Industrial plasma technology: applications from environmental to energy technologies
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| Format: | Book |
| Language: | English |
| Published: |
Weinheim
Wiley-VCH
2010
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| Subjects: | |
| Online Access: | Inhaltstext Inhaltsverzeichnis |
| Physical Description: | XXXI, 434 S. Ill., graph. Darst. |
| ISBN: | 9783527325443 |
Staff View
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Record in the Search Index
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|---|---|
| adam_text |
CONTENTS 1 1.1 1.1.1 1.2 1.2.1 1.2.2 PREFACE XVII LIST OF CONTRIBUTORS
XIX INTRODUCTION TO PLASMAS HIDEO IKEGAMI PLASMAS 1 PLASMA
CHARACTERISTICS DISCHARGE PLASMAS 3 GLOW PLASMA 3 ATMOSPHERIC PLASMAS 4
REFERENCES 5 2 ENVIRONMENTAL APPLICATION OF NONTHERMAL PLASMA 7 AKIRA
MIZUNO 2.1 INTRODUCTION 7 2.2 GENERATION OF ATMOSPHERIC NONTHERMAL
PLASMA 7 2.3 INDOOR AIR CLEANING SYSTEM USING PLASMA AND CATALYST
COMBINATION 9 2.4 DIESEL EXHAUST CLEANING 12 2.5 INTERACTION OF
ATMOSPHERIC PLASMA WITH LIQUID 14 2.6 CONCLUDING REMARKS 16 REFERENCES
16 3 ATMOSPHERIC PLASMA AIR POLLUTION CONTROL, SOLID WASTE, AND WATER
TREATMENT TECHNOLOGIES: FUNDAMENTAL AND OVERVIEW 19 JEN-SHIH CHANG 3.1
INTRODUCTION 19 3.1.1 NONTHERMAL PLASMA AIR POLLUTION CONTROL 19 3.1.2
THERMAL PLASMA SOLID WASTE TREATMENT 20 BIBLIOGRAFISCHE INFORMATIONEN
HTTP://D-NB.INFO/996919325 DIGITALISIERT DURCH VI CONTENTS 3.4 PLASMA
REACTOR 24 3.4.1 NONTHERMAL PLASMA REACTOR 24 3.4.2 THERMAL PLASMA
REACTORS 25 3.4.3 ELECTROHYDRAULIC DISCHARGE 26 3.5 DETERMINATION OF
PLASMA PARAMETERS AND THE OTHER PHENOMENA 29 3.6 ENGINEERING AND
ECONOMICS 30 3.6.1 NONTHERMAL PLASMA POLLUTION CONTROL 30 3.6.2 THERMAL
PLASMA SOLID WASTE AND WATER TREATMENT 32 3.7 CONCLUDING REMARKS 32
REFERENCES 34 4 OPTICAL DIAGNOSTICS FOR HIGH-PRESSURE NONTHERMAL PLASMA
ANALYSIS 37 TETSUJI ODA AND RYO ONO 4.1 INTRODUCTION 37 4.2 EXPERIMENTAL
EXAMPLES 38 4.2.1 OPTICAL EMISSION PHOTOGRAPH 38 4.2.2 OPTICAL EMISSION
SPECTRA 39 4.2.3 LASER-INDUCED FLUORESCENCE (LIF) 39 4.2.3.1 OH RADICAL
39 4.2.4 LIF OF ATOMIC OXYGEN RADICAL 41 4.2.5 LIF OF NO MOLECULE 41
4.2.6 N 2 (A) LIF IN THE PLASMA 41 4.2. CONTENTS VII 6 WATER PLASMAS FOR
ENVIRONMENTAL APPLICATION 65 TAKAYUKI WATANABE 6.1 INTRODUCTION 65 6.2
WATER PLASMA GENERATION AND ITS CHARACTERISTICS 66 6.2.1 WATER PLASMA
GENERATION 66 6.2.2 TEMPERATURE MEASUREMENTS 68 6.3 DECOMPOSITION OF
HALOGENATED HYDROCARBONS 69 6.3.1 THERMODYNAMIC CONSIDERATION 70 6.3.2
EXPERIMENTAL SETUPS 72 6.3.3 EXPERIMENTAL RESULTS 73 6.4 CONCLUSION 75
REFERENCES 76 7 CHEMISTRY OF ORGANIC POLLUTANTS IN ATMOSPHERIC PLASMAS
79 ESTER MAROTTA, MILKO SCHIORLIN, MASSIMO REA, AND CRISTINA PARADISI
7.1 INTRODUCTION 79 7.2 EXPERIMENTAL 80 7.2.1 CHEMICALS 80 7.2.2
EXPERIMENTS WITH THE CORONA REACTOR 81 7.2.3 ANALYSIS OF IONS 82 7.3
RESULTS AND DISCUSSION 82 7A CONCLUSIONS 90 ACKNOWLEDGMENTS 91
REFERENCES 91 8 VILI CONTENTS ACKNOWLEDGMENTS 111 REFERENCES 111 10
PHARMACEUTICAL AND BIOMEDICAI ENGINEERING BY PLASMA TECHNIQUES 113
MASAYUKI KUZUYA, YASUSHI SASAI, SHIN-ICHI KONDO, AND YUKINORI YAMAUCHI
10.1 INTRODUCTION 113 10.2 NATURE OF PLASMA-INDUCED POLYMER RADICALS 114
10.3 PHARMACEUTICAL ENGINEERING FOR DDS PREPARATION BY PLASMA TECHNIQUES
118 10.3.1 PREPARATION OF SUSTAINED-RELEASE DDS FROM PLASMA-IRRADIATED
DC TABLETS 118 10.3.2 PREPARATION OF TIME-CONTROLLED DRUG RELEASE SYSTEM
BY PLASMA TECHNIQUES 122 10.3.3 PREPARATION OF INTRAGASTRICFDDS BY
PLASMA TECHNIQUES 123 10.3.4 , PATIENT-TAILORED DDS FOR LARGE INTESTINE
TARGETED-RELEASE PREPARATIONS 125 10.3.5 PREPARATION OF FUNCTIONALIZED
COMPOSITE POWDERS APPLICABLE TO MATRIX-TYPE DDS 128 10.4 BIOMEDICAI
ENGINEERING BY PLASMA TECHNIQUES 129 10.4.1 PREPARATION OF CLINICAL
CATHETER WITH DURABLE SURFACE LUBRICITY 130 10.4.2 IMPROVEMENT OF CELL
ADHESION BY IMMOBILIZING VEMAC ON POLYMER SURFACE 131 10.4. CONTENTS IX
12.3 DISCHARGE PLASMAS BY PULSED POWER 151 12.3.1 LARGE VOLUME DISCHARGE
PLASMAS IN ATMOSPHERIC GASES 151 12.3.2 LARGE VOLUME DISCHARGE PLASMAS
IN WATER 153 12 A ACTION OF PULSED POWER AND DISCHARGE PLASMATO
BIOSYSTEMS 158 12.4.1 ACTION OF PULSED POWER TO BIOSYSTEMS 158 12.4.2
CLEANING OF LAKES AND DAMS 160 12.5 SUMMARY 161 REFERENCES 162 13
APPLICATIONS OF PLASMA POLYMERIZATION IN BIOMATERIALS 165 DAVID A.
STEELE AND ROBERT D. SHORT 13.1 INTRODUCTION 165 13.2 EXAMPLE 1:
IMPROVING SURFACES FOR BLOOD BIOCOMPATIBILITY 168 13.3 EXAMPLE 2:
FOREIGN BODY RESPONSE 170 13.4 EXAMPLE 3: EXTENDED WEAR CONTACT LENSES
173 13.5 EXAMPLE 4: PLATFORM FOR IMMOBILIZING A BIOMOLECULE 174 13.6
EXAMPLE 5: AN IMPROVED SURFACE PLASMON RESONANCE BIOSENSOR 177 13.7
CONCLUSIONS 178 REFERENCES 178 14 PLASMA STERILIZATION AT NORMAL
ATMOSPHERIC PRESSURE 181 TETSUYA AKITSU, SITI KHADIJAH ZA ABA, HIROSHI
OHKAWA, KEIKO KATAYAMA-HIRAYAMA, X CONTENTS 15 A CONCLUSIONS 197
ACKNOWLEDGMENTS 198 REFERENCES 199 16 STERILIZATION AND PROTEIN
TREATMENT USING OXYGEN RADICALS PRODUCED BY RF DISCHARGE 201 NOBUYA
HAYASHI AND AKIRA YONESU 16.1 INTRODUCTION 201 16.2 EXPERIMENTAL
PROCEDURE 201 16.3 GENERATION OF OXYGEN RADICALS 202 16.4 STERILIZATION
OF MEDICAL EQUIPMENTS 203 16.5 DECOMPOSITION OF PROTEIN'S STRUCTURE 204
REFERENCES 206 17 HYDROPHILICITY AND BIOACTIVITY OF A POLYETHYLENE
TEREPHTHALATE SURFACE MODIFIED BY PLASMA-INITIATED GRAFT POLYMERIZATION
207 NAGAHIRO SAITO, TAKAHIRO ISHIZAKI, JUNKO HIEDA, SYOHEI FUJITA, AND
OSAMU TAKAI 17.1 INTRODUCTION 207 17.2 EXPERIMENTAL 208 17.2.1 MATERIALS
208 17.2.2 SURFACE MODIFICATION 208 17.2.3 SURFACE CHARACTERIZATION 209
17.2.4 CELL CULTURE 209 17.3 RESULTS AND DISCUSSION 209 17. CONTENTS XI
19.3.1 H 2 PLASMA CHARACTERISTICS 238 19.3.2 SIH 4 /H 2 PLASMA
CHARACTERISTICS 242 19.4 SUMMARY 244 REFERENCES 245 20 DEPOSITION OF
A-SI : H FILMS WITH HIGH STABILITY AGAINST LIGHT EXPOSURE BY REDUCING
DEPOSITION OF NANOPARTICLES FORMED IN SIH 4 DISCHARGES 247 KAZUNORI
KOGA, MASAHARU SHIRATANI, AND YUKIO WATANABE 20.1 INTRODUCTION 247 20.2
FORMATION MECHANISM OF NANOPARTICLES IN SILANE DISCHARGES 248 20.3
CONTRIBUTION OF HIGHER ORDER SILANE MOLECULES AND NANOPARTICLES TO SIH2
BOND FORMATION IN FILMS 250 20.4 EFFECTS OF NANOPARTICLES ON A-SI : H
QUALITIES 252 20.5 HIGH RATE DEPOSITION OF A-SI : H FILMS OF HIGH
STABILITY AGAINST LIGHT EXPOSURE USING MULTIHOLLOW DISCHARGE PLASMA CVD
254 20.6 CONCLUSIONS 256 ACKNOWLEDGMENTS 256 REFERENCES 256 21
DIAGNOSTICS AND MODELING OF SIH 4 /H 2 PLASMAS FOR THE DEPOSITION OF
MICROCRYSTALLINE SILICON: THE CASE OF DUAL-FREQUENCY SOURCES 259 XII
CONTENTS ACKNOWLEDGMENTS 297 REFERENCES 297 24 APPLICATIONS OF DLCS TO
BIOPROCESSING 302 TATSUYUKI NAKATANI AND YUKI NITTA 24.1 INTRODUCTION
301 24.2 HIGH-TENACITY DLC TIN FILMS FOR STENTS 303 24.3 APPLICATIONS OF
DLC FILMS TO CORONARY DRUG-ELUTING STENT 305 24 A DLC FILMS WITH
CONTROLLED ZETA POTENTIAL OF BIOMATERIALS 306 24.5 CHARACTERIZATION OF
BIOMIMETIC DLC AND IN VITRO BIOCOMPATIBILITY EVALUATION 308 24.5.1
BIOMIMETIC DLC AND BLOOD COMPATIBILITY 309 24.5.2 BIOMIMETIC DLC AND
CYTOCOMPATIBILITY 309 24.6 CONCLUSION 322 ACKNOWLEDGMENTS 313 REFERENCES
323 25 PLASMA PROCESSING OF NANOCRYSTALLINE SEMICONDUCTIVE CUBIC BORON
NITRIDE THIN FILMS 325 KENJI NOSE AND TOYONOBU YOSHIDA 25.1 INTRODUCTION
325 25.2 FUNDAMENTAL PROPERTIES OF CBN 326 25.2.1 PHYSICAL PROPERTIES
326 25.2.2 ELECTRONIC PROPERTIES 327 25.2.3 INTRINSIC ELECTRONIC STATE
327 25.2.3.1 SELF-DEFECTS 318 25.2.3.2 DOPANTS 328 25.3 GROWTH OFCBN
THIN FILMS 329 25.3. CONTENTS XIII 25.5 CONCLUSION 332 REFERENCES 332 26
FUNDAMENTALS ON TRIBOLOGY OF PLASMA-DEPOSITED DIAMOND-LIKE CARBON FILMS
335 JULIEN FONTAINE AND CHRISTOPHE DONNET 26.1 INTRODUCTION 335 26.2
SPECIAL CASE OF DLC COATINGS 335 26.3 SUPERLUBRICITY OF DLC COATINGS 336
26.4 CONCLUSION 337 REFERENCES 337 27 DIAMOND-LIKE CARBON THIN FILMS
GROWN IN PULSED-DC PLASMAS 339 ENRIE BERTRAN, MIGUEL RUBIO-ROY, CARLES
CORBELLA, AND JOSE-LUIS ANDUJAR 27.1 INTRODUCTION 339 27.2 EXPERIMENTAL
DETAILS 340 27.3 RESULTS AND DISCUSSION 342 21A CONCLUSIONS 347
ACKNOWLEDGMENTS 347 REFERENCES 347 28 PLASMA DEPOSITION OF N-TIO 2 THIN
FILMS 349 PABLO ROMERO-GOMEZ, ANGEL BARRANCO, JOSE COTRINO, JUAN P.
ESPINOS, FRANCISCO YUBERO, AND AGUSTIN R. GONZALEZ-ELIPE 28.1
INTRODUCTION 349 28.2 EXPERIMENTAL SETUP AND DIAGNOSTIC TECHNIQUES 350
XIV CONTENTS 30.2 MICROPLASMA IN SINGLE USE AS PLASMA JET 367 30.3
MICROPLASMA INTEGRATION FOR LARGE-AREA MATERIAL PROCESSING 370 30.4
MICROPLASMA INTEGRATION FOR ELECTROMAGNETIC MEDIA 372 30.5 CONCLUDING
REMARKS AND PERSPECTIVES 375 ACKNOWLEDGMENTS 375 REFERENCES 375 31
NANOBLOCK ASSEMBLY USING PULSE RF DISCHARGES WITH AMPLITUDE MODULATION
377 SHINYA IWASHITA, HIROSHI MIYATA, KAZUNORI KOGA, AND MASAHARU
SHIRATANI 31.1 INTRODUCTION 377 31.2 FORMATION OF NANOBLOCKS AND THEIR
AGGLOMERATION 378 31.3 ASSEMBLY OF NANOBLOCKS IN GAS PHASE USING
AGGLOMERATION 379 31A CONCLUSIONS 382 ACKNOWLEDGMENTS 382 REFERENCES 383
32 THOMSON SCATTERING DIAGNOSTICS OF DISCHARGE PLASMAS 385 KIICHIRO
UCHINO AND KENTARO TORNITA 32.1 INTRODUCTION 385 32.2 APPLICATION TO
LOW-PRESSURE PLASMAS 386 32.3 DIAGNOSTICS OF PDP PLASMAS 387 32.3.1 LTS
USING A VISIBLE SYSTEM 387 CONTENTS XV 33.7 CONCLUSION 407 REFERENCES
408 34 COLLECTION AND REMOVAL OF FINE PARTICLES IN PLASMA CHAMBERS 409
NORIYOSHI SATO 34.1 INTRODUCTION 409 34.2 NFP-COLLECTOR 420 34.3 DITCH
GUIDANCE 424 34.4 PLATE CLEANING 427 34.5 EFFECTS ON PARTICLES PRODUCED
IN PLASMAS 429 34.6 CONCLUSIONS 422 ACKNOWLEDGMENTS 422 REFERENCES 422
INDEX 425 |
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| title | Industrial plasma technology applications from environmental to energy technologies |
| title_auth | Industrial plasma technology applications from environmental to energy technologies |
| title_exact_search | Industrial plasma technology applications from environmental to energy technologies |
| title_full | Industrial plasma technology applications from environmental to energy technologies ed. by Yoshinobu Kawai ... |
| title_fullStr | Industrial plasma technology applications from environmental to energy technologies ed. by Yoshinobu Kawai ... |
| title_full_unstemmed | Industrial plasma technology applications from environmental to energy technologies ed. by Yoshinobu Kawai ... |
| title_short | Industrial plasma technology |
| title_sort | industrial plasma technology applications from environmental to energy technologies |
| title_sub | applications from environmental to energy technologies |
| topic | Plasmatechnik (DE-588)4140353-8 gnd |
| topic_facet | Plasmatechnik Konferenzschrift 2009 Varenna |
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