1. (1) Howe, J.T., Pitts, W.C. and Lundell, J.H., Survey of the Supporting Research and Technology for the Thermal Protection of the Galileo Probe, AIAA Paper 81-1068, (1981).
2. (2) Menees, G.P., An Evaluation of Computer Codes for Simulating the Galileo Probe Aerothermal Entry Environment, AIAA Paper 81-1069, (1981).
3. (3) Shirai, H. and Funatsu, M., Radiative Characteristics of Carbon Ablation Layers, Proc. of JSME 72nd Annual Meeting (No. 940-30), (in Japanese), Vol. 2, (1994), pp. 131-134.
4. (4) Funatsu, M. and Shirai, H., Radiative Characteristics of Carbon Ablation Layers, Proc. of Symposium on Flight Mechanics and Astrodynamics, (in Japanese), (1994), pp. 83-86.
5. (5) Funatsu, M., Shirai, H. and Kasuya, K., Numerical Simulation of Viscous Shock Layer with Carbon Ablation: Preparatory Research Works for Future Reentry Experiment with High-Power Laser and Target, Proc. of 11th International Symposium on Gas Flow and Chemical Lasers and High-Power Laser Conference, (1996), pp. 651-654.