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Banery wysuwane

pomarańczowa, liternicza okładka seryjna
Magnetic Convection of Paramagnetic Fluid in an Enclosure

Product category
Nauki techniczne
Nauki techniczne » Energetyka
ISSN
0867-6631
Publication type
monografia
Format
B5
Binding
miękka
Number of pages
234
Publication date
2009
Description

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Contents

Streszczenie  9
Summary  11
Nomenclature  13
Preface  23
1. Introduction  27
1.1. Magnetic properties  27
1.2. Static magnetic field  29
1.3. Background of the present investigations  30
1.3.1. Natural convection  30
1.3.2. Natural convection in a cubical enclosure  31
1.3.3. Natural convection in a thermosyphon  32
1.3.4. Pattern formation  33
1.3.5. Magneto-science  33
1.4. Aims and scope  35
2. Mathematical formulation of the problem  36
2.1. Magnetic work  36
2.2. Thermodynamic relations in a magnetic field  37
2.3. Conservation equations in a magnetic field  41
2.3.1. Mass conservation  41
2.3.2. Momentum conservation  41
2.3.2.1. Forces  45
2.3.3. Energy conservation  50
3. Experimental analysis  56
3.1. Cubical enclosure  56
3.1.1. Experimental apparatus  56
3.1.2. Properties of the working fluid  57 
3.1.3. Configurations of the system  59
3.1.4. Experimental procedure  62
3.1.5. Heat transfer rate  63
3.1.6. Visualization  64
3.1.7. Experimental results  65
3.1.7.1. Case s.v.a  65
3.1.7.2. Case s.v.b  70
3.1.7.3. Case s.h.c  71
3.1.7.4. Case s.h.h  79
3.1.7.5. Case a.v.a  83
3.1.7.6. Case a.h.s  84
3.1.7.7. Case b.v.a  92
3.1.7.8. Case b.h.s  96
3.2. Thermosyphon-like enclosure  101
3.2.1. Experimental apparatus  101
3.2.2. Properties of the working fluid  103
3.2.3. Configurations of the system  105
3.2.4. Experimental procedure  105
3.2.5. Heat transfer rate  110
3.2.5.1. Thermal conductivity of jelly  111
3.2.5.2. Estimation of the heat transfer rate  111
3.2.6. Visualization  113
3.2.7. Experimental results  114
3.2.7.1. Unstable configuration  114
3.2.7.2. Horizontal configuration  123
3.2.7.3. Stable configuration  127
4. Numerical analysis  134
4.1. Cubical enclosure  137
4.1.1. Case s.v.a  138
4.1.1.1. Heat transfer rate in 5 [T] superconducting magnet  138
4.1.1.2. Flow analysis in 10 [T] superconducting magnet  139
4.1.2. Case s.v.b  141
4.1.2.1. Heat transfer rate in 5 [T] superconducting magnet  141
4.1.2.2. Flow analysis in 10 [T] superconducting magnet  146
4.1.3. Case s.h.c  152
4.1.3.1. Heat transfer rate in 5 [T] superconducting magnet  152
4.1.3.2. Flow analysis in 10 [T] superconducting magnet  153
4.1.4. Case s.h.h  160
4.1.4.1. Heat transfer rate in 5 [T] superconducting magnet  160
4.1.4.2. Flow analysis in 10 [T] superconducting magnet  161 
4.1.5. Case a.v.a  168
4.1.5.1. Heat transfer rate in 5 [T] superconducting magnet  168
4.1.5.2. Flow analysis in 10 [T] superconducting magnet  169
4.1.6. Case b.v.a  176
4.1.6.1. Heat transfer rate in 5 [T] superconducting magnet  176
4.1.6.2. Flow analysis in 10 [T] superconducting magnet  177
4.2. Thermosyphon-like enclosure  183
4.2.1. Modeled system  183
4.2.2. Unstable configuration  184
4.2.3. Horizontal configuration  193
4.2.4. Stable configuration  202
5. Scaling analysis  211
6. Conclusions  221
Appendix 1  223
Appendix 2  225
Appendix 3  227
References  231

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