Heat-transfer characteristics of flowing and stationary particle-bed-type fusion-reactor blankets Page: 9 of 282
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CHAPTER 4 FALLING BED HEAT TRANSFER 163
4.1 Falling Bed-Flat Piate Heat Transfer 163
4.2 Comparison of Falling Bed Experimental Results
to Known Physical Phenomena 164
CHAPTER 5 FALLING PARTICLE BED EXPERIMENTAL RESULTS 168
5.1 Experimental Equipment and Procedure 168
5.1.1 Experimental Equipment 168
5.1.2 Experimental Procedure 171
5.2 Experimental Results 173
5.2.1 Data Reduction 173
5.2.2 Results 178
5.3 Conclusions and Recommendations 184
CHAPTER 6 STATIONARY PARTICLE BED EXPERIMENTAL RESULTS 215
6.1 Experimental Equipment and Procedure 216
6.1.1 Experimental Equipment 216
6.1.2 Experimental Procedure 221
6.2 Experimental Results 223
6.2.1 Data Reduction 223
6.2,2 Results 228
6.3 Conclusions and Recommendations 232
APPENDIX 1 PHYSICAL PROPERTIES OF MATERIALS USED IN THIS STUDY 269
Al.1 Physical Properties of the Soda-Lime Glass
A1.2 Physical Properties of Air 269
Al.3 Physical Properties of the Stainless
Steel Tubes 270
APPENDIX 2 THERMAL ENTRANCE LENGTH NUSSELT NUMBER VARIATIONS 271
A2.1 Fully Developed Parabolic Velocity Profile 271
A2.2 Fully Developed Flat Velocity Profile 272
APPENDIX 3 STATIONARY PARTICLE BED TEMPERATURE VARIATIONS 283
A3.1 The Temperature Profile 283
APPENDIX 4 FALLING BED EXPERIMENTAL DATA AND CALCULATIONS 287
APPENDIX 5 STATIONARY BED EXPERIMENTAL DATA AND CALCULATIONS 563
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Nietert, R.E. Heat-transfer characteristics of flowing and stationary particle-bed-type fusion-reactor blankets, report, February 1, 1983; [Livermore,] California. (https://digital.library.unt.edu/ark:/67531/metadc1113214/m1/9/: accessed May 22, 2019), University of North Texas Libraries, Digital Library, https://digital.library.unt.edu; crediting UNT Libraries Government Documents Department.