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Thermal Science and Engineering |
Table of contentsVolume 4 (1996) (Number 1 / Number 2 / Number 3 / Number 4)(1996, Vol. 4, No. 4)Frequency Characteristics of Induction Melting Furnace with Coke Packed-Beds (in Japanese)Akiyama T., Niu M., Takahashi R. and Yagi J. - - - 1 Numerical Simulation and Experiment of an Unsteady Thermal Polymerization Process of Styrene in a Laminar Tubular Reactor Nagasako T. Shimada M. Katayama K. and Okuyama K. - - - 11 An Experimental Study on a Process for Producing Vapor Growth Carbon Fiber Using Ultrafine Iron Catalyst Paricle Method-Effects of Operational Conditions on Configulation of Products (in Japanese) Fujimoto N. and Koyama S. - - - 21 toTOP (1996, Vol. 4, No. 3)Numerical Analysis for Thermal Waves in Gas Generated by Inpulsive Heating of a Boundary Surface (in Japanese)Utsumi T. and Kunugi T. - - - 1 Molecular Dynamics Stydy on Thermal Expansion of Solid (in Japanese) Ichimura S. and Iwaki T. - - - 9 Numerical Analysis of Buoyancy-Driven Flow with Properties that Depend on the Local Temperature (in Japanese) Sakamoto Y., Kunugi T. and Ichimiya K. - - - 17 Laser Spectroscopic Diagnostics of Laser-Ablation Processes Used for Thin Film Depositon Okada T., Nakata Y., Soumaagne G., Kaibara H. and Maeda M. - - - 27 Effect of condensation on shock wave propagation and reflection at wedge surface in the low-temperature R-134a vapor (in Japanese) Maeno K.,Nozawa H.,Mishimori Y.and Kamiya T. - - - 35 toTOP (1996, Vol. 4, No. 2)Measurements and Numerical Simulation of Heat Transfer of an Arc Plasma Jet to Wall (in Japanese)Ogawa K. and Hijikata K. - - - 1 Heat Transfer Characteristics at High Temperature of an Impinging AirJet Laden with Solid Particles Recirculating in an Enclosure (in Japanese) Wang J., Kurosaki Y. and Satoh I. - - - 11 On the Behavior of Pulse-Laser-Induced Bubble in Liquid Nitrogen (in Japanese) Sato H., Odagawa M., Prat C., Maeno K. and Honma H. - - - 21 Cluster Formation around the Critical Point in Two-dimensional Lennard-Jones Particle System (in Japanese) Sugiyama T., Echigo R and Yoshida H. - - - 29 toTOP (1996, Vol. 4, No. 1)NO2 Formation in CombustorsSano T. - - - 1 Nox Formation in Hydorogen Diffusion Flames Kinoshita S. and Takagi T. - - - 11 Pollutants Formation/Destruction Mechanisms in Coal Combustion Ohtaka K. - - - 15 Simultaneous Reduction of Pariculates and Nitrogen Oxides in the Unsteady Turbulent Diffusion Combustion Shioji M., Ikegam M. and Yamane K. - - - 25 New Research Trends of Pokkution Control and Treatment Kokake S. - - - 31 Oscillation-Induced Heat Transport and Its Application to Thermal Equipments Nishio S. - - - 37 Enhancement Mechanism in Convective Heat Transfer by an Effective Utilization of Droplet Inertia Hishida K. - - - 49 Heat and Mass Recovery From Exhaust Gas by Utilizing a Mist Formation Takimoto A., Tada A. and Hayashi Y. - - - 59 CO2 Absorption into Liquid Hijikata K., Nagasaki T., Fukushima D.,Kasai K. and Sakai M. - - - 65 CO2 Removal due to Sublimation Utilizing LNG Cold Aoki K., Sawada M. and Hattori M. - - - 75 High Temperature Gas Cooled Reactor Development in Japan Hishida M. and Mori Y. - - - 81 Heat Transfer Problems in Inertial Confinement Fusion Reactors in the U.S. Perterson P. - - - 91 Dissolution Behavior of Liquid CO2 Droplet Covered eith Clathrate-Hydrate in Pressureized Water Flow 95 Okazaki K., Hirai S., Hijikata K.and Mori Y. - - - 95 Alternative Refrigerant Usage in Air-Conditioning -Where Are We Now? Torikoshi K. and Ebisu T. - - - 101 Heat Transfer Aspects of Alternative Working Fluids in HVAC Systems Anand N.K. and Chitti M.S. - - - 107 Heat Transfer Enhancement by Two Phase Flow-Thermodynamic Issues in Minimizing EnvironmentalInpact- Carey V.P. - - - 117 Modeling Climate with General Circulation Models Watts R.G. and Morantine M.C. - - - 125 Inductively-Coupled r.f. Plasma Reactor for Destruction of Ozone Dpleting Substances Imoto K.,Takeuchi S., Komaki H., Ohyama C., Takaichi T., Asakura T. and Prieto G. - - - 141 toTOP
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