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01959nam a2200157 a 4500 |
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050201s1943||||xxua |||||||||||||eng|| |
| 942 |
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|c BK
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| 041 |
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|a eng
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| 082 |
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|a 621.3143
|b M174
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| 100 |
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|a Massachusetts Institute of Technology.
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| 245 |
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|a Magnetic Circuits and Transformers. A First Course for Power and Communication Engineers. /
|c Massachusetts Institute of Technology..
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| 260 |
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|a New York :
|b John Wiley & Sons, Inc.,
|c 1943
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| 300 |
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|a 718 p. ;
|b il.
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| 592 |
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|a I. Properties of Ferromagnetic MaterialsII. The Magnetic-Circuit ConceptIII. Principles of Magnetic Circuit ComputationsIV. Permanet Magnets and Energy in the magnetic FieldV. Losses in Magnetic Cores Containing Time-Varying FluxesVI. Alternating-Current Excitation Charateristic of Iron-Core Reactors and TransformersVII. Model Theory and Design on Iron-Core ReactorsVIII. Thermal Properties and Ha FlowIX. General Design and Cost ConsiderationsX. Trasnformers; General PrincilesXI. Physical Features of TransformersXII. Magnetic Leakage in TransformersXIII. Lakage InductancesXIV. Voltage Regulations, Efficiency, and RatingXV. AutotransformersXVI. Economy in Power-System Transformer ApplicationXVII. Self and Mutual InductanceXVIII. Frecuency CharacteristcsXIX. Special Applications of Transformers in Power SystemsXX. Application of Transformers ijn Telephone SystemsXXI. Three-Phase Confections; General ConsiderationsXXII. Effects of Transformer Impedances in Balanced Three-Phase CircuitsXXIII. Harmonic Phenomena in Three-Phase CircuitsXXIV. Unbalanced Conditions in Three-Phase Transformers BanksXXV. Three-Phase Connections of AutotransformersXXVI. Three Phase TransformersXXVII. Multicircuit TransformersXXVIII. Transformers Connections for Phase TransformationXXIX. Parallel Operation of Transformers.
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|d 93901
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| 952 |
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|8 CG
|9 170035
|a 15
|b 15
|c CG
|d 2012-08-15
|i 15003162
|o 621.3143 M174
|p 15003162
|r 2012-08-15
|t 1
|w 2012-08-15
|y BK
|