General Research | ||
3.01 | Critical Heat Flux in Non-Uniformly Heated Tube under Low-Pressure and
Low Mass-Flux Condition H. Umekawa et al.(13031) |
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3.02 | Enhancement of Boiling Heat Transfer by Radiation Induced Surface Activation
T. Takamasa et al. (13049) |
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3.03 | Improvement of Method for Boron Concentration Determination by Measuring
Prompt Gamma-Rays K. Oda et al. (13085) |
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3.04 | Study on the Mechanism of Critical Heat Flux for Downward Flow | Effect of Inlet Throttle on Flow Oscillation| H. Ikawa et al. (13091) |
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3.05 | Experimental Study on Reactor Dynamics of Accelerator-Driven Subcritical
Systems (III) Y. Kitamura et al. (CA13101) |
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3.06 | Measurement of Minor Actinides Fission Rate Ratio Relative to 235U S. Sakamoto et al. (CA13102) |
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3.07 | Measurement of Subcriticality of Accelerator Driven Subcritical Core (2) T. Takeda et al. (CA13103) |
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3.08 | Subcriticality Monitoring with a Digital Reactivity Meter Y. Shimazu et al. (CA13104) |
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3.09 | Integral Evaluation of Nuclear Data for U-233 by Using a Sample Worth Measurements
(2) O. Aizawa et al. (CA13105) |
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3.10 | Measurement of Reactivity Worth for New Hydride Material with High Dissociation Temperature in Hard Spectrum Field T. Iwasaki et al. (CA13106) |
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3.11 | Critical Experiments Using Thorium Fuel Core with Small H/U Ratio K. Kudo et al. (CA13107) |
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3.12 | Measurement of Reactivity Effect of Metal Fuel Diluent T. Yamamoto et al. (CA13108) |
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3.13 | Measurement of Energy Spectrum of Gamma-Rays Emitted from U-233 Plate before and after Irradiation (II) T. Horiguchi et al. (CA13109) |