Sonochemistry and cavitation:
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Luxembourg
Gordon and Breach
1995
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| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XXI, 543 S. Ill., graph. Darst. |
| ISBN: | 2881248497 |
Internformat
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Datensatz im Suchindex
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| adam_text | SONOCHEMISTRY AND CAVITATION BY MILIA A. MARGULIS ALL-RUSSIAN RESEARCH
INSTITUTEFOR ORGANIC SYNTHESIS MOSCOW, RUSSIA TRANSLATED FROM THE
RUSSIAN BY GARSON LEIB GORDON AND BREACH PUBLISHERS AUSTRALIA * CHINA *
FRANCE * GERMANY * INDIA * JAPAN * LUXEMBOURG MALAYSIA * THE NETHERLANDS
* RUSSIA * SINGAPORE * SWITZERLAND THAILAND * UNITED KINGDOM * UNITED
STATES CONTENTS PREFACE XI LIST OF SYMBOLS XVII CHAPTER 1. ACOUSTIC
CAVITATION IN A LIQUID 1 1.1. BASIC PARAMETERS OF A SOUND FIELD 1 1.2.
DEFINITION OF CAVITATION 4 1.3. CAVITATION TYPES 6 1.4. CAVITATION AND
BOILING OF A LIQUID 6 1.5. MODEL OFVAPOR-GASNUCLEUS 9 1.6. FORMATION
KINETICS AND STABILITY OF BUBBLES 12 1.7. DISTRIBUTION OF BUBBLE NUCLEI
IN A LIQUID 15 1.8. MICROBUBBLE STABILITY IN A LIQUID 21 1.9. CAUSES OF
MICRO-INHOMOGENEITY FORMATION IN A LIQUID 23 1.10. THRESHOLDOFDEVELOPED
CAVITATION 25 1.11. DYNAMICS OF ONSET OF DEVELOPED CAVITATION 30 1.12.
CAVITATION PROCESSES AT LOW ULTRASOUND INTENSITIES ^3 1.13. HARMONIE
COMPONENTS OF THE CAVITATION NOISE 37 1.14. OPTICAL METHODS OF STUDYING
CAVITATION 44 1.15. DEFORMATIONS OF BUBBLES 51 1.16. HYDRODYNAMIC
CAVITATION IN A LIQUID 60 1.17. CAVITATION IN LOW-FREQUENCY ACOUSTIC
FIELDS 66 1.18. PHYSICOCHEMICAL AND CHEMICAL EFFECTS IN LOW-FREQUENCY
FIELDS 71 1.19. CHANGE IN GAS AND LIQUID CONCENTRATION PRODUCED BY
ULTRASONIC WAVES 82 1.20. INFLUENCE OF TEMPERATURE AND PRESSURE ON
CAVITATION PROCESSES 86 VI CONTENTS CHAPTER 2. THEORETICAL CONCEPTS OF
THE MECHANISM OF PHYSICAL AND PHYSICOCHEMICAL EFFECT OF CAVITATION 89
2.1. ON THE MODEL OF A COLLAPSING BUBBLE 89 2.2. THERMAL THEORIES OF
CAVITATION (GENERAL APPROACH) 91 2.3. DYNAMICS OF CAVITATION BUBBLE
PULSATION AND COUAPSE 95 2.4. BUBBLE PULSATION WITH CONSIDERATION OF
LIQUID ^ COMPRESSIBILITY 101 2.5. CONDITIONS OF SHOCK WAVE FORMATION IN
COLLAPSE OF CAVITATION BUBBLES 105 26. COMPRESSION OF CAVITATION BUBBLES
WITH CONSIDERATION OF HEAT EXCHANGE 107 2.7. COMPRESSION OF CAVITATION
BUBBLES WITH CONSIDERATION OF THEIR NONSPHERICAL NATURE AND NONIDEAL
STATE OF GAS 115 2.8. DETERMINATION OF MAXIMUM PARAMETERS ACHIEVED IN
COMPRESSION OF A CAVITATION BUBBLE 117 2.9. EARLY ELECTRICAL THEORIES OF
CAVITATION 122 2.10. ELECTROKINETIC PHENOMENA ASSOCIATED WITH
CAVITATION. A NEW ELECTRICAL THEORY. 127 CHAPTER 3. SONOLUMINESCENC E
AND SONOCHEMICAL REACTIONS 139 3.1. LUMINESCENCE OF VARIOUS LIQUIDS IN
AN ULTRASONIC FIELD 139 3.2. SONOLUMINESCENCE IN POLYMERS 142 3.3
ULTRASONIC LUMINESCENCE IN MELTS OF METALS 144 3.4. PHASE OF SONOFLASH
EMISSION 147 3.5. ELECTRICAL EFFECTS IN CAVITATION FIELDS 156 3.6.
EXPERIMENTAL MODELS OF A CAVITATION BUBBLE 161 3.7. SONOLUMINESCENCE
QUENCHING EFFECT 166 3.8. SONOLUMINESCENCE SPECTRA 173 3.9. BASIC
ELEMENTARY PROCESSES IN A CAVITATION FIELD 193 3.10. INFLUENCE OF GASES
ON THE RATE OF SONOCHEMICAL REACTIONS 214 3.11. GENERAL ANALYSISOF
EXPERIMENTAL RESULTS 216 3.12. JOINT EFFECT OF TWO FREQUENCIES OF
ACOUSTIC OSCILLATIONS 221 3.13. CHEMICAL REACTIONS IN ACOUSTIC FIELDS OF
VARIOUS CONFIGURATIONS 225 3.14. CAVITATION PRODUCED BY HYDRODYNAMIC
EMITTERS 229 3.15. SONOCHEMICAL REACTIONS IN VARIOUS SOLVENTS 237
CONTENTS VII CHAPTER 4. ENERGETICS OF SONOCHEMICAL REACTIONS AND
PHYSICOCHEMICAL PROCESSES CAUSED BY CAVITATION 241 4.1. SONOCHEMICAL
EFFICIENCY 241 4.2. SONOCHEMICAL YIELDOF PRODUCTS (ENERGY YIELD) 244
4.3. INITIAL SONOCHEMICAL YIELDS OF PRODUCTS OF ULTRASONIC WATER
DECOMPOSITION 245 4.4. RELATION BETWEEN SONOCHEMICAL REACTION RATE AND
SONOLUMINESCENCE FLUX 248 4.5. DEPENDENCE OF THE RATE OF CHEMICAL AND
PHYSICOCHEMICAL EFFECTS PRODUCED BY CAVITATION ON THE ULTRASOUND
INTENSITY 250 4.6. SONOLUMINESCENCE ENERGY YIELD AND ITS EXPERIMENTAL
DETERMINATION 263 4.7. EXPERIMENTAL METHODS OF SONOCHEMISTRY 268 4.8.
EXPERIMENTAL DETERMINATION OF EFFICIENCY OF ACOUSTIC EMULSIFICATION 273
4.9. SOLID PARTICLE DISPERSION IN AN ACOUSTIC FIELD 275 CHAPTER 5.
KINETICS OF SONOCHEMICAL REACTIONS 281 5.1. DISCUSSION OF CAVITATION
REGION MODEL 281 5.2. STEADY STATE FOR MEAN RADICAL CONCENTRATION 282
5.3. CHANGE IN THE AVERAGED CONCENTRATION OF RADICALS DURING A PERIOD
284 5.4. CAVITATION-DIFFUSION THEORY OF RADICAL DISTRIBUTION IN SPACE
AND TIME 287 5.5. DETERMINATION OF THE RADICAL RECOMBINATION COEFFICIENT
298 5.6. MATHEMATICAL MODELING OF RADICAL REACTIONS IN A CAVITATION
BUBBLE 301 5.7. CLASSIFICATION OF SONOCHEMICAL REACTIONS 310 CHAPTER 6.
SONOCHEMISTRY OF WATER AND AQUEOUS SOLUTIONS 313 6.1. FEATURES OF
EXPERIMENTAL RESULTS 313 6.2. SONOLYSIS OF CHLORACETIC ACID SOLUTIONS.
PROBLEM OF HYDRATED ELECTRON FORMATION 318 6.3. REDUCTIONOFCERIUM(IV)
SULFATE 327 6.4. OXIDATIONOFLRON(II) SULFATE 330 6.5. REDOX PROCESSES IN
SOLUTIONS OF IRON(III) COMPLEXES 332 VIII 6.6. 6.7. 6.8. 6.9. 6.10
CONTENTS FORMATION OF HYDROGEN PEROXIDE AND MOLECULAR HYDROGEN IN WATER
SONOLYSIS SONOLYSIS OF FORMATES CALCULATION OF INITIAL SONOCHEMICAL
YIELDS SONOCHEMICAL REACTIONS IN WATER AND AQUEOUS SOLUTIONS IN A
NITROGEN ATMOSPHERE . INITIATION OF AN ULTRASONIC CHAIN REACTION OF
STEREOISOMERIZATION OF ETHYLENE-1,2-DICARBOXYLIC ACID AND ITS ESTERS 338
341 345 353 363 CHAPTER7. OSCILLATORY REACTIONS IN AN ACOUSTIC FIELD 371
7.1. EFFECT OF ULTRASOUND ON THE BELOUSOV-ZHABOTINSKII OSCILLATORY
REACTION 372 7.2. INITIATION OF OSCILLATORY REACTIONS IN A SOLUTION OF
DICHLOROSILANE OLIGOMERS AND POLYMERS 394 CHAPTER 8. EFFECT OF
ULTRASONIC WAVES ON CHEMICAL REACTIONS IN NONAQUEOUS SYSTEMS 8.1. 8.2.
8.3. 8.4. 8.5. 8.6. 8.7. 8.8. 8.9. 8.10. 8.11. 8.12. 8.13. 8.14. 8.15.
8.16. 8.17. 8.18. PYROLYSIS OF HYDROCARBONS OXIDATION OF HYDROCARBONS
OXIDATION OF ALDEHYDES AND ALCOHOLS DECOMPOSITION AND DIMERIZATION OF
ALKYL HALIDES REACTION OF HALOGEN DERIVATIVES WITH METALS (WURTZ
REACTION) ALKYLATION OF AROMATIC COMPOUNDS PREPARATION OF THIOAMIDES AND
THIOCARBAMATES SYNTHESIS OF ORGANOMETALLIC COMPOUNDS SELECTED REACTIONS
OF METALS REACTION OF ALKYL HALIDES WITH METALS AND CARBONYL COMPOUNDS
(BARBIER REACTION) REACTION OF ALKYL HALIDES WITH METALS AND
DIMETHYLFORMAMIDE THE ULIMANN REACTION REDUCTION BY HYDRIDES ON METALS
REACTIONS WITH THE PARTICIPATION OF HALIDE ACETATES AND ZINC
(REFORMATSKII REACTION) CYCLOADDITION REACTIONS OF HALIDE DERIVATION
EXCHANGE PREPARATION AND REACTION OF PERFLUOROALKYL COMPOUNDS CARBENE
SYNTHESIS 407 408 410 413 418 419 420 421 426 428 430 431 433 434 435
437 439 439 441 CONTENTS IX 8.19. DIMERIZATION AND OLIGOMENZATION OF
SILANE AND STANNANE HALIDES 442 8.20. DISSOCIATION OF METAL CARBONYLS
AND LIGAND SUBSTITUTION 443 8.21. SYNTHESISOFNITRILES 449 8.22.
PRELIMINARY CONCLUSION 450 CHAPTER 9. CATALYTIC AND ELECTROCHEMICAL
PROCESSES IN AN ULTRASONIC FIELD 455 9.1. HOMOGENEOUS CATALYSIS BY METAL
CARBONYLS 456 9.2. HETEROGENEOUS CATALYSIS BY METALS 458 9.3.
ELECTROCHEMICAL PROCESSES 469 CHAPTER 10. REACTIONS OF MACROMOLECULES IN
AN ULTRASONIC FIELD 471 10.1. DESTRUCTION OF POLYMER MOLECULES 471 10.2.
FORMATION OF BLOCK AND GRAFT POLYMERS 479 10.3. POLYMERIZATION IN AN
ULTRASONIC FIELD 484 CHAPTER 11. PROSPECTS OF THE TECHNOLOGICAL
APPLICATION OF ULTRASOUND 489 REFERENCES 497 INDEX 517 APPENDIX 525 A.
1. CHEMICAL REACTIONS AND SONOLUMINESCENCE IN PULSED ULTRASOUND FIELDS
525 A.2. EVIDENCE THAT ACOUSTICALLY EXCITED GAS BUBBLES CARRY A NEGATIVE
CHARGE 530 A.3. A HOLOGRAPHIE STUDY OF SHOCK-WAVE FORMATION IN A
CAVITATION FIELD 535 A.4. SOME INVESTIGATIONS OF SONOLUMINESCENCE BY
SINGLE, STABLE CAVITATION BUBBLE TECHNIQUES 536
|
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| author_facet | Margulis, Milia Arkadevich |
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| id | DE-604.BV010782511 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T17:58:48Z |
| institution | BVB |
| isbn | 2881248497 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-007201737 |
| oclc_num | 633524986 |
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| owner_facet | DE-355 DE-BY-UBR |
| physical | XXI, 543 S. Ill., graph. Darst. |
| publishDate | 1995 |
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| publisher | Gordon and Breach |
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| spelling | Margulis, Milia Arkadevich Verfasser aut Zvukokhimicheskie reaktsii i sonoliuminestsentsiia Sonochemistry and cavitation by Milia A. Margulis Luxembourg Gordon and Breach 1995 XXI, 543 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Ultraschallchemie (DE-588)4186723-3 gnd rswk-swf Sonolumineszenz (DE-588)4416378-2 gnd rswk-swf Kavitation (DE-588)4163525-5 gnd rswk-swf Ultraschallchemie (DE-588)4186723-3 s Kavitation (DE-588)4163525-5 s DE-604 Sonolumineszenz (DE-588)4416378-2 s GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007201737&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Margulis, Milia Arkadevich Sonochemistry and cavitation Ultraschallchemie (DE-588)4186723-3 gnd Sonolumineszenz (DE-588)4416378-2 gnd Kavitation (DE-588)4163525-5 gnd |
| subject_GND | (DE-588)4186723-3 (DE-588)4416378-2 (DE-588)4163525-5 |
| title | Sonochemistry and cavitation |
| title_alt | Zvukokhimicheskie reaktsii i sonoliuminestsentsiia |
| title_auth | Sonochemistry and cavitation |
| title_exact_search | Sonochemistry and cavitation |
| title_full | Sonochemistry and cavitation by Milia A. Margulis |
| title_fullStr | Sonochemistry and cavitation by Milia A. Margulis |
| title_full_unstemmed | Sonochemistry and cavitation by Milia A. Margulis |
| title_short | Sonochemistry and cavitation |
| title_sort | sonochemistry and cavitation |
| topic | Ultraschallchemie (DE-588)4186723-3 gnd Sonolumineszenz (DE-588)4416378-2 gnd Kavitation (DE-588)4163525-5 gnd |
| topic_facet | Ultraschallchemie Sonolumineszenz Kavitation |
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