Table Of Content

J. THERMOPHYSICS, VOL. 13, NO. 4: 1999 INDEX Subject Index Energy Effect of Nonspherical Shape on Oscillations of Thermodynamic and Transport Properties for In- Levitated Droplets T99-058 ductive Plasma Modeling Rotating Machinery T99-050 Hypersonic Flow Non-Arrhenius NO Formation Rate in One-Di- Compatibility Test and Residual Gas Analysis on mensional Nozzle Airflow 4130 Steel and Methanol Thermosyphons Calculation of Radiating Flowfield Behind a Re- T99-054 T99-018 flected Shock Wave in Air Shock/Viscous Interaction Effects on Nonequi- Impingement Cooling in Rotating Two-Pass T99-005 librium-Dissociated Heating Along Arbitrarily Rectangular Channels with Ribbed Walls Kinetics of Free Radicals Behind Strong Shock Catalytic Surfaces T99-056 T99-053 Waves T99-031 Behavior of Two-Temperature Model in Inter- Computational Study of Hypersonic Transitional mediate Hypersonic Regime Thermoelectric Wake Flow T99-033 T99-064 BGK-Burnett Equations for Flows in the Contin- Interaction of Spalled Particles with Shock Layer Device Temperature and Heat Generation in uum-Transition Regime Flow T99-066 Power Metal-Oxide Semiconductor Field T99-062 Effect Transistors T99-027 Behavior of Two-Temperature Model in Inter- Shock Waves and Detonations mediate Hypersonic Regime T99-064 Kinetics of Free Radicals Behind Strong Shock Fluid Dynamics Experimental and Computational Study of High Waves T99-031 Enthalpy Double-Wedge Flows Shock/Viscous Interaction Effects on Nonequi- Boundary Layers and Heat Transfer— T99-065 librium-Dissociated Heating Along Arbitrarily Laminar Heat Transfer in the Melt Layer of a Simple Ab- Catalytic Surfaces lation Model T99-067 T99-056 Stagnation-Point Heat Transfer Rates for Pio- Behavior of Two-Temperature Model in Inter- neer—Venus Probes Inlet, Nozzle, Diffuser, and Channel mediate Hypersonic Regime T99-004 Flows T99-064 Influence of Nonequilibrium Kinetics on Heat Experimental and Computational Study of High Transfer and Diffusion near Re-Entering Experiment—Modeling Comparison in a Non- Enthalpy Double-Wedge Flows Body 99-030 equilibrium Supersonic Air Nozzle Flow T99-065 T99-008 Boundary Layers and Heat Transfer— Non-Arrhenius NO Formation Rate in One-Di- Transonic Flow Turbulent mensional Nozzle Airflow T99-054 Magnetohydrodynamics Transient Free Convec- Combined Convective and Radiative Heat Trans- tion in Open-Ended Vertical Annuli fer in Turbulent Tube Flow T99-060 Multiphase Flows T99-036 Boundary-Layer Stability and Transition Nucleate Pool Boiling over Vertical Steps Unsteady Flows T99-045 Spectra and Critical Grashof Numbers for Turbu- Predictions for Cryogenic Homogeneous Two- Calculation of Radiating Flowfield Behind a Re- lent Transition in a Thermal Plume Phase Flows in a Choked Laval Nozzle flected Shock Wave in Air T99-010 T99-052 T99-005 Computational Study of Hypersonic Transitional Surface Temperature of Hydrocarbon Droplet in Wake Flow T99-033 Evaporation T99-084 Viscous Non-Boundary-Layer Flows Computational Fluid Dynamics Plasmadynamics and MHD Experimental and Numerical Study of Thermo- vibrational Convection Experiment-Modeling Comparison in a Non- Magnetohydrodynamics Transient Free Convec- T99-022 equilibrium Supersonic Air Nozzle Flow tion in Open-Ended Vertical Annuli Bulk Viscosity: Past to Present T99-008 T99-036 T99-049 Computational Study of Hypersonic Transitional Heat Transfer in Natural Convection of Magnetic Shock/Viscous Interaction Effects on Nonequi- Wake Flow Fluids T99-074 librium-Dissociated Heating Along Arbitrarily T99-033 Catalytic Surfaces T99-056 Predictions for Cryogenic Homogeneous Two- Rarefied Flows Heat Transfer in Natural Convection of Magnetic Phase Flows in a Choked Laval Nozzle Fluids T99-074 T99-052 Three-Dimensional Monte Carlo Simulations of BGK-Burnett Equations for Flows in the Contin- Plume Impingement T99-032 uum-Transition Regime BGK-Burnett Equations for Flows in the Contin- Interdisciplinary Topics T99-062 uum-Transition Regime Heat Transfer in Natural Convection of Magnetic T99-062 Analytical and Numerical Methods Fluids T99-074 Reacting Flows and Combustion Generalized Finite Element-Harmonic Analysis Hydrodynamics for Nonlinear Heat Transfer Stagnation-Point Heat Transfer Rates for Pio- T99-012 Viscous Shock-Layer Simulation of Airflow past neer-Venus Probes T99-004 Computational Model of Nitrogen Vibrational Ablating Blunt Body with Carbon Surface Bulk Viscosity: Past to Present Relaxation by Electron Collisions T99-006 T99-049 T99-029 558 J. THERMOPHYSICS, VOL. 13, NO. 4: 1999 INDEX Interaction of Radiation with Natural Convection Spacecraft Propulsion System Integration Characterization of Thin-Film Heat-Flux T99-059 Gauges T99-082 Combined Convective and Radiative Heat Trans- Three-Dimensional Monte Carlo Simulations of fer in Turbulent Tube Flow Plume Impingement Boiling/Condensation T99-060 T99-032 Evaporative Heat Transfer in a Capillary Struc- Spacecraft Structural Configuration, ture Heated by a Grooved Block Launch Vehicle and Missile (LV/M) T99-015 Design, and Analysis Technology Mixed Convective Boiling Heat Transfer in a Ver- tical Capillary Structure Heated Asymmetrically Testing, Flight and Ground Generalized Finite Element-Harmonic Analysis T99-044 for Nonlinear Heat Transfer Nucleate Pool Boiling over Vertical Steps Spectroscopic Measurements of Shock-Layer T99-012 T99-045 Flows in an Arcjet Facility Critical Heat Flux Limits for High Velocity, Spacecraft Thermal Management T99-007 High Subcooling Water Flows T99-047 Thermal Protection Systems Startup Time Reduction in an Electrohydrody- namically Enhanced Capillary Pumped Loop Computational Heat Transfer T99-016 Spectral Radiative Properties of Open-Cell Foam Insulation Mathematical Modeling of Loop Heat Pipes and Transient Heat Transfer in a Scattering—Radiat- T99-042 Experimental Validation ing—Conducting Layer Gas Permeability of Lightweight Ceramic T99-046 T99-002 Ablators T99-057 Permeability Impact on the Pressure Rise in a Pultrusion Die T99-011 Thermophysics and Heat Transfer Anisotropically Scattering Media Having a Re- Propulsion flective Upper Boundary Ablation, Pyrolysis, Thermal T99-026 Airbreathing Propulsion Decomposition, and Degradation Eley-Rideal and Langmuir—Hinshelwood Re- combination Coefficients for Oxygen on Silica Viscous Shock-Layer Simulation of Airflow past Heat Transfer Distributions on a Cylinder Surfaces T99-028 Ablating Blunt Body with Carbon Surface with Simulated Thermal Barrier Coating Quasi-Classical Model for Vibrational-Trans- T99-006 Spallation T99-009 lational and Vibrational—Vibrational Rate Gas Permeability of Lightweight Ceramic Impingement Cooling in Rotating Two-Pass Constants T99-063 Ablators T99-057 Rectangular Channels with Ribbed Walls Coupled Ordinates Method for Multigrid Accel- Interaction of Spalled Particles with Shock Layer T99-053 eration of Radiation Calculations Flow T99-066 Impingement Heat Transfer on a Target Plate T99-069 Heat Transfer in the Melt Layer of a Simple Ab- with Film Cooling Holes Mixed-Convection Heat Transfer in Concave lation Model T99-067 T99-077 and Convex Channels T99-075 Aerothermodynamics/Thermal Protection Droplet Characterization Transient Studies of G-Induced Capillary Flow T99-079 Transient Thermal Analysis of Parallel Translu- Surface Temperature of Hydrocarbon Droplet in Evaporation T99-084 cent Layers by Using Green’s Functions Cryogenics T99-001 Fuels and Propellants, Properties of Spectroscopic Measurements of Shock-Layer Predictions for Cryogenic Homogeneous Two- Flows in an Arcjet Facility Phase Flows in a Choked Laval Nozzle Molecular Dynamics Studies of Thermophysical T99-007 T99-052 Properties of Supercritical Ethylene Heat Transfer Distributions on a Cylinder T99-051 with Simulated Thermal Barrier Coating Electronics Cooling Spallation T99-009 Eley—Rideal and Langmuir—Hinshelwood Re- Effects of Contact and Spreading Resistance on Space Technology combination Coefficients for Oxygen on Silica Heat Sink Cooling Performance Surfaces T99-028 T99-021 Space Systems Computational Model of Nitrogen Vibrational Device Temperature and Heat Generation in Relaxation by Electron Collisions Power Metal-Oxide Semiconductor Field Ef- Sodium Vapor Pressure Losses in a Multitube, T99-029 fect Transistors T99-027 Alkali-Metal Thermal-to-Electric Converter Performance Prediction and Control-System De- Transient Thermal Analysis for Heating a Trans- T99-014 sign of an Aircraft Skin-Cooling Technique lucent Wall with Opaque Radiation Barriers T99-034 T99-040 Spacecraft Contamination/Sterilization Aircraft Skin-Cooling Airflow Distribution Thermodynamic and Transport Properties for In- T99-035 ductive Plasma Modeling Three-Dimensional Monte Carlo Simulations of Comparison of Effective Thermal Conductivity T99-050 Plume Impingement and Contact Conductance of Fibrous Com- T99-032 Experimenta! and Computational Study of High posites T99-039 Enthalpy Double-Wedge Flows Spreading Resistance of Isoflux Rectangles and Spacecraft Power T99-065 Strips on Compound Flux Channels Interaction of Spalled Particles with Shock Layer T99-073 Sodium Vapor Pressure Losses in a Multitube, Flow T99-066 Impingement Heat Transfer on a Target Piate Alkali-Metal Thermal-to-Electric Converter Heat Transfer in the Melt Layer of a Simple Ab- with Film Cooling Holes T99-014 lation Model T99-067 T99-077 J. THERMOPHYSICS, VOL. 13, NO. 4: i999 INDEX 559 Forced Convection Compatibility Test and Residual Gas Analysis on Effect of Nongray Gas Radiation on Thermal 4130 Steel and Methanol Thermosyphons Stability in Carbon Dioxide Heat Transfer Distributions on a Cylinder T99-018 T99-003 with Simulated Thermal Barrier Coating Startup and Transient Performance of a Nb— Stagnation-Point Heat Transfer Rates for Pio- Spallation T99-009 1%Zr Potassium Heat Pipe neer—Venus Probes T99-004 Performance Prediction and Control-System De- T99-019 Calculation of Radiating Flowfield Behind a Re- sign of an Aircraft Skin-Cooling Technique Analytical Comparison of Constant Area, Adia- flected Shock Wave in Air T99-034 batic Tip, Standard Fins, and Heat Pipe Fins T99-005 Aircraft Skin-Cooling Airflow Distribution T99-038 Generalized Finite Element-Harmonic Analysis T99-035 Mathematical Modeling of Loop Heat Pipes and for Nonlinear Heat Transfer Impingement Cooling in Rotating Two-Pass Experimental Validation T99-012 Rectangular Channels with Ribbed Walls T99-046 Geometric Optics Applied to Rough Surfaces T99-053 Transient Studies of G-Induced Capillary Flow Coated with an Absorbing Thin Film Estimation of Wall Heat Flux in an Inverse Con- T99-079 T99-025 vection Problem T99-061 Anisotropically Scattering Media Having a Re- Mixed-Convection Heat Transfer in Vertical Laser Interaction flective Upper Boundary Packed Channels T99-076 T99-026 Impingement Heat Transfer on a Target Plate Depth of Thermal Penetration: Effect of Relax- Transient Thermal Analysis for Heating a Trans- with Film Cooling Holes ation and Thermalization lucent Wall with Opaque Radiation Barriers T99-077 T99-037 T99-040 Characterization of Thin-Film Heat-Flux Gauges Application of Statistical Narrowband Model to T99-082 Melting/Solidification Three-Dimensional Absorbing-Emitting-Scat- tering Media T99-041 Heat Conduction Experiments on Contact Melting Under Vibra- Spectral Radiative Properties of Open-Cell Foam tion Within Rectangular Enclosures Insulation T99-042 Interfacial Contact Resistance of Single-Crystal T99-024 Interaction of Radiation with Natural Convection Ceramics for Solar Concentrators T99-059 T99-013 Mixed Convection Combined Convective and Radiative Heat Trans- Effects of Contact and Spreading Resistance on fer in Turbulent Tube Flow Mixed Convective Boiling Heat Transfer in a Ver- T99-060 Heat Sink Cooling Performance tical Capillary Structure Heated Asymmetrically Analysis of Molecular Gas Radiation: Real Gas T99-021 T99-044 Property Effects T99-068 Depth of Thermal Penetration: Effect of Relax- Mixed-Convection Heat Transfer in Concave Coupled Ordinates Method for Multigrid Accel- ation and Thermalization and Convex Channels eration of Radiation Calculations T99-037 T99-075 T99-069 Analytical Comparison of Constant Area, Adia- Surface Temperature of Hydrocarbon Droplet in batic Tip, Standard Fins, and Heat Pipe Fins Evaporation Radiation Interchange Between Surfaces T99-038 T99-084 Comparison of Effective Thermal Conductiv- View Factor for Ring Elements on Coaxial ity and Contact Conductance of Fibrous Natural Convection Cylinders T99-020 Composites T99-039 Satellite Mesh Reflector Temperature Measured Estimating Temperature-Dependent Thermal Effect of Nongray Gas Radiation on Thermal by Using Fine Thermocouples Properties T99-048 Stability in Carbon Dioxide T99-023 Thermal Conductivity of Nanoparticle—Fluid T99-003 Geometric Optics Applied to Rough Surfaces Mixture T99-070 Spectra and Critical Grashof Numbers for Turbu- Coated with an Absorbing Thin Film Effective Thermal Conductivity of Graphite— lent Transition in a Thermal Plume T99-025 Metallic Salt Complex for Chemical Heat T99-010 Effect of Surface Radiation on Natural Convec- Pumps T99-071 Experimental and Numerical Study of Thermo- tion in a Square Enclosure Thermal Spreading Resistance in Multilayered vibrational Convection T99-043 Contacts: Applications in Thermal Contact T99-022 View Factors Between Finite Length Rings on an Resistance T99-072 Magnetohydrodynamics Transient Free Convec- Interior Cylindrical Shell Spreading Resistance of Isoflux Rectangles and tion in Open-Ended Vertical Annuli T99-055 Strips on Compound Flux Channels T99-036 Determination of the Time Constants of Integrat- T99-073 Effect of Surface Radiation on Natural Convec- ing Spheres Using Monte Carlo Simulation Statistical Mechanical Derivation of Cattaneo’s tion in a Square Enclosure T99-083 Heat Flux Law T99-080 T99-043 Effect of Insulating Cuffs on an Internally Interaction of Radiation with Natural Convection Thermal Control Heated Wire T99-081 T99-059 Mixed-Convection Heat Transfer in Vertical Evaporative Heat Transfer in a Capillary Struc- Heat Pipes Packed Channels ture Heated by a Grooved Block T99-076 T99-015 Evaporative Heat Transfer in a Capillary Struc- Startup Time Reduction in an Electrohydrody- ture Heated by a Grooved Block Radiation in Participating Media namically Enhanced Capillary Pumped Loop T99-015 T99-016 Startup Time Reduction in an Electrohydrody- Transient Thermal Analysis of Parallel Translu- Analysis of Supercritical Startup Behavior for namically Enhanced Capillary Pumped Loop cent Layers by Using Green’s Functions Cryogenic Heat Pipes T99-016 T99-001 T99-017 Analysis of Supercritical Startup Behavior for Transient Heat Transfer in a Scattering—Radiat- Performance Prediction and Control-System De- Cryogenic Heat Pipes ing—Conducting Layer sign of an Aircraft Skin-Cooling Technique 799-017 T99-002 T99-034 560 J. THERMOPHYSICS, VOL. 13, NO. 4: 1999 INDEX Aircraft Skin-Cooling Airflow Distribution Mathematical Modeling of Loop Heat Pipes and Thermophysical Properties T99-035 Experimental Validation Depth of Thermal Penetration: Effect of Relax- T99-046 Interfacial Contact Resistance of Single-Crystal ation and Thermalization Critical Heat Flux Limits for High Velocity, Ceramics for Solar Concentrators T99-037 High Subcooling Water Flows T99-013 Spreading Resistance of Isoflux Rectangles and T99-047 Geometric Optics Applied to Rough Surfaces Strips on Compound Flux Channels Quasi-Classical Model for Vibrational-Trans- Coated with an Absorbing Thin Film T99-073 lational and Vibrational-Vibrational Rate T99-025 Thermal Modeling and Analysis Constants Influence of Nonequilibrium Kinetics on Heat T99-063 Transfer and Diffusion near Re-Entering Thermal Spreading Resistance in Multilayered Body T99-030 Transient Heat Transfer in a Scattering—Radiat- ing—Conducting Layer Contacts: Applications in Thermal Contact Comparison of Effective Thermal Conductivi- T99-002 Resistance T99-072 ty and Contact Conductance of Fibrous Permeability Impact on the Pressure Rise in a Transient Studies of G-Induced Capillary Flow Composites T99-039 Pultrusion Die T99-079 Estimating Temperature-Dependent Thermal T99-011 Statistical Mechanical Derivation of Cattaneo’s Properties T99-048 Interfacial Contact Resistance of Single-Crystal Heat Flux Law T99-080 Bulk Viscosity: Past to Present Ceramics for Solar Concentrators T99-049 T99-013 Thermochemistry and Chemical Kinetics Thermodynamic and Transport Properties for In- Sodium Vapor Pressure Losses in a Multitube, ductive Plasma Modeling Alkali-Metal Thermal-to-Electric Converter Eley-Rideal and Langmuir—Hinshelwood Re- T99-050 T99-014 combination Coefficients for Oxygen on Silica Molecular Dynamics Studies of Thermophysical Analysis of Supercritical Startup Behavior for Surfaces Properties of Supercritical Ethylene Cryogenic Heat Pipes T99-028 T99-051 T99-017 Influence of Nonequilibrium Kinetics on Heat Gas Permeability of Lightweight Ceramic Effects of Contact and Spreading Resistance on Transfer and Diffusion near Re-Entering Ablators T99-057 Heat Sink Cooling Performance Body T99-030 Effect of Nonspherical Shape on Oscillations of T99-021 Kinetics of Free Radicals Behind Strong Shock Levitated Droplets T99-058 Anisotropically Scattering Media Having a Re- flective Upper Boundary Waves T99-031 Thermal Conductivity of Nanoparticle—Fluid T99-026 Non-Arrhenius NO Formation Rate in One-Di- Mixture T99-070 Computational Model of Nitrogen Vibrational mensional Nozzle Airflow Effective Thermal Conductivity of Graphite- Relaxation by Electron Collisions T99-054 Metallic Salt Complex for Chemical Heat T99-029 Quasi-Classical Model for Vibrational-Trans- Pumps T99-071 Analytical Comparison of Constant Area, Adia- lational and Vibrational—-Vibrational Rate Thermal Spreading Resistance in Multilayered batic Tip, Standard Fins, and Heat Pipe Fins Constants Contacts: Applications in Thermal Contact T99-038 T99-063 Resistance T99-072 J. THERMOPHYSICS, VOL. 13, NO. 4: 1999 INDEX 561 Author Index Abe, Takashi, T99-006 Doughan, A., T99-075 Leland, Q. H., T99-018 Rousar, D. C., T99-047 Abeele, David Vanden, T99-050 Dougherty, R. L., T99-026 Leroux, A., T99-008 Roux, J. A., T99-011 Acharya, S., T99-075 Dowding, Kevin J., T99-048 Leyva, Ivett, T99-065 Rutigliano, M., T99-028 Agarwal, Ramesh K., T99-062 Dumitrescu, Michel, T99-031 Li, Hung-Yi, T99-061 Sacadura, J. F., T99-042 Ahn, Hyo-Keun, T99-004 Dutta, Pradip, T99-059, T99-060 Liao, Q., T99-015, T99-044 Sakai, Takeharu, T99-005 Akella, Kumar V., T99-053 Dyson, Elizabeth, T99-034, Liu, C. C., T99-026 Sarma, Gabbita S. R., T99-050 Akmandor, Ibrahim Sinan, T99-035, T99-078 Liu, Fengshan, T99-041 Savino, R., T99-022 T99-052 Ekkad, Srinath V., T99-009, Long, Lyle N., T99-051 Sawada, Keisuke, T99-005, Al-Nimr, M. A., T99-036 T99-077 Lu, Frank K., T99-082 T99-064 Ali, Abduilmuhsen H., T99-080 El-Genk, Mohamed S., T99-014 Mahulikar, S. P., T99-020, T99-055 Schneider, Julie, T99-034, T99-035 Alkam, M. K., T99-036 Faghri, Mohammad, T99-024 Mallinger, F., T99-063 Sena, J. Tom, T99-019 Alter, Stephen J., T99-033 Fast, Mary, T99-034 Marschall, Jochen, T99-057 Siegel, Robert, T99-001, T99-040 Alterio, G., T99-022 Fletcher, Douglas G., T99-007 Mathur, S. R., T99-069 Smallwood, Gregory J., T99-041 Antonetti, V. W., T99-072 Fletcher, L. S., T99-013, T99-039 Maveety, J. G., T99-021 Spradley, Iran, T99-035 Argrow, Brian M., T99-049 Fortezza, R., T99-022 Merrigan, Michael A., T99-019 Sridhar, M. R., T99-072 Armenise, I., T99-030 Fuentes, Arturo A., T99-058 Mertens, John D., T99-029 Storey, J. Kirk, T99-038 Baillis, D., T99-042 Furudate, Michiko, T99-064 Micci, Michael M., T99-051 Svensson, Kenth I., T99-038 Baker, John, T99-045 Giordano, D., T99-054 Mirmira, S. R., T99-013, T99-039 Tang, K. C., T99-068 Baker, K. W., T99-013 Givoli, Dan, T99-912 Miyasaka, Akihiro, T99-023 Tang, Kakuen, T99-025 Balakrishnan, Ramesh, T99-062 Glass, David E., T99-019 Mo, B., T99-016 Teramoto, Kenji, T99-010 Bayazitoglu, Yildiz, T99-058 Gék¢en, Tahir, T99-007 Monti, R., T99-022 Thompson, W. R., T99-047 Beck, James V., T99-048 Gorbachev, Yu. E., T99-063 Moukalled, F., T99-075 Tournier, Jean-Michel, Billing, G. D., T99-028 Graves, Rick E., T99-049 Murthy, J. Y., T99-069 T99-014 Blackwell, Ben F., T99-048 Greisen, D. A., T99-047 Muzychka, Y. S., T99-072, Tso, C. P., T99-020, T99-055 Bottin, Benoit, T99-050 Grisenti, M., T99-084 T99-073 Tuttafesta, M., T99-054 Bouaziz, M., T99-084 Giilder, Omer L., T99-041 Nagashima, Toshio, T99-052 Tzou, Da Yu, T99-037 Bourdon, A., T99-008 Han, Je-Chin, T99-009, T99-053, Nagnibeda, E., T99-030 Uehata, Y., T99-074 Bowman, W. J., T99-038, T99-079 199-077 Nakajima, Tsuyoshi, T99-010 Vafai, K., T99-027 Boyd, Iain D., T99-032 Han, Jong Hun, T99-071 Nance, Robert P., T99-033 Vaughan, J. G., T99-011 Bresson, J., T99-084 Hashemi, Ab, T99-034, T99-035, Narayana, K. Badari, T99-059, Brewster, M. Q., T99-068 T99-078 T99-060 Venkateshan, S. P., T99-043 Brown, J. R., T99-018 Hassan, H. A., T99-033 Newfield, Mark E., T99-007 Vervisch, P., T99-008 Brun, Raymond, T99-031 Hoang, Triem T., T99-046 Nigen, Jay, T99-035, T99-078 Wang, C. Y., T99-081 Buckius, Richard O., T99-025 Hollis, Brian R., T99-033 Nonaka, Satoshi, T99-064 Wang, Xinwei, T99-070 Cacciatore, M., T99-028 Hornung, Hans G., T99-065 Noto, Katsuhisa, T99-010 Wei, Chin-Yi, T99-067 Camarda, Charles J., T99-019 Horvath, Thomas J., T99-033 Nwobi, Obika C., T99-051 Wright, Michael J., T99-065 Candler, Graham V., T99-065 Huang, Yizhe, T99-077 Ochterbeck, J. M., T99-017 Xu, L., T99-027 Capitelli, M., T99-030, Hutchison, J. E., T99-003 Ohadi, M. M., T99-016 Xu, Xianfan, T99-070 T99-054 Inger, George R., T99-056 Olejniczak, Joseph, T99-065 Yamaguchi, H., T99-074 Carbonaro, Mario, T99-050 Kannenberg, Keith C., Park, Chul, T99-004, T99-005, Yan, Wei-Mon, T99-061 Cheng, P., T99-076 T99-032 T99-066 Yan, Y. H., T99-017 Cheung, K. H., T99-016 Kawka, Paul A., T99-025 Park, Chung S., T99-007 Yao, Chengcai, T99-002 Chiu, Kevin K. S., T99-037 Kaya, Tarik, T99-046 Ponnappan, R., T99-018 Yovanovich, M. M., T99-072, Choi, Stephen U. S., T99-070 Kim, Hwayong, T99-071 Pu, W. L., T99-076 T99-073 Chung, B. T. F., T99-002 Kinnear, Kevin M., T99-082 Quan, Liang, T99-024 Yun, Keon- Young, T99-062 Colonna, G., T99-054 Kobori, I., T99-074 Ramesh, N., T99-043 Zhang, Zhaoyan, T99-083, Cox, Michael E., T99-057 Krishnaprakas, C. K., T99-059, Ramjaun, Djameel, T99-031 Zhang, Zongqin, T99-024 Culham, J. R., T99-073 T99-060 Rand, Omri, T99-012 Zhao, T. S., T99-015, T99-044, Daif, A., T99-084 Krishna Prasad, A. K., T99-045 Raper, K. S., T99-011 T99-076 Degrez, Gérard, T99-050 Kustova, E., T99-030 Raynaud, M., T99-042 Zhluktov, Sergey V., T99-006 Dessiatoun, S. V., T99-016 Lackey, E., T99-011 Reagan, M. K., T99-079 Zhu, L., T99-027 Domingo, P., T99-008 Lee, Kun-Hong, T99-071 Richards, R. F., T99-003 Zien, Tse-Fou, T99-067 562 J. THERMOPHYSICS, VOL. 13, NO. 4: 1999 INDEX Chronological Index T99-001 Transient Thermal Analysis of Parallel Translucent 799-016 Startup Time Reduction in an Electrohydrodynami- Layers by Using Green’s Functions. Robert Siegel, NASA Lewis cally Enhanced Capillary Pumped Loop. B. Mo, M. M. Ohadi, Research Center (13, 1, p. 10) Article and S. V. Dessiatoun, University of Maryland; and K. H. Cheung, U.S. Naval Research Laboratory (13, 1, p. 134) Article 799-002 Transient Heat Transfer in a Scattering—Radiating- Conducting Layer. Chengcai Yao and B. T. F. Chung, University 199-017. Analysis of Supercritical Startup Behavior for Cryo- of Akron (13, 1, p. 18) Article genic Heat Pipes. Y. H. Yan and J. M. Ochterbeck, Clemson Uni- versity (13, 1, p. 140) Article 799-003 Effect of Nongray Gas Radiation on Thermal Stabil- ity in Carbon Dioxide. J. E. Hutchison, Fairchild Controls Cor- T99-018 Compatibility Test and Residual Gas Analysis on poration; and R. F. Richards, Washington State University (13, 1, 4130 Steel and Methanol Thermosyphons. Q. H. Leland and R. p. 25) Article Ponnappan, UES, Inc.; and J. R. Brown, U.S. Air Force Research Laboratory (13, 1, p. 146) Article based on AIAA Paper 97-2544 T99-004 Stagnation-Point Heat Transfer Rates for Pioneer- Venus Probes. Chul Park and Hyo-Keun Ahn, Tohoku University, 799-019 Startup and Transient Performance of a Nb-1%Zr Japan (13, 1, p. 33) Article based on AIAA Paper 98-0832 Potassium Heat Pipe. David E. Glass, Analytical Services and Materials, Inc.; Michael A. Merrigan and J. Tom Sena, Los Alamos 799-005 Calculation of Radiating Flowfield Behind a Re- National Laboratory, and Charles J. Camarda, NASA Johnson flected Shock Wave in Air. Takeharu Sakai, Keisuke Sawada, and Space Center (13, 1, p. 153) Technical Note Chul Park, Tohoku University, Japan (13, 1, p. 42) Article based on AIAA Paper 98-0861 799-020 View Factor for Ring Elements on Coaxial Cylinders. C. P. Tso and S. P. Mahulikar, Nanyang Technological University, T99-006 Viscous Shock-Layer Simulation of Airflow past Ab- Singapore (13, 1, p. 155) Technical Note lating Blunt Body with Carbon Surface. Sergey V. Zhluktov and Takashi Abe, /nstitute of Space and Astronautical Science, Japan 199-021 Effects of Contact and Spreading Resistance on Heat (13, 1, p. 50) Article Sink Cooling Performance. J.G. Maveety, /ntel Corporation (13, 1, p. 158) Technical Note T99-007 Spectroscopic Measurements of Shock-Layer Flows in an Arcjet Facility. Chung S. Park, Mark E. Newfield, Douglas T99-022 Experimental and Numerical Study of Thermovibra- G. Fletcher, and Tahir Gékcen, NASA Ames Research Center (13, tional Convection. R. Monti, R. Savino, and G. Alterio, University 1, p. 60) Article based on AIAA Paper 98-0893 of Naples, Italy; and R. Fortezza, Microgravity Advanced Research and Support Center, Italy (13, 1, p. 161) Technical Note T99-008 Experiment—Modeling Comparison in a Nonequilib- rium Supersonic Air Nozzle Flow. A. Bourdon, A. Leroux, P. T99-023 Satellite Mesh Reflector Temperature Measured by Domingo, and P. Vervisch, Université de Rouen, France (13, 1, p. Using Fine Thermocouples. Akihiro Miyasaka, NTT Wireless 68) Article Systems Laboratories, Japan (13, 1, p. 164) Technical Note T99-009 Heat Transfer Distributions on a Cylinder with Sim- 199-024 Experiments on Contact Melting Under Vibration ulated Thermal Barrier Coating Spallation. Srinath V. Ekkad Within Rectangular Enclosures. Liang Quan, Zongqin Zhang, and Je-Chin Han, Texas A&M University (13, 1, p. 76) Article and Mohammad Faghri, University of Rhode Island (13, 1, p. 166) Technical Note T99-010 Spectra and Critical Grashof Numbers for Turbulent Transition in a Thermal Plume. Katsuhisa Noto, Kenji Tera- 199-025 Geometric Optics Applied to Rough Surfaces Coated moto, and Tsuyoshi Nakajima, Kobe University, Japan (13, 1, p. with an Absorbing Thin Film. Kakuen Tang, Paul A. Kawka, and 82) Article Richard O. Buckius, University of Illinois at Urbana-Champaign (13, 2, p. 169) Article 199-011 Permeability Impact on the Pressure Rise in a Pultru- sion Die. K. S. Raper, J. A. Roux, J. G. Vaughan, and E. Lackey, 199-026 Anisotropically Scattering Media Having a Reflective University of Mississippi (13, 1, p. 91) Article Upper Boundary. C. C. Liu and R. L. Dougherty, Oklahoma State University (13, 2, p. 177) Article based on AIAA Paper 98-2841 199-012 Generalized Finite Element-Harmonic Analysis for Nonlinear Heat Transfer. Dan Givoli and Omri Rand, Tech- 199-027 Device Temperature and Heat Generation in Power nion—Israel Institute of Technology (13, 1, p. 100) Article Metal-Oxide Semiconductor Field Effect Transistors. L. Zhu, K. Vafai, and L. Xu, Ohio State University (13, 2, p. 185) Article T99-013 Interfacial Contact Resistance of Single-Crystal Ce- ramics for Solar Concentrators. S. R. Mirmira and L. S. Fletcher, T99-028 Eley—Rideal and Langmuir—Hinshelwood Recombi- Texas A&M University, and K. W. Baker, NASA Lewis Research nation Coefficients for Oxygen on Silica Surfaces. M. Caccia- Center (13, 1, p. 110) Article based on AIAA Paper 98-0894 tore and M. Rutigliano, University of Bari, Italy; and G. D. Billing, University of Copenhagen, Denmark (13, 2, p. 195) Article based T99-014 Sodium Vapor Pressure Losses in a Multitube, Al- on AIAA Paper 98-2843 kali-Metal Thermal-to-Electric Converter. Jean-Michel Tourn- ier and Mohamed S. El-Genk, University of New Mexico (13, 1, p. 199-029 Computational Model of Nitrogen Vibrational Relax- 117) Article ation by Electron Collisions. John D. Mertens, Trinity College (13, 2, p. 204) Article 799-015 Evaporative Heat Transfer in a Capillary Structure Heated by a Grooved Block. Q. Liao and T. S. Zhao, Hong Kong 199-030 Influence of Nonequilibrium Kinetics on Heat Trans- University of Science and Technology, PRC (13, 1, p. 126) Article fer and Diffusion near Re-Entering Body. I. Armenise and M. J. THERMOPHYSICS, VOL. 13, NO. 4: 1999 INDEX 563 Capitelli, University of Bari, Italy; and E. Kustova and E. Nag- 199-045 Nucleate Pool Boiling over Vertical Steps. John Baker nibeda, St. Petersburg University, Russia (13, 2, p. 210) Article and Krishna Prasad A. K., University of Alabama at Birmingham (13, 3, p. 308) Article based on AIAA Paper 99-0471 T99-031 Kinetics of Free Radicals Behind Strong Shock Waves. Djameel Ramjaun, Michel Dumitrescu, and Raymond T99-046 Mathematical Modeling of Loop Heat Pipes and Ex- Brun, Université de Provence, France (13, 2, p. 219) Article perimental Validation. Tarik Kaya, NASA Goddard Space Flight Center; and Triem T. Hoang, TTH Research, inc. (13, 3, p. 314) Ar- T99-032 Three-Dimensional Monte Carlo Simulations of ticle based on AIAA Paper 99-0477 Plume Impingement. Keith C. Kannenberg and Iain D. Boyd, Cornell University (13, 2, p. 226) Article based on AIAA Paper 98- 199-047. Critical Heat Flux Limits for High Velocity, High 2155 Subcooling Water Flows. D. A. Greisen, D. C. Rousar, and W. R. Thompson, Aerojet (13, 3, p. 321) Article based on AIAA Paper 97- T99-033 Computational Study of Hypersonic Transitional 2912 Wake Flow. Robert P. Nance, North Carolina State University; Brian R. Hollis and Thomas J. Horvath, NASA Langley Research 199-048 Estimating Temperature-Dependent Thermal Prop- Center; Stephen J. Alter, Lockheed Engineering and Sciences Com- erties. Kevin J. Dowding, Sandia National Laboratories; James V. pany; and H. A. Hassan, North Carolina State University (13, 2, p. Beck, Michigan State University, and Ben F. Blackwell, Sandia 236) Article based on AIAA Paper 98-2939 National Laboratories (13, 3, p. 328) Article based on AIAA Paper 98-2933 T99-034 Performance Prediction and Control-System Design of an Aircraft Skin-Cooling Technique. Ab Hashemi, Mary Fast, T99-049 Bulk Viscosity: Past to Present. Rick E. Graves and and Julie Schneider, Lockheed Martin Advanced Technology Cen- Brian M. Argrow, University of Colorado (13, 3, p. 337) Article ter, and Elizabeth Dyson, Lockheed Martin Canada (13, 2, p. 243) based on AIAA Paper 98-2576 Article T99-050 Thermodynamic and Transport Properties for In- 199-035 Aircraft Skin-Cooling Airflow Distribution. Julie ductive Plasma Modeling. Benoit Bottin, David Vanden Abeele, Schneider, Iran Spradley, and Ab Hashemi, Lockheed Martin Ad- Mario Carbonaro, and Gérard Degrez, von Karman Institute for vanced Technology Center, Jay Nigen, Innovative Research, Inc.; Fluid Dynamics, Belgium; and Gabbita S. R. Sarma, DLR, German and Elizabeth Dyson, Lockheed Martin Canada (13, 2, p. 250) Ar- Aerospace Research Center (13, 3, p. 343) Article based on AIAA ticle based on AIAA Paper 98-0839 Paper 98-2938 199-036 Magnetohydrodynamics Transient Free Convection T99-051 Molecular Dynamics Studies of Thermophysical in Open-Ended Vertical Annuli. M. A. Al-Nimr and M. K. Properties of Supercritical Ethylene. Obika C. Nwobi, Lyle N. Alkam, Jordan University of Science and Technology (13, 2, p. Long, and Michael M. Micci, Pennsylvania State University (13, 3, 256) Article p. 351) Article T99-037 Depth of Thermal Penetration: Effect of Relaxation T99-052 Predictions for Cryogenic Homogeneous Two-Phase and Thermalization. Da Yu Tzou and Kevin K. S. Chiu, Univer- Flows in a Choked Laval Nozzle. Ibrahim Sinan Akmandor, Mid- sity of Missouri-Columbia (13, 2, p. 266) Technical Note dle East Technical University, Turkey; and Toshio Nagashima, University of Tokyo, Japan (13, 3, p. 355) Article based on AIAA T99-038 Analytical Comparison of Constant Area, Adiabatic Paper 98-0889 Tip, Standard Fins, and Heat Pipe Fins. W. Jerry Bowman, J. Kirk Storey, and Kenth I. Svensson, Brigham Young University T99-053 Impingement Cooling in Rotating Two-Pass Rectan- (13, 2, p. 269) Technical Note gular Channels with Ribbed Walls. Kumar V. Akella and Je- Chin Han, Texas A&M University (13, 3, p. 364) Article 199-039 Comparison of Effective Thermal Conductivity and Contact Conductance of Fibrous Composites. S. R. Mirmira and T99-054 Non-Arrhenius NO Formation Rate in One-Dimen- L. S. Fletcher, Texas A&M University (13, 2, p. 272) Technical sional Nozzle Airflow. G. Colonna, M. Tuttafesta, and M. Capi- Note telli, Consiglio Nazionale delle Ricerche, Italy; and D. Giordano, ESA, The Netherlands (13, 3, p. 372) Technical Note based on 199-040 Transient Thermal Analysis for Heating a Translucent AIAA Paper 98-2951 Wall with Opaque Radiation Barriers. Robert Siegel, NASA John H. Glenn Research Center at Lewis Field (13, 3, p. 277) Article 199-055 View Factors Between Finite Length Rings on an In- terior Cylindrical Shell. C. P. Tso and S. P. Mahulikar, Nanyang T99-041 Application of Statistical Narrowband Model to Technological University, Republic of Singapore (13, 3, p. 375) Three-Dimensional Absorbing-Emitting-Scattering Media. Technical Note Fengshan Liu, Gregory J. Smallwood, and Omer L. Giilder, Na- tional Research Council, Canada (13, 3, p. 285) Article 199-056 Shock/Viscous Interaction Effects on Nonequilib- rium-Dissociated Heating Along Arbitrarily Catalytic Sur- T99-042 Spectral Radiative Properties of Open-Cell Foam In- faces. George R. Inger, Jowa State University (13, 3, p. 379) sulation. D. Baillis, M. Raynaud, and J. F. Sacadura, /nstitut Na- Technical Note based on AIAA Paper 98-2814 tional des Sciences Appliquées de Lyon, France (13, 3, p. 292) Article T99-057. Gas Permeability of Lightweight Ceramic Ablators. Jochen Marschall, NASA Ames Research Center; and Michael E. 199-043 Effect of Surface Radiation on Natural Convection in Cox, San Jose State University (13, 3, p. 382) Technical Note a Square Enclosure. N. Ramesh and S. P. Venkateshan, /ndian In- = stitute of Technology (13, 3, p. 299) Article 199-058 Effect of Nonspherical Shape on Oscillations of Levi- tated Droplets. Arturo A. Fuentes and Yildiz Bayazitoglu, Rice 199-044 Mixed Convective Boiling Heat Transfer in a Vertical University (13, 3, p. 384) Technical Note Capillary Structure Heated Asymmetrically. T. S. Zhao and Q. “S'e Liao, Hong Kong University of Science and Technology, PRC (13, 799-059 Interaction of Radiation with Natural Convection. C. —_ 3, p. 302) Article K. Krishnaprakas and K. Badari Narayana, /SRO Satellite Center, 564 J. THERMOPHYSICS, VOL. 13, NO. 4: 1999 INDEX India; and Pradip Dutta, Indian Institute of Science (13, 3, p. 387) public of Korea (13, 4, p. 481) Article Technical Note 199-072 Thermal Spreading Resistance in Multilayered Con- 199-060 Combined Convective and Radiative Heat Transfer tacts: Applications in Thermal Contact Resistance. Y. S. Muzy- in Turbulent Tube Flow. C. K. Krishnaprakas and K. Badari chka, M. R. Sridhar, and M. M. Yovanovich, University of Narayana, [SRO Satellite Center, India; and Pradip Dutta, Indian Waterloo, Canada; and V. W. Antonetti, Manhattan College (13, 4, Institute of Science (13, 3, p. 390) Technical Note p. 489) Article based on AIAA Paper 96-3967 T99-061 Estimation of Wall Heat Flux in an Inverse Convec- 199-073 Spreading Resistance of Isoflux Rectangles and tion Problem. Hung-Yi Li and Wei-Mon Yan, Hua Fan Univer- Strips on Compound Flux Channels. M. M. Yovanovich, Y. S. sity, Taiwan, ROC (13, 3, p. 394) Technical Note Muzychka, and J. R. Culham, University of Waterloo, Canada (13, 4, p. 495) Article based on AIAA Paper 98-0873 799-062 BGK-Burnett Equations for Flows in the Contin- uum-Transition Regime. Ramesh Balakrishnan, Ramesh K. 199-074 Heat Transfer in Natural Convection of Magnetic Agarwal, and Keon-Young Yun, Wichita State University (13, 4, p. Fluids. H. Yamaguchi, I. Kobori, and Y. Uehata, Doshisha Uni- 397) Article based on AIAA Paper 97-2551 versity, Japan (13, 4, p. 501) Article T99-063 Quasi-Classical Model for Vibrational-Translational 199-075 Mixed-Convection Heat Transfer in Concave and and Vibrational-Vibrational Rate Constants. Yu. E. Gor- Convex Channels. F. Moukalled and A. Doughan, American Uni- bachev, /nstitute for High-Performance Computing and Data Bases versity of Beirut, Lebanon; and S. Acharya, Louisiana State Univer- of Russian Ministry of Science and Technologies; and F. Mallinger, sity (13, 4, p. 508) Article Institut National de Recherche en Informatique et en Automatique, France (13, 4, p. 411) Article 199-076 Mixed-Convection Heat Transfer in Vertical Packed Channels. W. L. Pu, University of Hawaii; and P. Cheng and T. S. 199-064 Behavior of Two-Temperature Model in Intermedi- Zhao, Hong Kong University of Science and Technology, PRC (13, ate Hypersonic Regime. Michiko Furudate, Satoshi Nonaka, and 4, p. 517) Article Keisuke Sawada, Tohoku University, Japan (13, 4, p. 424) Article based on AJAA Paper 99-0223 199-077 Impingement Heat Transfer on a Target Plate with Film Cooling Holes. Srinath V. Ekkad, Louisiana State Univer- 799-065 Experimental and Computational Study of High En- sity; and Yizhe Huang and Je-Chin Han, Texas A&M University thalpy Double-Wedge Flows. Joseph Olejniczak, Graham V. (13, 4, p. 522) Article Candler, and Michael J. Wright, University of Minnesota; and Ivett Leyva and Hans G. Hornung, California Institute of Technology 799-078 Aircraft Skin-Cooling System for Thermal Manage- (13, 4, p. 431) Article based on AIAA Paper 96-2238 ment of Onboard High-Power Electronics. Ab Hashemi, Lock- heed Martin Missiles and Space; Elizabeth Dyson, Lockheed T99-066 Interaction of Spalled Particles with Shock Layer Martin Canada; and Jay Nigen, Innovative Research, Inc. (13, 4, Flow. Chul Park, NASA Ames Research Center (13, 4, p. 441) Ar- p. 529) Article ticle based on AIAA Paper 99-0353 T99-079 Transient Studies of G-Induced Capillary Flow. M. 199-067 Heat Transfer in the Melt Layer of a Simple Ablation K. Reagan, U.S. Air Force Institute of Technology, and W. J. Bow- Model. Tse-Fou Zien, U.S. Naval Surface Warfare Center; and man, Brigham Young University (13, 4, p. 537) Article based on Chin-Yi Wei, National Cheng-Kung University, Taiwan, ROC (13, AIAA Paper 94-2029 4, p. 450) Article based on AIAA Paper 99-0470 199-080 Statistical Mechanical Derivation of Cattaneo’s Heat T99-068 Analysis of Molecular Gas Radiation: Real Gas Prop- Flux Law. Abdulmuhsen H. Ali, Kuwait University (13, 4, p. 544) erty Effects. K. C. Tang and M. Q. Brewster, University of Illinois Technical Note at Urbana—Champaign (13, 4, p. 460) Article 799-081 Effect of Insulating Cuffs on an Internally Heated T99-069 Coupled Ordinates Method for Multigrid Accelera- Wire. C. Y. Wang, Michigan State University (13, 4, p. 546) Tech- tion of Radiation Calculations. S. R. Mathur, Fluent, Inc.; and J. nical Note Y. Murthy, Carnegie-Mellon University (13, 4, p. 467) Article based on AIAA Paper 99-0872 199-082 Characterization of Thin-Film Heat-Flux Gauges. Frank K. Lu and Kevin M. Kinnear, University of Texas at Arling- 199-070 Thermal Conductivity of Nanoparticle-Fluid Mix- ton (13, 4, p. 548) Technical Note based on AIAA Paper 98-2504 ture. Xinwei Wang and Xianfan Xu, Purdue University; and Stephen U. S. Choi, Argonne National Laboratory (13, 4, p. 474) T99-083 Determination of the Time Constants of Integrating Article Spheres Using Monte Carlo Simulation. Zhaoyan Zhang, Penn- sylvania State University (13, 4, p. 550) Technical Note 199-071 Effective Thermal Conductivity of Graphite—Metallic Salt Complex for Chemical Heat Pumps. Jong Hun Han and 799-084 Surface Temperature of Hydrocarbon Droplet in Kun-Hong Lee, Pohang University of Science and Technology, Re- Evaporation. A. Daif, M. Bouaziz, J. Bresson, and M. Grisenti, public of Korea; and Hwayong Kim, Seoul National University, Re- Université de Perpignan, France (13, 4, p. 553) Technical Note

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J. THERMOPHYSICS, VOL. 13, NO. 4: 1999 INDEX Subject Index Energy Effect of Nonspherical Shape on Oscillations of Thermodynamic and Transport Properties for In- Levitated Droplets T99-058 ductive Plasma Modeling Rotating Machinery T99-050 Hypersonic Flow Non-Arrhenius NO Formation Rate in One-Di- Compatibility Test and Residual Gas Analysis on mensional Nozzle Airflow 4130 Steel and Methanol Thermosyphons Calculation of Radiating Flowfield Behind a Re- T99-054 T99-018 flected Shock Wave in Air Shock/Viscous Interaction Effects on Nonequi- Impingement Cooling in Rotating Two-Pass T99-005 librium-Dissociated Heating Along Arbitrarily Rectangular Channels with Ribbed Walls Kinetics of Free Radicals Behind Strong Shock Catalytic Surfaces T99-056 T99-053 Waves T99-031 Behavior of Two-Temperature Model in Inter- Computational Study of Hypersonic Transitional mediate Hypersonic Regime Thermoelectric Wake Flow T99-033 T99-064 BGK-Burnett Equations for Flows in the Contin- Interaction of Spalled Particles with Shock Layer Device Temperature and Heat Generation in uum-Transition Regime Flow T99-066 Power Metal-Oxide Semiconductor Field T99-062 Effect Transistors T99-027 Behavior of Two-Temperature Model in Inter- Shock Waves and Detonations mediate Hypersonic Regime T99-064 Kinetics of Free Radicals Behind Strong Shock Fluid Dynamics Experimental and Computational Study of High Waves T99-031 Enthalpy Double-Wedge Flows Shock/Viscous Interaction Effects on Nonequi- Boundary Layers and Heat Transfer— T99-065 librium-Dissociated Heating Along Arbitrarily Laminar Heat Transfer in the Melt Layer of a Simple Ab- Catalytic Surfaces lation Model T99-067 T99-056 Stagnation-Point Heat Transfer Rates for Pio- Behavior of Two-Temperature Model in Inter- neer—Venus Probes Inlet, Nozzle, Diffuser, and Channel mediate Hypersonic Regime T99-004 Flows T99-064 Influence of Nonequilibrium Kinetics on Heat Experimental and Computational Study of High Transfer and Diffusion near Re-Entering Experiment—Modeling Comparison in a Non- Enthalpy Double-Wedge Flows Body 99-030 equilibrium Supersonic Air Nozzle Flow T99-065 T99-008 Boundary Layers and Heat Transfer— Non-Arrhenius NO Formation Rate in One-Di- Transonic Flow Turbulent mensional Nozzle Airflow T99-054 Magnetohydrodynamics Transient Free Convec- Combined Convective and Radiative Heat Trans- tion in Open-Ended Vertical Annuli fer in Turbulent Tube Flow T99-060 Multiphase Flows T99-036 Boundary-Layer Stability and Transition Nucleate Pool Boiling over Vertical Steps Unsteady Flows T99-045 Spectra and Critical Grashof Numbers for Turbu- Predictions for Cryogenic Homogeneous Two- Calculation of Radiating Flowfield Behind a Re- lent Transition in a Thermal Plume Phase Flows in a Choked Laval Nozzle flected Shock Wave in Air T99-010 T99-052 T99-005 Computational Study of Hypersonic Transitional Surface Temperature of Hydrocarbon Droplet in Wake Flow T99-033 Evaporation T99-084 Viscous Non-Boundary-Layer Flows Computational Fluid Dynamics Plasmadynamics and MHD Experimental and Numerical Study of Thermo- vibrational Convection Experiment-Modeling Comparison in a Non- Magnetohydrodynamics Transient Free Convec- T99-022 equilibrium Supersonic Air Nozzle Flow tion in Open-Ended Vertical Annuli Bulk Viscosity: Past to Present T99-008 T99-036 T99-049 Computational Study of Hypersonic Transitional Heat Transfer in Natural Convection of Magnetic Shock/Viscous Interaction Effects on Nonequi- Wake Flow Fluids T99-074 librium-Dissociated Heating Along Arbitrarily T99-033 Catalytic Surfaces T99-056 Predictions for Cryogenic Homogeneous Two- Rarefied Flows Heat Transfer in Natural Convection of Magnetic Phase Flows in a Choked Laval Nozzle Fluids T99-074 T99-052 Three-Dimensional Monte Carlo Simulations of BGK-Burnett Equations for Flows in the Contin- Plume Impingement T99-032 uum-Transition Regime BGK-Burnett Equations for Flows in the Contin- Interdisciplinary Topics T99-062 uum-Transition Regime Heat Transfer in Natural Convection of Magnetic T99-062 Analytical and Numerical Methods Fluids T99-074 Reacting Flows and Combustion Generalized Finite Element-Harmonic Analysis Hydrodynamics for Nonlinear Heat Transfer Stagnation-Point Heat Transfer Rates for Pio- T99-012 Viscous Shock-Layer Simulation of Airflow past neer-Venus Probes T99-004 Computational Model of Nitrogen Vibrational Ablating Blunt Body with Carbon Surface Bulk Viscosity: Past to Present Relaxation by Electron Collisions T99-006 T99-049 T99-029 558 J. THERMOPHYSICS, VOL. 13, NO. 4: 1999 INDEX Interaction of Radiation with Natural Convection Spacecraft Propulsion System Integration Characterization of Thin-Film Heat-Flux T99-059 Gauges T99-082 Combined Convective and Radiative Heat Trans- Three-Dimensional Monte Carlo Simulations of fer in Turbulent Tube Flow Plume Impingement Boiling/Condensation T99-060 T99-032 Evaporative Heat Transfer in a Capillary Struc- Spacecraft Structural Configuration, ture Heated by a Grooved Block Launch Vehicle and Missile (LV/M) T99-015 Design, and Analysis Technology Mixed Convective Boiling Heat Transfer in a Ver- tical Capillary Structure Heated Asymmetrically Testing, Flight and Ground Generalized Finite Element-Harmonic Analysis T99-044 for Nonlinear Heat Transfer Nucleate Pool Boiling over Vertical Steps Spectroscopic Measurements of Shock-Layer T99-012 T99-045 Flows in an Arcjet Facility Critical Heat Flux Limits for High Velocity, Spacecraft Thermal Management T99-007 High Subcooling Water Flows T99-047 Thermal Protection Systems Startup Time Reduction in an Electrohydrody- namically Enhanced Capillary Pumped Loop Computational Heat Transfer T99-016 Spectral Radiative Properties of Open-Cell Foam Insulation Mathematical Modeling of Loop Heat Pipes and Transient Heat Transfer in a Scattering—Radiat- T99-042 Experimental Validation ing—Conducting Layer Gas Permeability of Lightweight Ceramic T99-046 T99-002 Ablators T99-057 Permeability Impact on the Pressure Rise in a Pultrusion Die T99-011 Thermophysics and Heat Transfer Anisotropically Scattering Media Having a Re- Propulsion flective Upper Boundary Ablation, Pyrolysis, Thermal T99-026 Airbreathing Propulsion Decomposition, and Degradation Eley-Rideal and Langmuir—Hinshelwood Re- combination Coefficients for Oxygen on Silica Viscous Shock-Layer Simulation of Airflow past Heat Transfer Distributions on a Cylinder Surfaces T99-028 Ablating Blunt Body with Carbon Surface with Simulated Thermal Barrier Coating Quasi-Classical Model for Vibrational-Trans- T99-006 Spallation T99-009 lational and Vibrational—Vibrational Rate Gas Permeability of Lightweight Ceramic Impingement Cooling in Rotating Two-Pass Constants T99-063 Ablators T99-057 Rectangular Channels with Ribbed Walls Coupled Ordinates Method for Multigrid Accel- Interaction of Spalled Particles with Shock Layer T99-053 eration of Radiation Calculations Flow T99-066 Impingement Heat Transfer on a Target Plate T99-069 Heat Transfer in the Melt Layer of a Simple Ab- with Film Cooling Holes Mixed-Convection Heat Transfer in Concave lation Model T99-067 T99-077 and Convex Channels T99-075 Aerothermodynamics/Thermal Protection Droplet Characterization Transient Studies of G-Induced Capillary Flow T99-079 Transient Thermal Analysis of Parallel Translu- Surface Temperature of Hydrocarbon Droplet in Evaporation T99-084 cent Layers by Using Green’s Functions Cryogenics T99-001 Fuels and Propellants, Properties of Spectroscopic Measurements of Shock-Layer Predictions for Cryogenic Homogeneous Two- Flows in an Arcjet Facility Phase Flows in a Choked Laval Nozzle Molecular Dynamics Studies of Thermophysical T99-007 T99-052 Properties of Supercritical Ethylene Heat Transfer Distributions on a Cylinder T99-051 with Simulated Thermal Barrier Coating Electronics Cooling Spallation T99-009 Eley—Rideal and Langmuir—Hinshelwood Re- Effects of Contact and Spreading Resistance on Space Technology combination Coefficients for Oxygen on Silica Heat Sink Cooling Performance Surfaces T99-028 T99-021 Space Systems Computational Model of Nitrogen Vibrational Device Temperature and Heat Generation in Relaxation by Electron Collisions Power Metal-Oxide Semiconductor Field Ef- Sodium Vapor Pressure Losses in a Multitube, T99-029 fect Transistors T99-027 Alkali-Metal Thermal-to-Electric Converter Performance Prediction and Control-System De- Transient Thermal Analysis for Heating a Trans- T99-014 sign of an Aircraft Skin-Cooling Technique lucent Wall with Opaque Radiation Barriers T99-034 T99-040 Spacecraft Contamination/Sterilization Aircraft Skin-Cooling Airflow Distribution Thermodynamic and Transport Properties for In- T99-035 ductive Plasma Modeling Three-Dimensional Monte Carlo Simulations of Comparison of Effective Thermal Conductivity T99-050 Plume Impingement and Contact Conductance of Fibrous Com- T99-032 Experimenta! and Computational Study of High posites T99-039 Enthalpy Double-Wedge Flows Spreading Resistance of Isoflux Rectangles and Spacecraft Power T99-065 Strips on Compound Flux Channels Interaction of Spalled Particles with Shock Layer T99-073 Sodium Vapor Pressure Losses in a Multitube, Flow T99-066 Impingement Heat Transfer on a Target Piate Alkali-Metal Thermal-to-Electric Converter Heat Transfer in the Melt Layer of a Simple Ab- with Film Cooling Holes T99-014 lation Model T99-067 T99-077 J. THERMOPHYSICS, VOL. 13, NO. 4: i999 INDEX 559 Forced Convection Compatibility Test and Residual Gas Analysis on Effect of Nongray Gas Radiation on Thermal 4130 Steel and Methanol Thermosyphons Stability in Carbon Dioxide Heat Transfer Distributions on a Cylinder T99-018 T99-003 with Simulated Thermal Barrier Coating Startup and Transient Performance of a Nb— Stagnation-Point Heat Transfer Rates for Pio- Spallation T99-009 1%Zr Potassium Heat Pipe neer—Venus Probes T99-004 Performance Prediction and Control-System De- T99-019 Calculation of Radiating Flowfield Behind a Re- sign of an Aircraft Skin-Cooling Technique Analytical Comparison of Constant Area, Adia- flected Shock Wave in Air T99-034 batic Tip, Standard Fins, and Heat Pipe Fins T99-005 Aircraft Skin-Cooling Airflow Distribution T99-038 Generalized Finite Element-Harmonic Analysis T99-035 Mathematical Modeling of Loop Heat Pipes and for Nonlinear Heat Transfer Impingement Cooling in Rotating Two-Pass Experimental Validation T99-012 Rectangular Channels with Ribbed Walls T99-046 Geometric Optics Applied to Rough Surfaces T99-053 Transient Studies of G-Induced Capillary Flow Coated with an Absorbing Thin Film Estimation of Wall Heat Flux in an Inverse Con- T99-079 T99-025 vection Problem T99-061 Anisotropically Scattering Media Having a Re- Mixed-Convection Heat Transfer in Vertical Laser Interaction flective Upper Boundary Packed Channels T99-076 T99-026 Impingement Heat Transfer on a Target Plate Depth of Thermal Penetration: Effect of Relax- Transient Thermal Analysis for Heating a Trans- with Film Cooling Holes ation and Thermalization lucent Wall with Opaque Radiation Barriers T99-077 T99-037 T99-040 Characterization of Thin-Film Heat-Flux Gauges Application of Statistical Narrowband Model to T99-082 Melting/Solidification Three-Dimensional Absorbing-Emitting-Scat- tering Media T99-041 Heat Conduction Experiments on Contact Melting Under Vibra- Spectral Radiative Properties of Open-Cell Foam tion Within Rectangular Enclosures Insulation T99-042 Interfacial Contact Resistance of Single-Crystal T99-024 Interaction of Radiation with Natural Convection Ceramics for Solar Concentrators T99-059 T99-013 Mixed Convection Combined Convective and Radiative Heat Trans- Effects of Contact and Spreading Resistance on fer in Turbulent Tube Flow Mixed Convective Boiling Heat Transfer in a Ver- T99-060 Heat Sink Cooling Performance tical Capillary Structure Heated Asymmetrically Analysis of Molecular Gas Radiation: Real Gas T99-021 T99-044 Property Effects T99-068 Depth of Thermal Penetration: Effect of Relax- Mixed-Convection Heat Transfer in Concave Coupled Ordinates Method for Multigrid Accel- ation and Thermalization and Convex Channels eration of Radiation Calculations T99-037 T99-075 T99-069 Analytical Comparison of Constant Area, Adia- Surface Temperature of Hydrocarbon Droplet in batic Tip, Standard Fins, and Heat Pipe Fins Evaporation Radiation Interchange Between Surfaces T99-038 T99-084 Comparison of Effective Thermal Conductiv- View Factor for Ring Elements on Coaxial ity and Contact Conductance of Fibrous Natural Convection Cylinders T99-020 Composites T99-039 Satellite Mesh Reflector Temperature Measured Estimating Temperature-Dependent Thermal Effect of Nongray Gas Radiation on Thermal by Using Fine Thermocouples Properties T99-048 Stability in Carbon Dioxide T99-023 Thermal Conductivity of Nanoparticle—Fluid T99-003 Geometric Optics Applied to Rough Surfaces Mixture T99-070 Spectra and Critical Grashof Numbers for Turbu- Coated with an Absorbing Thin Film Effective Thermal Conductivity of Graphite— lent Transition in a Thermal Plume T99-025 Metallic Salt Complex for Chemical Heat T99-010 Effect of Surface Radiation on Natural Convec- Pumps T99-071 Experimental and Numerical Study of Thermo- tion in a Square Enclosure Thermal Spreading Resistance in Multilayered vibrational Convection T99-043 Contacts: Applications in Thermal Contact T99-022 View Factors Between Finite Length Rings on an Resistance T99-072 Magnetohydrodynamics Transient Free Convec- Interior Cylindrical Shell Spreading Resistance of Isoflux Rectangles and tion in Open-Ended Vertical Annuli T99-055 Strips on Compound Flux Channels T99-036 Determination of the Time Constants of Integrat- T99-073 Effect of Surface Radiation on Natural Convec- ing Spheres Using Monte Carlo Simulation Statistical Mechanical Derivation of Cattaneo’s tion in a Square Enclosure T99-083 Heat Flux Law T99-080 T99-043 Effect of Insulating Cuffs on an Internally Interaction of Radiation with Natural Convection Thermal Control Heated Wire T99-081 T99-059 Mixed-Convection Heat Transfer in Vertical Evaporative Heat Transfer in a Capillary Struc- Heat Pipes Packed Channels ture Heated by a Grooved Block T99-076 T99-015 Evaporative Heat Transfer in a Capillary Struc- Startup Time Reduction in an Electrohydrody- ture Heated by a Grooved Block Radiation in Participating Media namically Enhanced Capillary Pumped Loop T99-015 T99-016 Startup Time Reduction in an Electrohydrody- Transient Thermal Analysis of Parallel Translu- Analysis of Supercritical Startup Behavior for namically Enhanced Capillary Pumped Loop cent Layers by Using Green’s Functions Cryogenic Heat Pipes T99-016 T99-001 T99-017 Analysis of Supercritical Startup Behavior for Transient Heat Transfer in a Scattering—Radiat- Performance Prediction and Control-System De- Cryogenic Heat Pipes ing—Conducting Layer sign of an Aircraft Skin-Cooling Technique 799-017 T99-002 T99-034 560 J. THERMOPHYSICS, VOL. 13, NO. 4: 1999 INDEX Aircraft Skin-Cooling Airflow Distribution Mathematical Modeling of Loop Heat Pipes and Thermophysical Properties T99-035 Experimental Validation Depth of Thermal Penetration: Effect of Relax- T99-046 Interfacial Contact Resistance of Single-Crystal ation and Thermalization Critical Heat Flux Limits for High Velocity, Ceramics for Solar Concentrators T99-037 High Subcooling Water Flows T99-013 Spreading Resistance of Isoflux Rectangles and T99-047 Geometric Optics Applied to Rough Surfaces Strips on Compound Flux Channels Quasi-Classical Model for Vibrational-Trans- Coated with an Absorbing Thin Film T99-073 lational and Vibrational-Vibrational Rate T99-025 Thermal Modeling and Analysis Constants Influence of Nonequilibrium Kinetics on Heat T99-063 Transfer and Diffusion near Re-Entering Thermal Spreading Resistance in Multilayered Body T99-030 Transient Heat Transfer in a Scattering—Radiat- ing—Conducting Layer Contacts: Applications in Thermal Contact Comparison of Effective Thermal Conductivi- T99-002 Resistance T99-072 ty and Contact Conductance of Fibrous Permeability Impact on the Pressure Rise in a Transient Studies of G-Induced Capillary Flow Composites T99-039 Pultrusion Die T99-079 Estimating Temperature-Dependent Thermal T99-011 Statistical Mechanical Derivation of Cattaneo’s Properties T99-048 Interfacial Contact Resistance of Single-Crystal Heat Flux Law T99-080 Bulk Viscosity: Past to Present Ceramics for Solar Concentrators T99-049 T99-013 Thermochemistry and Chemical Kinetics Thermodynamic and Transport Properties for In- Sodium Vapor Pressure Losses in a Multitube, ductive Plasma Modeling Alkali-Metal Thermal-to-Electric Converter Eley-Rideal and Langmuir—Hinshelwood Re- T99-050 T99-014 combination Coefficients for Oxygen on Silica Molecular Dynamics Studies of Thermophysical Analysis of Supercritical Startup Behavior for Surfaces Properties of Supercritical Ethylene Cryogenic Heat Pipes T99-028 T99-051 T99-017 Influence of Nonequilibrium Kinetics on Heat Gas Permeability of Lightweight Ceramic Effects of Contact and Spreading Resistance on Transfer and Diffusion near Re-Entering Ablators T99-057 Heat Sink Cooling Performance Body T99-030 Effect of Nonspherical Shape on Oscillations of T99-021 Kinetics of Free Radicals Behind Strong Shock Levitated Droplets T99-058 Anisotropically Scattering Media Having a Re- flective Upper Boundary Waves T99-031 Thermal Conductivity of Nanoparticle—Fluid T99-026 Non-Arrhenius NO Formation Rate in One-Di- Mixture T99-070 Computational Model of Nitrogen Vibrational mensional Nozzle Airflow Effective Thermal Conductivity of Graphite- Relaxation by Electron Collisions T99-054 Metallic Salt Complex for Chemical Heat T99-029 Quasi-Classical Model for Vibrational-Trans- Pumps T99-071 Analytical Comparison of Constant Area, Adia- lational and Vibrational—-Vibrational Rate Thermal Spreading Resistance in Multilayered batic Tip, Standard Fins, and Heat Pipe Fins Constants Contacts: Applications in Thermal Contact T99-038 T99-063 Resistance T99-072 J. THERMOPHYSICS, VOL. 13, NO. 4: 1999 INDEX 561 Author Index Abe, Takashi, T99-006 Doughan, A., T99-075 Leland, Q. H., T99-018 Rousar, D. C., T99-047 Abeele, David Vanden, T99-050 Dougherty, R. L., T99-026 Leroux, A., T99-008 Roux, J. A., T99-011 Acharya, S., T99-075 Dowding, Kevin J., T99-048 Leyva, Ivett, T99-065 Rutigliano, M., T99-028 Agarwal, Ramesh K., T99-062 Dumitrescu, Michel, T99-031 Li, Hung-Yi, T99-061 Sacadura, J. F., T99-042 Ahn, Hyo-Keun, T99-004 Dutta, Pradip, T99-059, T99-060 Liao, Q., T99-015, T99-044 Sakai, Takeharu, T99-005 Akella, Kumar V., T99-053 Dyson, Elizabeth, T99-034, Liu, C. C., T99-026 Sarma, Gabbita S. R., T99-050 Akmandor, Ibrahim Sinan, T99-035, T99-078 Liu, Fengshan, T99-041 Savino, R., T99-022 T99-052 Ekkad, Srinath V., T99-009, Long, Lyle N., T99-051 Sawada, Keisuke, T99-005, Al-Nimr, M. A., T99-036 T99-077 Lu, Frank K., T99-082 T99-064 Ali, Abduilmuhsen H., T99-080 El-Genk, Mohamed S., T99-014 Mahulikar, S. P., T99-020, T99-055 Schneider, Julie, T99-034, T99-035 Alkam, M. K., T99-036 Faghri, Mohammad, T99-024 Mallinger, F., T99-063 Sena, J. Tom, T99-019 Alter, Stephen J., T99-033 Fast, Mary, T99-034 Marschall, Jochen, T99-057 Siegel, Robert, T99-001, T99-040 Alterio, G., T99-022 Fletcher, Douglas G., T99-007 Mathur, S. R., T99-069 Smallwood, Gregory J., T99-041 Antonetti, V. W., T99-072 Fletcher, L. S., T99-013, T99-039 Maveety, J. G., T99-021 Spradley, Iran, T99-035 Argrow, Brian M., T99-049 Fortezza, R., T99-022 Merrigan, Michael A., T99-019 Sridhar, M. R., T99-072 Armenise, I., T99-030 Fuentes, Arturo A., T99-058 Mertens, John D., T99-029 Storey, J. Kirk, T99-038 Baillis, D., T99-042 Furudate, Michiko, T99-064 Micci, Michael M., T99-051 Svensson, Kenth I., T99-038 Baker, John, T99-045 Giordano, D., T99-054 Mirmira, S. R., T99-013, T99-039 Tang, K. C., T99-068 Baker, K. W., T99-013 Givoli, Dan, T99-912 Miyasaka, Akihiro, T99-023 Tang, Kakuen, T99-025 Balakrishnan, Ramesh, T99-062 Glass, David E., T99-019 Mo, B., T99-016 Teramoto, Kenji, T99-010 Bayazitoglu, Yildiz, T99-058 Gék¢en, Tahir, T99-007 Monti, R., T99-022 Thompson, W. R., T99-047 Beck, James V., T99-048 Gorbachev, Yu. E., T99-063 Moukalled, F., T99-075 Tournier, Jean-Michel, Billing, G. D., T99-028 Graves, Rick E., T99-049 Murthy, J. Y., T99-069 T99-014 Blackwell, Ben F., T99-048 Greisen, D. A., T99-047 Muzychka, Y. S., T99-072, Tso, C. P., T99-020, T99-055 Bottin, Benoit, T99-050 Grisenti, M., T99-084 T99-073 Tuttafesta, M., T99-054 Bouaziz, M., T99-084 Giilder, Omer L., T99-041 Nagashima, Toshio, T99-052 Tzou, Da Yu, T99-037 Bourdon, A., T99-008 Han, Je-Chin, T99-009, T99-053, Nagnibeda, E., T99-030 Uehata, Y., T99-074 Bowman, W. J., T99-038, T99-079 199-077 Nakajima, Tsuyoshi, T99-010 Vafai, K., T99-027 Boyd, Iain D., T99-032 Han, Jong Hun, T99-071 Nance, Robert P., T99-033 Vaughan, J. G., T99-011 Bresson, J., T99-084 Hashemi, Ab, T99-034, T99-035, Narayana, K. Badari, T99-059, Brewster, M. Q., T99-068 T99-078 T99-060 Venkateshan, S. P., T99-043 Brown, J. R., T99-018 Hassan, H. A., T99-033 Newfield, Mark E., T99-007 Vervisch, P., T99-008 Brun, Raymond, T99-031 Hoang, Triem T., T99-046 Nigen, Jay, T99-035, T99-078 Wang, C. Y., T99-081 Buckius, Richard O., T99-025 Hollis, Brian R., T99-033 Nonaka, Satoshi, T99-064 Wang, Xinwei, T99-070 Cacciatore, M., T99-028 Hornung, Hans G., T99-065 Noto, Katsuhisa, T99-010 Wei, Chin-Yi, T99-067 Camarda, Charles J., T99-019 Horvath, Thomas J., T99-033 Nwobi, Obika C., T99-051 Wright, Michael J., T99-065 Candler, Graham V., T99-065 Huang, Yizhe, T99-077 Ochterbeck, J. M., T99-017 Xu, L., T99-027 Capitelli, M., T99-030, Hutchison, J. E., T99-003 Ohadi, M. M., T99-016 Xu, Xianfan, T99-070 T99-054 Inger, George R., T99-056 Olejniczak, Joseph, T99-065 Yamaguchi, H., T99-074 Carbonaro, Mario, T99-050 Kannenberg, Keith C., Park, Chul, T99-004, T99-005, Yan, Wei-Mon, T99-061 Cheng, P., T99-076 T99-032 T99-066 Yan, Y. H., T99-017 Cheung, K. H., T99-016 Kawka, Paul A., T99-025 Park, Chung S., T99-007 Yao, Chengcai, T99-002 Chiu, Kevin K. S., T99-037 Kaya, Tarik, T99-046 Ponnappan, R., T99-018 Yovanovich, M. M., T99-072, Choi, Stephen U. S., T99-070 Kim, Hwayong, T99-071 Pu, W. L., T99-076 T99-073 Chung, B. T. F., T99-002 Kinnear, Kevin M., T99-082 Quan, Liang, T99-024 Yun, Keon- Young, T99-062 Colonna, G., T99-054 Kobori, I., T99-074 Ramesh, N., T99-043 Zhang, Zhaoyan, T99-083, Cox, Michael E., T99-057 Krishnaprakas, C. K., T99-059, Ramjaun, Djameel, T99-031 Zhang, Zongqin, T99-024 Culham, J. R., T99-073 T99-060 Rand, Omri, T99-012 Zhao, T. S., T99-015, T99-044, Daif, A., T99-084 Krishna Prasad, A. K., T99-045 Raper, K. S., T99-011 T99-076 Degrez, Gérard, T99-050 Kustova, E., T99-030 Raynaud, M., T99-042 Zhluktov, Sergey V., T99-006 Dessiatoun, S. V., T99-016 Lackey, E., T99-011 Reagan, M. K., T99-079 Zhu, L., T99-027 Domingo, P., T99-008 Lee, Kun-Hong, T99-071 Richards, R. F., T99-003 Zien, Tse-Fou, T99-067 562 J. THERMOPHYSICS, VOL. 13, NO. 4: 1999 INDEX Chronological Index T99-001 Transient Thermal Analysis of Parallel Translucent 799-016 Startup Time Reduction in an Electrohydrodynami- Layers by Using Green’s Functions. Robert Siegel, NASA Lewis cally Enhanced Capillary Pumped Loop. B. Mo, M. M. Ohadi, Research Center (13, 1, p. 10) Article and S. V. Dessiatoun, University of Maryland; and K. H. Cheung, U.S. Naval Research Laboratory (13, 1, p. 134) Article 799-002 Transient Heat Transfer in a Scattering—Radiating- Conducting Layer. Chengcai Yao and B. T. F. Chung, University 199-017. Analysis of Supercritical Startup Behavior for Cryo- of Akron (13, 1, p. 18) Article genic Heat Pipes. Y. H. Yan and J. M. Ochterbeck, Clemson Uni- versity (13, 1, p. 140) Article 799-003 Effect of Nongray Gas Radiation on Thermal Stabil- ity in Carbon Dioxide. J. E. Hutchison, Fairchild Controls Cor- T99-018 Compatibility Test and Residual Gas Analysis on poration; and R. F. Richards, Washington State University (13, 1, 4130 Steel and Methanol Thermosyphons. Q. H. Leland and R. p. 25) Article Ponnappan, UES, Inc.; and J. R. Brown, U.S. Air Force Research Laboratory (13, 1, p. 146) Article based on AIAA Paper 97-2544 T99-004 Stagnation-Point Heat Transfer Rates for Pioneer- Venus Probes. Chul Park and Hyo-Keun Ahn, Tohoku University, 799-019 Startup and Transient Performance of a Nb-1%Zr Japan (13, 1, p. 33) Article based on AIAA Paper 98-0832 Potassium Heat Pipe. David E. Glass, Analytical Services and Materials, Inc.; Michael A. Merrigan and J. Tom Sena, Los Alamos 799-005 Calculation of Radiating Flowfield Behind a Re- National Laboratory, and Charles J. Camarda, NASA Johnson flected Shock Wave in Air. Takeharu Sakai, Keisuke Sawada, and Space Center (13, 1, p. 153) Technical Note Chul Park, Tohoku University, Japan (13, 1, p. 42) Article based on AIAA Paper 98-0861 799-020 View Factor for Ring Elements on Coaxial Cylinders. C. P. Tso and S. P. Mahulikar, Nanyang Technological University, T99-006 Viscous Shock-Layer Simulation of Airflow past Ab- Singapore (13, 1, p. 155) Technical Note lating Blunt Body with Carbon Surface. Sergey V. Zhluktov and Takashi Abe, /nstitute of Space and Astronautical Science, Japan 199-021 Effects of Contact and Spreading Resistance on Heat (13, 1, p. 50) Article Sink Cooling Performance. J.G. Maveety, /ntel Corporation (13, 1, p. 158) Technical Note T99-007 Spectroscopic Measurements of Shock-Layer Flows in an Arcjet Facility. Chung S. Park, Mark E. Newfield, Douglas T99-022 Experimental and Numerical Study of Thermovibra- G. Fletcher, and Tahir Gékcen, NASA Ames Research Center (13, tional Convection. R. Monti, R. Savino, and G. Alterio, University 1, p. 60) Article based on AIAA Paper 98-0893 of Naples, Italy; and R. Fortezza, Microgravity Advanced Research and Support Center, Italy (13, 1, p. 161) Technical Note T99-008 Experiment—Modeling Comparison in a Nonequilib- rium Supersonic Air Nozzle Flow. A. Bourdon, A. Leroux, P. T99-023 Satellite Mesh Reflector Temperature Measured by Domingo, and P. Vervisch, Université de Rouen, France (13, 1, p. Using Fine Thermocouples. Akihiro Miyasaka, NTT Wireless 68) Article Systems Laboratories, Japan (13, 1, p. 164) Technical Note T99-009 Heat Transfer Distributions on a Cylinder with Sim- 199-024 Experiments on Contact Melting Under Vibration ulated Thermal Barrier Coating Spallation. Srinath V. Ekkad Within Rectangular Enclosures. Liang Quan, Zongqin Zhang, and Je-Chin Han, Texas A&M University (13, 1, p. 76) Article and Mohammad Faghri, University of Rhode Island (13, 1, p. 166) Technical Note T99-010 Spectra and Critical Grashof Numbers for Turbulent Transition in a Thermal Plume. Katsuhisa Noto, Kenji Tera- 199-025 Geometric Optics Applied to Rough Surfaces Coated moto, and Tsuyoshi Nakajima, Kobe University, Japan (13, 1, p. with an Absorbing Thin Film. Kakuen Tang, Paul A. Kawka, and 82) Article Richard O. Buckius, University of Illinois at Urbana-Champaign (13, 2, p. 169) Article 199-011 Permeability Impact on the Pressure Rise in a Pultru- sion Die. K. S. Raper, J. A. Roux, J. G. Vaughan, and E. Lackey, 199-026 Anisotropically Scattering Media Having a Reflective University of Mississippi (13, 1, p. 91) Article Upper Boundary. C. C. Liu and R. L. Dougherty, Oklahoma State University (13, 2, p. 177) Article based on AIAA Paper 98-2841 199-012 Generalized Finite Element-Harmonic Analysis for Nonlinear Heat Transfer. Dan Givoli and Omri Rand, Tech- 199-027 Device Temperature and Heat Generation in Power nion—Israel Institute of Technology (13, 1, p. 100) Article Metal-Oxide Semiconductor Field Effect Transistors. L. Zhu, K. Vafai, and L. Xu, Ohio State University (13, 2, p. 185) Article T99-013 Interfacial Contact Resistance of Single-Crystal Ce- ramics for Solar Concentrators. S. R. Mirmira and L. S. Fletcher, T99-028 Eley—Rideal and Langmuir—Hinshelwood Recombi- Texas A&M University, and K. W. Baker, NASA Lewis Research nation Coefficients for Oxygen on Silica Surfaces. M. Caccia- Center (13, 1, p. 110) Article based on AIAA Paper 98-0894 tore and M. Rutigliano, University of Bari, Italy; and G. D. Billing, University of Copenhagen, Denmark (13, 2, p. 195) Article based T99-014 Sodium Vapor Pressure Losses in a Multitube, Al- on AIAA Paper 98-2843 kali-Metal Thermal-to-Electric Converter. Jean-Michel Tourn- ier and Mohamed S. El-Genk, University of New Mexico (13, 1, p. 199-029 Computational Model of Nitrogen Vibrational Relax- 117) Article ation by Electron Collisions. John D. Mertens, Trinity College (13, 2, p. 204) Article 799-015 Evaporative Heat Transfer in a Capillary Structure Heated by a Grooved Block. Q. Liao and T. S. Zhao, Hong Kong 199-030 Influence of Nonequilibrium Kinetics on Heat Trans- University of Science and Technology, PRC (13, 1, p. 126) Article fer and Diffusion near Re-Entering Body. I. Armenise and M. J. THERMOPHYSICS, VOL. 13, NO. 4: 1999 INDEX 563 Capitelli, University of Bari, Italy; and E. Kustova and E. Nag- 199-045 Nucleate Pool Boiling over Vertical Steps. John Baker nibeda, St. Petersburg University, Russia (13, 2, p. 210) Article and Krishna Prasad A. K., University of Alabama at Birmingham (13, 3, p. 308) Article based on AIAA Paper 99-0471 T99-031 Kinetics of Free Radicals Behind Strong Shock Waves. Djameel Ramjaun, Michel Dumitrescu, and Raymond T99-046 Mathematical Modeling of Loop Heat Pipes and Ex- Brun, Université de Provence, France (13, 2, p. 219) Article perimental Validation. Tarik Kaya, NASA Goddard Space Flight Center; and Triem T. Hoang, TTH Research, inc. (13, 3, p. 314) Ar- T99-032 Three-Dimensional Monte Carlo Simulations of ticle based on AIAA Paper 99-0477 Plume Impingement. Keith C. Kannenberg and Iain D. Boyd, Cornell University (13, 2, p. 226) Article based on AIAA Paper 98- 199-047. Critical Heat Flux Limits for High Velocity, High 2155 Subcooling Water Flows. D. A. Greisen, D. C. Rousar, and W. R. Thompson, Aerojet (13, 3, p. 321) Article based on AIAA Paper 97- T99-033 Computational Study of Hypersonic Transitional 2912 Wake Flow. Robert P. Nance, North Carolina State University; Brian R. Hollis and Thomas J. Horvath, NASA Langley Research 199-048 Estimating Temperature-Dependent Thermal Prop- Center; Stephen J. Alter, Lockheed Engineering and Sciences Com- erties. Kevin J. Dowding, Sandia National Laboratories; James V. pany; and H. A. Hassan, North Carolina State University (13, 2, p. Beck, Michigan State University, and Ben F. Blackwell, Sandia 236) Article based on AIAA Paper 98-2939 National Laboratories (13, 3, p. 328) Article based on AIAA Paper 98-2933 T99-034 Performance Prediction and Control-System Design of an Aircraft Skin-Cooling Technique. Ab Hashemi, Mary Fast, T99-049 Bulk Viscosity: Past to Present. Rick E. Graves and and Julie Schneider, Lockheed Martin Advanced Technology Cen- Brian M. Argrow, University of Colorado (13, 3, p. 337) Article ter, and Elizabeth Dyson, Lockheed Martin Canada (13, 2, p. 243) based on AIAA Paper 98-2576 Article T99-050 Thermodynamic and Transport Properties for In- 199-035 Aircraft Skin-Cooling Airflow Distribution. Julie ductive Plasma Modeling. Benoit Bottin, David Vanden Abeele, Schneider, Iran Spradley, and Ab Hashemi, Lockheed Martin Ad- Mario Carbonaro, and Gérard Degrez, von Karman Institute for vanced Technology Center, Jay Nigen, Innovative Research, Inc.; Fluid Dynamics, Belgium; and Gabbita S. R. Sarma, DLR, German and Elizabeth Dyson, Lockheed Martin Canada (13, 2, p. 250) Ar- Aerospace Research Center (13, 3, p. 343) Article based on AIAA ticle based on AIAA Paper 98-0839 Paper 98-2938 199-036 Magnetohydrodynamics Transient Free Convection T99-051 Molecular Dynamics Studies of Thermophysical in Open-Ended Vertical Annuli. M. A. Al-Nimr and M. K. Properties of Supercritical Ethylene. Obika C. Nwobi, Lyle N. Alkam, Jordan University of Science and Technology (13, 2, p. Long, and Michael M. Micci, Pennsylvania State University (13, 3, 256) Article p. 351) Article T99-037 Depth of Thermal Penetration: Effect of Relaxation T99-052 Predictions for Cryogenic Homogeneous Two-Phase and Thermalization. Da Yu Tzou and Kevin K. S. Chiu, Univer- Flows in a Choked Laval Nozzle. Ibrahim Sinan Akmandor, Mid- sity of Missouri-Columbia (13, 2, p. 266) Technical Note dle East Technical University, Turkey; and Toshio Nagashima, University of Tokyo, Japan (13, 3, p. 355) Article based on AIAA T99-038 Analytical Comparison of Constant Area, Adiabatic Paper 98-0889 Tip, Standard Fins, and Heat Pipe Fins. W. Jerry Bowman, J. Kirk Storey, and Kenth I. Svensson, Brigham Young University T99-053 Impingement Cooling in Rotating Two-Pass Rectan- (13, 2, p. 269) Technical Note gular Channels with Ribbed Walls. Kumar V. Akella and Je- Chin Han, Texas A&M University (13, 3, p. 364) Article 199-039 Comparison of Effective Thermal Conductivity and Contact Conductance of Fibrous Composites. S. R. Mirmira and T99-054 Non-Arrhenius NO Formation Rate in One-Dimen- L. S. Fletcher, Texas A&M University (13, 2, p. 272) Technical sional Nozzle Airflow. G. Colonna, M. Tuttafesta, and M. Capi- Note telli, Consiglio Nazionale delle Ricerche, Italy; and D. Giordano, ESA, The Netherlands (13, 3, p. 372) Technical Note based on 199-040 Transient Thermal Analysis for Heating a Translucent AIAA Paper 98-2951 Wall with Opaque Radiation Barriers. Robert Siegel, NASA John H. Glenn Research Center at Lewis Field (13, 3, p. 277) Article 199-055 View Factors Between Finite Length Rings on an In- terior Cylindrical Shell. C. P. Tso and S. P. Mahulikar, Nanyang T99-041 Application of Statistical Narrowband Model to Technological University, Republic of Singapore (13, 3, p. 375) Three-Dimensional Absorbing-Emitting-Scattering Media. Technical Note Fengshan Liu, Gregory J. Smallwood, and Omer L. Giilder, Na- tional Research Council, Canada (13, 3, p. 285) Article 199-056 Shock/Viscous Interaction Effects on Nonequilib- rium-Dissociated Heating Along Arbitrarily Catalytic Sur- T99-042 Spectral Radiative Properties of Open-Cell Foam In- faces. George R. Inger, Jowa State University (13, 3, p. 379) sulation. D. Baillis, M. Raynaud, and J. F. Sacadura, /nstitut Na- Technical Note based on AIAA Paper 98-2814 tional des Sciences Appliquées de Lyon, France (13, 3, p. 292) Article T99-057. Gas Permeability of Lightweight Ceramic Ablators. Jochen Marschall, NASA Ames Research Center; and Michael E. 199-043 Effect of Surface Radiation on Natural Convection in Cox, San Jose State University (13, 3, p. 382) Technical Note a Square Enclosure. N. Ramesh and S. P. Venkateshan, /ndian In- = stitute of Technology (13, 3, p. 299) Article 199-058 Effect of Nonspherical Shape on Oscillations of Levi- tated Droplets. Arturo A. Fuentes and Yildiz Bayazitoglu, Rice 199-044 Mixed Convective Boiling Heat Transfer in a Vertical University (13, 3, p. 384) Technical Note Capillary Structure Heated Asymmetrically. T. S. Zhao and Q. “S'e Liao, Hong Kong University of Science and Technology, PRC (13, 799-059 Interaction of Radiation with Natural Convection. C. —_ 3, p. 302) Article K. Krishnaprakas and K. Badari Narayana, /SRO Satellite Center, 564 J. THERMOPHYSICS, VOL. 13, NO. 4: 1999 INDEX India; and Pradip Dutta, Indian Institute of Science (13, 3, p. 387) public of Korea (13, 4, p. 481) Article Technical Note 199-072 Thermal Spreading Resistance in Multilayered Con- 199-060 Combined Convective and Radiative Heat Transfer tacts: Applications in Thermal Contact Resistance. Y. S. Muzy- in Turbulent Tube Flow. C. K. Krishnaprakas and K. Badari chka, M. R. Sridhar, and M. M. Yovanovich, University of Narayana, [SRO Satellite Center, India; and Pradip Dutta, Indian Waterloo, Canada; and V. W. Antonetti, Manhattan College (13, 4, Institute of Science (13, 3, p. 390) Technical Note p. 489) Article based on AIAA Paper 96-3967 T99-061 Estimation of Wall Heat Flux in an Inverse Convec- 199-073 Spreading Resistance of Isoflux Rectangles and tion Problem. Hung-Yi Li and Wei-Mon Yan, Hua Fan Univer- Strips on Compound Flux Channels. M. M. Yovanovich, Y. S. sity, Taiwan, ROC (13, 3, p. 394) Technical Note Muzychka, and J. R. Culham, University of Waterloo, Canada (13, 4, p. 495) Article based on AIAA Paper 98-0873 799-062 BGK-Burnett Equations for Flows in the Contin- uum-Transition Regime. Ramesh Balakrishnan, Ramesh K. 199-074 Heat Transfer in Natural Convection of Magnetic Agarwal, and Keon-Young Yun, Wichita State University (13, 4, p. Fluids. H. Yamaguchi, I. Kobori, and Y. Uehata, Doshisha Uni- 397) Article based on AIAA Paper 97-2551 versity, Japan (13, 4, p. 501) Article T99-063 Quasi-Classical Model for Vibrational-Translational 199-075 Mixed-Convection Heat Transfer in Concave and and Vibrational-Vibrational Rate Constants. Yu. E. Gor- Convex Channels. F. Moukalled and A. Doughan, American Uni- bachev, /nstitute for High-Performance Computing and Data Bases versity of Beirut, Lebanon; and S. Acharya, Louisiana State Univer- of Russian Ministry of Science and Technologies; and F. Mallinger, sity (13, 4, p. 508) Article Institut National de Recherche en Informatique et en Automatique, France (13, 4, p. 411) Article 199-076 Mixed-Convection Heat Transfer in Vertical Packed Channels. W. L. Pu, University of Hawaii; and P. Cheng and T. S. 199-064 Behavior of Two-Temperature Model in Intermedi- Zhao, Hong Kong University of Science and Technology, PRC (13, ate Hypersonic Regime. Michiko Furudate, Satoshi Nonaka, and 4, p. 517) Article Keisuke Sawada, Tohoku University, Japan (13, 4, p. 424) Article based on AJAA Paper 99-0223 199-077 Impingement Heat Transfer on a Target Plate with Film Cooling Holes. Srinath V. Ekkad, Louisiana State Univer- 799-065 Experimental and Computational Study of High En- sity; and Yizhe Huang and Je-Chin Han, Texas A&M University thalpy Double-Wedge Flows. Joseph Olejniczak, Graham V. (13, 4, p. 522) Article Candler, and Michael J. Wright, University of Minnesota; and Ivett Leyva and Hans G. Hornung, California Institute of Technology 799-078 Aircraft Skin-Cooling System for Thermal Manage- (13, 4, p. 431) Article based on AIAA Paper 96-2238 ment of Onboard High-Power Electronics. Ab Hashemi, Lock- heed Martin Missiles and Space; Elizabeth Dyson, Lockheed T99-066 Interaction of Spalled Particles with Shock Layer Martin Canada; and Jay Nigen, Innovative Research, Inc. (13, 4, Flow. Chul Park, NASA Ames Research Center (13, 4, p. 441) Ar- p. 529) Article ticle based on AIAA Paper 99-0353 T99-079 Transient Studies of G-Induced Capillary Flow. M. 199-067 Heat Transfer in the Melt Layer of a Simple Ablation K. Reagan, U.S. Air Force Institute of Technology, and W. J. Bow- Model. Tse-Fou Zien, U.S. Naval Surface Warfare Center; and man, Brigham Young University (13, 4, p. 537) Article based on Chin-Yi Wei, National Cheng-Kung University, Taiwan, ROC (13, AIAA Paper 94-2029 4, p. 450) Article based on AIAA Paper 99-0470 199-080 Statistical Mechanical Derivation of Cattaneo’s Heat T99-068 Analysis of Molecular Gas Radiation: Real Gas Prop- Flux Law. Abdulmuhsen H. Ali, Kuwait University (13, 4, p. 544) erty Effects. K. C. Tang and M. Q. Brewster, University of Illinois Technical Note at Urbana—Champaign (13, 4, p. 460) Article 799-081 Effect of Insulating Cuffs on an Internally Heated T99-069 Coupled Ordinates Method for Multigrid Accelera- Wire. C. Y. Wang, Michigan State University (13, 4, p. 546) Tech- tion of Radiation Calculations. S. R. Mathur, Fluent, Inc.; and J. nical Note Y. Murthy, Carnegie-Mellon University (13, 4, p. 467) Article based on AIAA Paper 99-0872 199-082 Characterization of Thin-Film Heat-Flux Gauges. Frank K. Lu and Kevin M. Kinnear, University of Texas at Arling- 199-070 Thermal Conductivity of Nanoparticle-Fluid Mix- ton (13, 4, p. 548) Technical Note based on AIAA Paper 98-2504 ture. Xinwei Wang and Xianfan Xu, Purdue University; and Stephen U. S. Choi, Argonne National Laboratory (13, 4, p. 474) T99-083 Determination of the Time Constants of Integrating Article Spheres Using Monte Carlo Simulation. Zhaoyan Zhang, Penn- sylvania State University (13, 4, p. 550) Technical Note 199-071 Effective Thermal Conductivity of Graphite—Metallic Salt Complex for Chemical Heat Pumps. Jong Hun Han and 799-084 Surface Temperature of Hydrocarbon Droplet in Kun-Hong Lee, Pohang University of Science and Technology, Re- Evaporation. A. Daif, M. Bouaziz, J. Bresson, and M. Grisenti, public of Korea; and Hwayong Kim, Seoul National University, Re- Université de Perpignan, France (13, 4, p. 553) Technical Note

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