Encyclopedia of applied physics </titleInfo> <name type="personal"> <namePart>Trigg, George L.</namePart> <role> <roleTerm type="text" authority="marcrelator">creator</roleTerm> </role> </name> <name type="personal"> <namePart>Vera, Eduardo S.</namePart> <role> <roleTerm type="text" authority="marcrelator">creator</roleTerm> </role> </name> <name type="personal"> <namePart>Greulich, Walter</namePart> <role> <roleTerm type="text" authority="marcrelator">creator</roleTerm> </role> </name> <name type="personal"> <namePart>Immergut, E. H.</namePart> <role> <roleTerm type="text" authority="marcrelator">creator</roleTerm> </role> </name> <name type="personal"> <namePart>edited by George L. 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Magnetic materials to Mechanical vibration and damping -- v. 10. Mechanics, classical to Monte Carlo methods -- v. 11. Mössbauer effect to Nuclear structure -- v. 12. Nuclear waste measurement to Optics, underwater -- v. 13. Order-disorder transition to Physics and engineering organizations//V. 14. Physics and technology of ion and electron sources to Positron-annihilation spectroscopy -- v. 15. Power electronics to Raman scattering -- v. 16. Raman spectroscopy instrumentation to Schotty barriers -- v. 17. Scientific computing by numerical methods to Separation processes -- v. 18. Servo and control devices to Sonic noise -- v. 19. Sololuminescence to Steel -- v. 20. Stirling engines to Test equipment, electrical -- v. 21. Testing equipment - mechanical to Topological phase effects//V. 22. Topology to Underwater and atmospheric acoustic signal processing-- v. 23. 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H.</namePart> <role> <roleTerm type="text" authority="marcrelator">creator</roleTerm> </role> </name> <name type="personal"> <namePart>edited by George L. Trigg</namePart> </name> <typeOfResource>text</typeOfResource> <originInfo> <publisher>VCH Publishers</publisher> <dateIssued/> <frequency>unknown</frequency> </originInfo> <language> <languageTerm authority="iso639-2b" type="code">eng</languageTerm> </language> <physicalDescription> <form authority="marcform">volume</form> <extent>1 v. ; 26 cm</extent> </physicalDescription> <subject> </subject> <classification authority="udc">621</classification> <abstract/> <note>V. 1. Accelerators, linear to Analytic methods -- v. 2. Artificial intelligence to Bus systems and computer interfacing -- v. 3. Clibration and maintenance of test and measuring equipment to Collective phenomena in solids -- v. 4. Combustion to Diamagnetism -- v. 5. Diamond and diamonlike carbon to Electron structure of solids -- v. 6. Electron circuits to Fusion, magnetic confinement//V. 7. Fusion technologies to Imaging techniques, biomedical -- v. 8. Inductors to Magnetic devices -- v. 9. Magnetic materials to Mechanical vibration and damping -- v. 10. Mechanics, classical to Monte Carlo methods -- v. 11. Mössbauer effect to Nuclear structure -- v. 12. Nuclear waste measurement to Optics, underwater -- v. 13. Order-disorder transition to Physics and engineering organizations//V. 14. Physics and technology of ion and electron sources to Positron-annihilation spectroscopy -- v. 15. Power electronics to Raman scattering -- v. 16. Raman spectroscopy instrumentation to Schotty barriers -- v. 17. Scientific computing by numerical methods to Separation processes -- v. 18. Servo and control devices to Sonic noise -- v. 19. Sololuminescence to Steel -- v. 20. Stirling engines to Test equipment, electrical -- v. 21. Testing equipment - mechanical to Topological phase effects//V. 22. Topology to Underwater and atmospheric acoustic signal processing-- v. 23. 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H.</namePart> <role> <roleTerm type="text" authority="marcrelator">creator</roleTerm> </role> </name> <name type="personal"> <namePart>edited by George L. Trigg</namePart> </name> <typeOfResource>text</typeOfResource> <originInfo> <publisher>VCH Publishers</publisher> <dateIssued/> <frequency>unknown</frequency> </originInfo> <language> <languageTerm authority="iso639-2b" type="code">eng</languageTerm> </language> <physicalDescription> <form authority="marcform">volume</form> <extent>1 v. ; 26 cm</extent> </physicalDescription> <subject> </subject> <classification authority="udc">621</classification> <abstract/> <note>V. 1. Accelerators, linear to Analytic methods -- v. 2. Artificial intelligence to Bus systems and computer interfacing -- v. 3. Clibration and maintenance of test and measuring equipment to Collective phenomena in solids -- v. 4. Combustion to Diamagnetism -- v. 5. Diamond and diamonlike carbon to Electron structure of solids -- v. 6. Electron circuits to Fusion, magnetic confinement//V. 7. Fusion technologies to Imaging techniques, biomedical -- v. 8. Inductors to Magnetic devices -- v. 9. Magnetic materials to Mechanical vibration and damping -- v. 10. Mechanics, classical to Monte Carlo methods -- v. 11. Mössbauer effect to Nuclear structure -- v. 12. Nuclear waste measurement to Optics, underwater -- v. 13. Order-disorder transition to Physics and engineering organizations//V. 14. Physics and technology of ion and electron sources to Positron-annihilation spectroscopy -- v. 15. Power electronics to Raman scattering -- v. 16. Raman spectroscopy instrumentation to Schotty barriers -- v. 17. Scientific computing by numerical methods to Separation processes -- v. 18. Servo and control devices to Sonic noise -- v. 19. Sololuminescence to Steel -- v. 20. Stirling engines to Test equipment, electrical -- v. 21. Testing equipment - mechanical to Topological phase effects//V. 22. Topology to Underwater and atmospheric acoustic signal processing-- v. 23. 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H.</namePart> <role> <roleTerm type="text" authority="marcrelator">creator</roleTerm> </role> </name> <name type="personal"> <namePart>edited by George L. Trigg</namePart> </name> <typeOfResource>text</typeOfResource> <originInfo> <publisher>VCH Publishers</publisher> <dateIssued/> <frequency>unknown</frequency> </originInfo> <language> <languageTerm authority="iso639-2b" type="code">eng</languageTerm> </language> <physicalDescription> <form authority="marcform">volume</form> <extent>1 v. ; 26 cm</extent> </physicalDescription> <subject> </subject> <classification authority="udc">621</classification> <abstract/> <note>V. 1. Accelerators, linear to Analytic methods -- v. 2. Artificial intelligence to Bus systems and computer interfacing -- v. 3. Clibration and maintenance of test and measuring equipment to Collective phenomena in solids -- v. 4. Combustion to Diamagnetism -- v. 5. Diamond and diamonlike carbon to Electron structure of solids -- v. 6. Electron circuits to Fusion, magnetic confinement//V. 7. Fusion technologies to Imaging techniques, biomedical -- v. 8. Inductors to Magnetic devices -- v. 9. Magnetic materials to Mechanical vibration and damping -- v. 10. Mechanics, classical to Monte Carlo methods -- v. 11. Mössbauer effect to Nuclear structure -- v. 12. Nuclear waste measurement to Optics, underwater -- v. 13. Order-disorder transition to Physics and engineering organizations//V. 14. Physics and technology of ion and electron sources to Positron-annihilation spectroscopy -- v. 15. Power electronics to Raman scattering -- v. 16. Raman spectroscopy instrumentation to Schotty barriers -- v. 17. Scientific computing by numerical methods to Separation processes -- v. 18. Servo and control devices to Sonic noise -- v. 19. Sololuminescence to Steel -- v. 20. Stirling engines to Test equipment, electrical -- v. 21. Testing equipment - mechanical to Topological phase effects//V. 22. 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H.</namePart> <role> <roleTerm type="text" authority="marcrelator">creator</roleTerm> </role> </name> <name type="personal"> <namePart>edited by George L. Trigg</namePart> </name> <typeOfResource>text</typeOfResource> <originInfo> <publisher>VCH Publishers</publisher> <dateIssued/> <frequency>unknown</frequency> </originInfo> <language> <languageTerm authority="iso639-2b" type="code">eng</languageTerm> </language> <physicalDescription> <form authority="marcform">volume</form> <extent>1 v. ; 26 cm</extent> </physicalDescription> <subject> </subject> <classification authority="udc">621</classification> <abstract/> <note>V. 1. Accelerators, linear to Analytic methods -- v. 2. Artificial intelligence to Bus systems and computer interfacing -- v. 3. Clibration and maintenance of test and measuring equipment to Collective phenomena in solids -- v. 4. Combustion to Diamagnetism -- v. 5. Diamond and diamonlike carbon to Electron structure of solids -- v. 6. 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Electron circuits to Fusion, magnetic confinement//V. 7. Fusion technologies to Imaging techniques, biomedical -- v. 8. Inductors to Magnetic devices -- v. 9. Magnetic materials to Mechanical vibration and damping -- v. 10. Mechanics, classical to Monte Carlo methods -- v. 11. Mössbauer effect to Nuclear structure -- v. 12. Nuclear waste measurement to Optics, underwater -- v. 13. Order-disorder transition to Physics and engineering organizations//V. 14. Physics and technology of ion and electron sources to Positron-annihilation spectroscopy -- v. 15. Power electronics to Raman scattering -- v. 16. Raman spectroscopy instrumentation to Schotty barriers -- v. 17. Scientific computing by numerical methods to Separation processes -- v. 18. Servo and control devices to Sonic noise -- v. 19. Sololuminescence to Steel -- v. 20. Stirling engines to Test equipment, electrical -- v. 21. Testing equipment - mechanical to Topological phase effects//V. 22. 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H.</namePart> <role> <roleTerm type="text" authority="marcrelator">creator</roleTerm> </role> </name> <name type="personal"> <namePart>edited by George L. Trigg</namePart> </name> <typeOfResource>text</typeOfResource> <originInfo> <publisher>VCH Publishers</publisher> <dateIssued/> <frequency>unknown</frequency> </originInfo> <language> <languageTerm authority="iso639-2b" type="code">eng</languageTerm> </language> <physicalDescription> <form authority="marcform">volume</form> <extent>1 v. ; 26 cm</extent> </physicalDescription> <subject> </subject> <classification authority="udc">621</classification> <abstract/> <note>V. 1. Accelerators, linear to Analytic methods -- v. 2. Artificial intelligence to Bus systems and computer interfacing -- v. 3. Clibration and maintenance of test and measuring equipment to Collective phenomena in solids -- v. 4. Combustion to Diamagnetism -- v. 5. Diamond and diamonlike carbon to Electron structure of solids -- v. 6. Electron circuits to Fusion, magnetic confinement//V. 7. Fusion technologies to Imaging techniques, biomedical -- v. 8. Inductors to Magnetic devices -- v. 9. Magnetic materials to Mechanical vibration and damping -- v. 10. Mechanics, classical to Monte Carlo methods -- v. 11. Mössbauer effect to Nuclear structure -- v. 12. Nuclear waste measurement to Optics, underwater -- v. 13. Order-disorder transition to Physics and engineering organizations//V. 14. Physics and technology of ion and electron sources to Positron-annihilation spectroscopy -- v. 15. Power electronics to Raman scattering -- v. 16. Raman spectroscopy instrumentation to Schotty barriers -- v. 17. Scientific computing by numerical methods to Separation processes -- v. 18. Servo and control devices to Sonic noise -- v. 19. Sololuminescence to Steel -- v. 20. Stirling engines to Test equipment, electrical -- v. 21. Testing equipment - mechanical to Topological phase effects//V. 22. 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Electron circuits to Fusion, magnetic confinement//V. 7. Fusion technologies to Imaging techniques, biomedical -- v. 8. Inductors to Magnetic devices -- v. 9. Magnetic materials to Mechanical vibration and damping -- v. 10. Mechanics, classical to Monte Carlo methods -- v. 11. Mössbauer effect to Nuclear structure -- v. 12. Nuclear waste measurement to Optics, underwater -- v. 13. Order-disorder transition to Physics and engineering organizations//V. 14. Physics and technology of ion and electron sources to Positron-annihilation spectroscopy -- v. 15. Power electronics to Raman scattering -- v. 16. Raman spectroscopy instrumentation to Schotty barriers -- v. 17. Scientific computing by numerical methods to Separation processes -- v. 18. Servo and control devices to Sonic noise -- v. 19. Sololuminescence to Steel -- v. 20. Stirling engines to Test equipment, electrical -- v. 21. Testing equipment - mechanical to Topological phase effects//V. 22. 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