Based
Spacecraft Fire Safety Experiments
-
- Smoke
and Flammability of Wires in Microgravity
- Pearlman, H.G.
- Cool
Flame Quenching
-
- Excitable Dynamics in High-Lewis Number Premixed
Gas Combustion at Normal and Microgravity
Experimental Study of Flame Balls in Space: Preliminary Results from
STS-83
-
- Near-limit behavior of high-Lewis number premixed
flames in tubes at normal and low gravity
-
- Premixed Gas Combustion: An Excitable System
-
- Self-Organized
Spiral and Circular Waves in Premixed Gas Flames
-
- 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
-
- The
Cool Flames Experiment
- Pelekh, A.
- The Effects of Gravity on Combustion and
Structure Formation during Combustion Synthesis
in Gasless Systems
- Penrose, J.D.
- Studies on Detonation Driven Hollow Projectiles
- Peraldi, O.
- Microgravity Combustion of Dust Suspensions
- Pereira, M.
- Design and Development of Experimental Facilities
for Short Duration, Low-Gravity Combustion and
Fire Experiments
- Perkins, N.
- Combustion Synthesis of Advanced Materials
-
- Synergistic Effects of Coupled Combustion
Synthesis and Vapor Phase Transport in the
Synthesis of Advanced Materials
- Perry, A.T.
- Risk-Based
Fire Safety Experiment Definition for Manned
Spacecraft
- Perry, D.
- Gravitational
Influences on Flame Propagation Through
Non-Uniform, Premixed Gas Systems
- Peters, B.D.
- Droplet Vaporization in Supercritical Pressure
Environments
- Peterson, J.
- Buoyancy Effects on Smoldering Combustion
- Peterson, K.A.
-
High-Sensitivity Detection of CH Radicals in Flames by Use of a
Diode-Laser-Based Near-Ultraviolet Light Source
-
- Quantitative
Detection of Combustion Species Using
Ultra-Violet Diode Lasers
- Pettegrew, R.D.
- Fire
Accident Testing Evaluation (FATE)
-
- Flame
Spread Over Solid Fuel in Low-Speed Concurrent
Flow
-
-
Forced Flow Flame Spreading Test: Preliminary Findings from the
USMP-3 Shuttle Mission
-
- Quantitative
Surface Emissivity and Temperature Measurements
of a Burning Solid Fuel Accompanied by Soot
Formation
-
- Solid
Inflammability Boundary at Low Speed (SIBAL)
-
- Thickness
Effects on Fuel Flammability (TEOFF)
- Pickett, K.
- Radiant
Extinction of Gaseous Diffusion Flames
- Pilgrim, J.S.
- Quantitative
Detection of Combustion Species Using
Ultra-Violet Diode Lasers
- Piltch, N.D.
- Development
of an Early Warning Fire Detection System using
Correlation Spectroscopy
-
- Microgravity
Diode Laser Spectroscopy Measurements in a
Reacting Vortex Ring
Mixture Fraction Measurements Via WMS-ITAC in a Microgravity Vortex
Ring Diffusion Flame
-
- Oxidation
of Palladium-Chromium Alloys for High Temperature
Applications
-
- Solid
Inflammability Boundary at Low Speed (SIBAL)
-
- Quantitative
Species Measurements in Microgravity Combustion
Flames
-
- Quantitative
Surface Emissivity and Temperature Measurements
of a Burning Solid Fuel Accompanied by Soot
Formation
-
- Turbulent
Flame Processes Via Diffusion Flame-Vortex Ring
Interactions
- Pisowicz, V.L.
- Stationary Premixed Flames in Spherical and
Cylindrical Geometries
- Pitz, R.W.
- Finite-Rate Chemistry Effects in Subsonic and
Supersonic Combustion
- Poinsot, T.
- Quantitative
Studies on the Propagation and Extinction of
Near-Limit Premixed Flames under Normal- and
Micro-Gravity
- Ponyik, J.G.
-
Embedded Web Technology: Applying World Wide Web Standards to
Embedded Systems
- Posner, J.D.
-
Temperature Field Measurements of Small, Nonpremixed Flames Using
Abel Inversion of Holographic Interferograms
- Powers, J.M.
- Oblique Detonations: Theory and Propulsion
Applications
- Purdy, M.J.
- Chemical Vapor Deposition of Carbon on Graphite
by Methane Pyrolysis
- Puri, I.K.
- Suppression
of Low Strain Rate Nonpremixed Flames by an Agent
-
- The
Behavior of Methane-Air Partially Premixed Flames
Under Normal- And Zero-G Conditions