Green corrosion chemistry and engineering: opportunities and challenges
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| Sprache: | English |
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2012
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| Beschreibung: | XXVII, 401 S. Ill., graph. Darst. |
| ISBN: | 9783527329304 9783527641789 |
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| 245 | 1 | 0 | |a Green corrosion chemistry and engineering |b opportunities and challenges |c ed. by Sanjay K. Sharma |
| 264 | 1 | |a Weinheim |b Wiley-VCH |c 2012 | |
| 300 | |a XXVII, 401 S. |b Ill., graph. Darst. | ||
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IMAGE 1
IX
CONTENTS
FOREWORD VII PREFACE XIX ACKNOWLEDGMENTS XX7 ABOUT THE EDITOR XXIII LIST
OF CONTRIBUTORS XXV
1 BASICS OF CORROSION CHEMISTRY 1 NORIO SATO 1.1 INTRODUCTION 1
1.2 METALLIC CORROSION 1
1.2.1 BASIC PROCESSES 1
1.2.2 POTENTIAL-PH DIAGRAM 2 1.2.3 CORROSION POTENTIAL 3
1.2.4 ANODIC METAL DISSOLUTION 4 1.2.5 CATHODIC OXIDANT REDUCTION 6 1.3
METALLIC PASSIVITY 7
1.3.1 PASSIVITY OF METALS 7
1.3.2 PASSIVATION OF METALS 9
1.3.3 PASSIVE FILMS 11
1.3.4 CHLORIDE-BREAKDOWN OF PASSIVE FILMS 12 1.4 LOCALIZED CORROSION 13
1.4.1 PITTING CORROSION 33
1.4.2 CREVICE CORROSION 16
1.4.3 POTENTIAL-DIMENSION DIAGRAM 18 1.5 CORROSION RUST I9
1.5.1 RUST IN CORROSION 39
1.5.2 ION-SELECTIVE RUST 20
1.5.3 ELECTRON-SELECTIVE RUST 22 1.5.4 REDOX RUST 24
1.6 ATMOSPHERIC CORROSION 24
1.6.1 ATMOSPHERIC CORROSION CHEMISTRY 24 1.6.2 WEATHERING STEEL
CORROSION 26 1.6.3 ANTICORROSION RUST 28
BIBLIOGRAFISCHE INFORMATIONEN HTTP://D-NB.INFO/1012093883
DIGITALISIERT DURCH
IMAGE 2
X CONTENTS
1.7 CONCLUDING REMARKS 29
REFERENCES 29
2 CORROSION AND ELECTROCHEMISTRY 33 VEDULA SANKAR SASTRI 2.1
INTRODUCTION 33
2.2 THERMODYNAMICS AND THE STABILITY OF METALS 40 2.3 FREE ENERGY AND
ELECTRODE POTENTIAL 41 2.4 ELECTRODE POTENTIAL MEASUREMENTS 44 2.5
EQUILIBRIUM ELECTRODE POTENTIALS 45
2.6 USE OF POURBAIX DIAGRAMS 49
2.7 DYNAMIC ELECTROCHEMICAL PROCESSES 49 2.8 CONCENTRATION POLARIZATION
61
REFERENCES 69 FURTHER READING 69
3 APPLICATION OF MICROELECTROCHEMICAL TECHNIQUES IN CORROSION RESEARCH
71 Y. FRANK CHENG 3.1 INTRODUCTION 71
3.2 SCANNING VIBRATING ELECTRODE TECHNIQUE 72 3.2.1 THE TECHNIQUE AND
PRINCIPLE 72 3.2.2 LOCAL DISSOLUTION BEHAVIOR OF THE WELDING ZONE OF
PIPELINE STEEL 73 3.2.3 EFFECTS OF MILL SCALE AND CORROSION PRODUCT
DEPOSIT ON CORROSION OF
THE STEEL 79
3.3 LOCALIZED ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY 81 3.3.1 THE
TECHNIQUE AND PRINCIPLE 81 3.3.2 CORROSION OF STEEL AT THE BASE OF THE
COATING DEFECT 82 3.3.3 MICROSCOPIC METALLURGICAL ELECTROCHEMISTRY OF
PIPELINE
STEELS 86
3.3.4 CHARACTERIZATION OF LOCAL ELECTROCHEMICAL ACTIVITY OF A PRECRACKED
STEEL SPECIMEN 88 3.4 SCANNING KELVIN PROBE 89
3.4.1 THE TECHNIQUE AND PRINCIPLE 89 3.4.2 MONITORING THE COATING
DISBONDMENT 91 3.5 CONCLUSIVE REMARKS 94
ACKNOWLEDGMENTS 95 REFERENCES 95
4 PROTECTIVE COATINGS: AN OVERVIEW 97 ANAND SAWROOP KHANNA 4.1
INTRODUCTION 97
4.2 SELECTION OF PAINT COATINGS 97
4.3 CLASSIFICATION OF VARIOUS COATINGS 98
IMAGE 3
CONTENTS XI
4.4 CHEMISTRY OF RESINS 99
4.4.1 ALKYD RESINS 99
4.4.2 MODIFIED ALKYDS 301 4.4.3 EPOXIES 101
4.4.4 URETHANES 105
4.4.5 ISOCYANATES 106
4.4.6 ALIPHATIC ISOCYANATES 306 4.4.7 POLYOLS 107
4.4.8 ACRYLIC URETHANES 307
4.4.9 MOISTURE-CURED POLYURETHANES 707 4.4.10 ZINC-BASED COATINGS 108
4.5 HIGH-PERFORMANCE COATINGS 109 4.5.1 THE 100% SOLVENTLESS EPOXIES 330
4.5.2 CONCEPT OF UNDERWATER COATINGS 333 4.5.3 POLYVINYLIDENEDIFLURIDE
COATINGS 333 4.5.4 POLYSILOXANE COATINGS 334 4.5.5 FIRE-RESISTANT
COATINGS 119 4.5.6 ORGANIC-INORGANIC HYBRID (OIH) WATERBORNE COATINGS
339 4.6 SURFACE PREPARATION 121
4.7 PAINT APPLICATION 323
4.8 IMPORTANCE OF SUPERVISION, INSPECTION, AND QUALITY CONTROL DURING
PAINT COATINGS 122 4.9 TRAINING AND CERTIFICATION COURSES 123 4.10
SUMMARY 123
REFERENCES 123
5 NEW ERA OF ECO-FRIENDLY CORROSION INHIBITORS 125 NIKETAN PATEL AND
GIRISH MEHTA 5.1 INTRODUCTION 325
5.2 ANODIC (PASSIVATING OR FILM-FORMING) INHIBITORS 326 5.2.1 MECHANISM
127
5.2.1.1 GENERALIZED FILM THEORY 327 5.2.1.2 ADSORPTION THEORY 327 5.3
CATHODIC (ADSORPTION-TYPE) INHIBITORS 129 5.3.1 MECHANISM 129
5.4 MIXED INHIBITORS 130
5.5 PRECIPITATION INHIBITORS 131
5.6 VAPOR PHASE INHIBITORS 131
5.7 TOXICITY OF INHIBITORS 139
5.7.1 IRRITANTS 140
5.7.2 ASPHYXIANTS 343
5.7.3 ANESTHETICS AND NARCOTICS 343 5.7.4 SYSTEMIC POISONS 141
5.7.5 SENSITIZERS 142
5.7.6 CARCINOGENS 142
IMAGE 4
XII CONTENTS
5.7.7
5.7.8
MUTAGENS TERATOGENS REFERENCES
142 142 148
6 GREEN CORROSION INHIBITORS: STATUS IN DEVELOPING COUNTRIES 157 SANJAY
K. SHARMA AND ALKA SHARMA
6.1 INTRODUCTION 157
6.2 PROTECTION AGAINST CORROSION 160
6.3 INHIBITORS 162
6.3.1 MECHANISM OF INHIBITION Z62 6.3.2 CHOICE OF INHIBITORS 163
6.4 NATURAL PRODUCTS AS GREEN CORROSION INHIBITORS 366 6.5 GREEN
CORROSION INHIBITION: RESEARCH AND PROGRESS 169 6.5.1 THE PROPOSED
MECHANISM FOR THE INHIBITORY BEHAVIOR OF THE EXTRACTS 170
6.6 GREEN CORROSION INHIBITION IN DEVELOPING COUNTRIES 173 6.6.1 USAGE
OF METALS AND PRESENT CORROSION MANAGEMENT: PRACTICE AND PREVENTION 173
6.6.2 SUMMARY OF RESEARCHERS' WORK TO DEVELOP GREEN INHIBITION
SCIENCE 174 ACKNOWLEDGMEN TS 176 REFERENCES 176
7 INNOVATIVE SILANES-BASED PRETREATMENT TO IMPROVE THE ADHESION OF
ORGANIC COATINGS 181 MICHELE FEDEL, FLAVIO DEFLORIAN, AND STEFANO ROSSI
7.1 INTRODUCTION 181
7.2 HYBRID SILANE SOL-GEL COATINGS 182
7.2.1 BASIC CHEMISTRY OF THE SILICON ALKOXIDES AND ORGANOFUNCTIONAL
SILICON ALKOXIDES 183 7.2.2 DIP COATING 192
7.2.3 INTERACTION BETWEEN SILICON ALKOXIDES AND METALLIC SUBSTRATES 194
7.2.4 INTERACTION BETWEEN SILICON ALKOXIDES AND AN ORGANIC POLYMERIC
MATERIAL 199
7.3 CORROSION PROTECTION BY SOL-GEL COATINGS 202 7.3.1 CORROSION
PROTECTION PROPERTIES OF ORGANOFUNCTIONAL SOL-GEL COATINGS 202 7.3.2
EXPERIMENTAL METHODS OF INVESTIGATION OF THE PROPERTIES OF THE SILICON
ALKOXIDE SOL-GEL COATINGS AS COUPLING AGENTS 203 7.3.3 PRACTICAL
EXAMPLES OF CORROSION PROTECTION BY SILICON-BASED SOL-GEL COATINGS 204
REFERENCES 207
IMAGE 5
CONTENTS XIII
8 CORROSION OF AUSTENITIC STAINLESS STEELS AND NICKEL-BASE ALLOYS IN
SUPERCRITICAL WATER AND NOVEL CONTROL METHODS 211 LIZHEN TAN, TODD R.
ALLEN, AND YING YANG 8.1 INTRODUCTION 211
8.1.1 SUPERCRITICAL WATER AND ITS APPLICATIONS 211 8.1.2 AUSTENITIC
STAINLESS STEELS AND NI-BASE ALLOYS AND THEIR GENERAL CORROSION BEHAVIOR
214 8.1.2.1 AUSTENITIC STAINLESS STEELS AND NI-BASE ALLOYS 214 8.1.2.2
GENERAL CORROSION BEHAVIOR 215 8.2 THERMODYNAMICS OF ALLOY OXIDATION 216
8.3 CORROSION OF AUSTENITIC STAINLESS STEELS AND NI-BASE ALLOYS IN
SCW 220
8.3.1 WEIGHT CHANGE 221
8.3.2 SURFACE MORPHOLOGY 223 8.3.3 OXIDE LAYER STRUCTURE 225 8.4 NOVEL
CORROSION CONTROL METHODS 227 8.4.1 MICROSTRUCTURAL OPTIMIZATION 227
8.4.2 GRAIN SIZE REFINEMENT 231 8.4.3 PERFORMANCE COMPARISON OF THE
CORROSION CONTROL METHODS 233 8.5 FACTORS INFLUENCING CORROSION 234
8.5.1 TEST CONDITIONS 234
8.5.2 EFFECT OF THERMODYNAMICS AND KINETICS 235 8.5.3 EFFECT OF
MICROSTRUCTURE 236 8.5.4 EFFECT OF GRAIN SIZE 237
8.6 SUMMARY 239
REFERENCES 240
9 METAL-PHOSPHONATE ANTICORROSION COATINGS 243 KONSTANTINOS D. DEMADIS,
MARIA PAPADAKI, AND DIMITRIOS VAROUCHAS 9.1 INTRODUCTION 243
9.2 THE SCOPE OF GREEN CHEMISTRY AND CORROSION CONTROL 245 9.3
METAL-PHOSPHONATE MATERIALS: STRUCTURAL CHEMISTRY 247 9.3.1
PHOSPHONOBUTANE-L,2,4-TRICARBOXYLICACID(PBTC) 247 9.3.2
ETHYLENEDIAMINE-TETRAKIS(METHYLENEPHOSPHONIC ACID)
(EDTMP) 249
9.3.3 DIMETHYLAMINOMETHYLENE-BISLPHOSPHONICACID) (DMABP) 249 9.3.4
MAGNESIUM (OR ZINC)-(AMINO-TRIS-(METHYLENEPHOSPHONATE)), MG(OR ZN)-AMP
251 9.3.5 CALCIUM-(AMINO-TRIS-(METHYLENEPHOSPHONATE)), CA-AMP 252 9.3.6
STRONTIUM-(AMINO-TRIS-(METHYLENEPHOSPHONATE)), SR-AMP 253
9.3.7 BARIUM-(AMINO-TRIS-(METHYLENEPHOSPHONATE)), BA-AMP 255 9.3.8
ZINC-HEXAMETHYLENE-DIARNINE-TETRAKIS(METHYLENEPHOSPHONATE), ZN-HDTMP 255
9.3.9 STRONTIUM OR BARIUM-HEXAMETHYLENE-DIAMINE-
TETRAKIS(METHYLENEPHOSPHONATE), SR OR BA-HDTMP 257
IMAGE 6
XIV CONTENTS
9.3.10 ZINC-TETRAMETHYLENE-DIAMINE-TETRAKIS(METHYLENEPHOSPHONATE),
ZN-TDTMP 259
9.3.11 STRONTIUM AND CALCIUM-ETHYLENE-DIAMINE-TETRAKIS(METHYLENE
PHOSPHONATE), SR-EDTMP AND CA-EDTMP 259 9.3.12
BARIUM-PHOSPHONOMETHYLENE-IMINO-DIACETATE, BA-PMIDA 260 9.3.13
TETRASODIUM-HYDROXYETHYL-AMINO-BIS(METHYLENEPHOSPHONATE),
NA4-HEABMP 260
9.3.14 CALCIUM-PHOSPHONOBUTANE-L^^-TRICARBOXYLATE, CA-PBTC 263 9.3.15
CALCIUM-HEXAMETHYLENE-DIAMINE-TETRAKISFMETHYLENEPHOSPHONATE), CA-HDTMP
264 9.3.16 CALCIUM-HYDROXYPHOSPHONOACETATE, CA-HPAA 264 9.3.17 STRONTIUM
AND BARIUM-HYDROXYPHOSPHONOACETATE, SR AND
BA-HPAA 267
9.3.17.1 SR[(HPAA)(H 2 O) 3 ]-H 2 O 267 9.3.17.2 M(HPAA)(H 2 O) 2 (M =
SR, BA) 268 9.3.18 CALCIUM-PHOSPHONOMETHYLENE-IMINO-DIACETATE, CA-PMIDA
269 9.4 METAL-PHOSPHONATE ANTICORROSION COATINGS 269 9.5 A LOOK AT
CORROSION INHIBITION BY METAL-PHOSPHONATES AT THE
MOLECULAR LEVEL 276
9.5.1 ANTICORROSION COATINGS BY THE MATERIAL {ZN(AMP)-3H 2 O)* 276 9.5.2
ANTICORROSION COATINGS BY THE MATERIAL {ZN(HDTMP)-H 2 O}* 278 9.5.3
ANTICORROSION COATINGS BY THE MATERIAL {CA(PBTC)(H 2 O) 2 -2H 2 O}* 278
9.5.4 ANTICORROSION COATINGS BY THE MATERIAL CA 3 (HPAA) 2 (H 2 O)I 4
279 9.5.5 ANTICORROSION COATINGS BY THE MATERIALS {M(HPAA)(H 2 O) 2 } N
(M = SR, BA) 281
9.5.6 ANTICORROSION COATINGS BY THE MATERIALS {M(PMIDA)} N (M = CA, SR,
BA) 282
9.5.7 A COMPARATIVE LOOK AT THE INHIBITORY PERFORMANCE BY
METAL-PHOSPHONATE PROTECTIVE FILMS 285 9.6 CONCLUSIONS/PERSPECTIVES 287
REFERENCES 287
10 METAL-MATRIX NANOCOMPOSITE COATINGS PRODUCED BY ELECTRODEPOSITION 297
CATERINA ZANELLA, STEFANO ROSSI, AND FLAVIO DEFLORIAN
10.1 INTRODUCTION 297
10.2 ELECTRODEPOSITION OF COMPOSITE COATINGS-THEORETICAL REMARKS 298
10.2.1 SUSPENSION OF SOLID PARTICLES IN ELECTROLYTES 298 10.2.2
MECHANISM OF CODEPOSITION 299 10.2.3 PROCESS PARAMETERS INFLUENCING THE
INCORPORATION 302 10.3 ELECTRODEPOSITION OF COMPOSITE COATINGS 305 10.4
NEW INSIGHT IN THE ELECTRODEPOSITION OF COMPOSITE
COATINGS 313
IMAGE 7
CONTENTS XV
10.4.1 ULTRASONIC VIBRATIONS 313
10.4.2 MAGNETIC FIELD 314 REFERENCES 315
11 ADSORPTION STUDIES, MODELING, AND USE OF GREEN INHIBITORS IN
CORROSION INHIBITION: AN OVERVIEW OF RECENT RESEARCH 319 SANJAY K.
SHARMA, ACKMEZ MUDHOO, AND ESSAM KHAMIS 11.1 INTRODUCTION 319
11.2 ADSORPTION MECHANISMS IN CORROSION INHIBITION 321 11.3 HYBRID
COATINGS 323
11.4 MODELING ASPECTS 326
11.5 GREEN INHIBITORS 328
11.5.1 NATURAL DERIVATIVES AS GREEN INHIBITORS 328 11.5.2 RESEARCH
ORIENTATIONS 329 11.5.2.1 ORGANIC-BASED GREEN INHIBITORS 329 11.5.2.2
AMINO ACIDS-BASED GREEN INHIBITORS 330
11.5.2.3 PLANT EXTRACTS-BASED GREEN INHIBITORS 330 11.5.2.4 RARE EARTH
ELEMENTS-BASED GREEN INHIBITORS 333 11.6 CONCLUSIONS 334
ACKNOWLEDGMENTS 335 REFERENCES 335
12 INDIAN INITIATIVES FOR CORROSION PROTECTION 339 ANAND SAWROOP KHANNA
12.1 INTRODUCTION 339
12.2 SCENARIO OF THE INDIAN INDUSTRY 342 12.3 CORROSION PROTECTION
SCENARIO IN INDIA 343 12.4 CORROSION EDUCATION 345
12 A.I WHY CORROSION EDUCATION IS THE NEED OF THE HOUR? 345 12.4.2
PIONEERS OF CORROSION EDUCATION IN INDIA 346 12.4.3 CORROSION SCIENCE
AND ENGINEERING, IIT BOMBAY 346
12.4.4 THE CENTRAL ELECTROCHEMICAL RESEARCH INSTITUTE (CECRI) 347 12.4.5
NACE INDIA SECTION 347 12.4.6 THE SOCIETY FOR SURFACE PROTECTIVE
COATINGS INDIA 347 12.4.7 THE NATIONAL CORROSION COUNCIL OF INDIA (NCCI)
348
12.5 AN OVERVIEW OF HIGHLY CORROSION-PRONE INDUSTRIES IN INDIA 348
12.5.1 OIL AND GAS INDUSTRY 348 12.5.2 PROCESS CHEMICAL AND
PETROCHEMICAL INDUSTRY 349 12.5.3 PULP AND PAPER INDUSTRY 350
12.5.4 POWER PLANTS 353
12.6 CONCLUSIONS 352
12.7 RECOMMENDATIONS 352
12.7.1 FOR GOVERNMENT OR RELEVANT MINISTRY RESPONSIBLE FOR CONTROLLING
INDUSTRIAL DISCIPLINE 352 12.7.2 FOR ACADEMIC INSTITUTES AND RESEARCH
ORGANIZATIONS 353
IMAGE 8
XVI CONTENTS
12.7.3 ROLES AND RESPONSIBILITIES OF THE INDUSTRY 353
REFERENCES 353 FURTHER READING 354
13 PROTECTIVE COATINGS: NOVEL NANOHYBRID COATINGS FOR CORROSION AND
FOULING PREVENTION 355 S. ANANDAKUMAR AND R. SAVITHA 13.1 INTRODUCTION
355
13.2 BACKGROUND 356
13.3 FOULING 356
13.4 MARINE FOULING 357
13.4.1 STAGES OF MARINE FOULING 357 13.4.2 CONSEQUENCES OF MARINE
FOULING 357 13.4.3 METHODS USED FOR FOULING PREVENTION 357 13.4.3.1
ANTIFOULING PAINTS 358
13.5 CORROSION 359
13.5.1 CONSEQUENCES OF CORROSION 359 13.5.2 METHODS USED FOR THE
PREVENTION OF CORROSION 359 13.5.3 CHARACTERISTICS OF A GOOD COATING 359
13.5.4 EVALUATION OF CORROSION RESISTANCE OF COATINGS 360 13.5.5
ELECTROCHEMICAL IMPEDANCE STUDIES (EISS) 360 13.6 EPOXY RESIN COATINGS
360
13.6.1 ADVANTAGES OF EPOXY RESIN 361 13.6.2 DISADVANTAGES OF EPOXY RESIN
363 13.6.3 JUSTIFICATION 362 13.6.4 NEED FOR NANOTECHNOLOGY 362 13.6.5
POLYMER NANOMATERIALS 363 13.6.6 DIFFERENT TYPES OF NANOPARTICLES 363
13.6.7 POLYHEDRAL OLIGOMERIC SILSESQUIOXANES (POSSS) 364 13.6.8 NEED FOR
NANOCONTAINER (NANOZEOLITE) 364 13.6.9 SELF-REPAIRING MULTIFUNCTIONAL
COATINGS 366 13.6.9.1 FABRICATION OF NANOCONTAINERS 366 13.6.9.2 BIOCIDE
RELEASE MECHANISM FROM NANOCONTAINER 366
13.6.9.3 SELECTION OF NATURAL PRODUCTS AS BIOCIDES 367 13.7 SCOPE AND
OBJECTIVES 368
13.8 EXPERIMENTAL: SYNTHESIS AND STRUCTURAL CHARACTERIZATION OF THE
NANOHYBRID COATINGS 368 13.8.1 MATERIALS 368
13.8.2 SURFACE PREPARATION OF THE MILD STEEL SPECIMENS 369 13.8.3
SYNTHESIS OF PHOSPHORUS-CONTAINING POLYURETHANE EPOXY RESIN 369 13.8.4
SYNTHESIS OF AMINE-FUNCTIONALIZED POSS (POSS-NH2) 369 13.8.5 PREPARATION
OF BIOCIDES 370 13.8.6 LOADING OF BIOCIDES 370
13.8.7 PREPARATION OF TRIS(P-ISOCYANATOPHENYL)-THIOPHOSPHATE-MODIFIED
EPOXY NANOCOATINGS 371
IMAGE 9
CONTENTS XVII
13.8.8 TEST METHODS 371
13.9 RESULTS AND DISCUSSION 373 13.9.1 STRUCTURAL CHARACTERIZATION OF
TRIS(P-ISOCYANATOPHENYL)-THIOPHOSPHATE-MODIFIED EPOXY RESIN 373 13.9.2
STRUCTURAL CHARACTERIZATION OF MCM-41 375
13.9.3 COMPOSITION OF NATURAL PRODUCTS 378 13.9.3.1 M. CHAMPACA 378
13.9.3.2 NEEMOIL 379 13.9.4 CONFIRMATION OF LOADING OF BIOCIDE 379
13.9.5 EVALUATION OF CORROSION RESISTANCE BY EIS 381
13.9.6 COLORIMETRIC AND GRAVIMETRIC ANALYSES 383 13.9.6.1 PH ANALYSIS
385 13.9.6.2 SALT SPRAY TEST RESULTS 386 13.9.6.3 SEAWATER IMMERSION
TEST 386 13.9.6.4 ANTIFOULING STUDIES BY SCANNING ELECTRON MICROSCOPY
(SEM) 389 13.10 SUMMARY AND CONCLUSION 389
ACKNOWLEDGMENT 390 REFERENCES 391 FURTHER READING 392
INDEX 393 |
| any_adam_object | 1 |
| author_GND | (DE-588)142374717 |
| building | Verbundindex |
| bvnumber | BV039734559 |
| classification_rvk | ZM 7500 |
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| discipline | Chemie / Pharmazie Werkstoffwissenschaften / Fertigungstechnik |
| format | Book |
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| id | DE-604.BV039734559 |
| illustrated | Illustrated |
| indexdate | 2024-07-21T00:17:25Z |
| institution | BVB |
| isbn | 9783527329304 9783527641789 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-024582368 |
| oclc_num | 751739804 |
| open_access_boolean | |
| owner | DE-703 DE-29T DE-92 DE-83 |
| owner_facet | DE-703 DE-29T DE-92 DE-83 |
| physical | XXVII, 401 S. Ill., graph. Darst. |
| publishDate | 2012 |
| publishDateSearch | 2012 |
| publishDateSort | 2012 |
| publisher | Wiley-VCH |
| record_format | marc |
| spelling | Green corrosion chemistry and engineering opportunities and challenges ed. by Sanjay K. Sharma Weinheim Wiley-VCH 2012 XXVII, 401 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Grüne Chemie (DE-588)7563215-9 gnd rswk-swf Korrosion (DE-588)4032518-0 gnd rswk-swf Korrosionsinhibitor (DE-588)4165354-3 gnd rswk-swf Korrosion (DE-588)4032518-0 s Korrosionsinhibitor (DE-588)4165354-3 s Grüne Chemie (DE-588)7563215-9 s DE-604 Sharma, Sanjay Kumar Sonstige (DE-588)142374717 oth Erscheint auch als Online-Ausgabe, EPUB 978-3-527-64179-6 Erscheint auch als Online-Ausgabe, MOBI 978-3-527-64181-9 Erscheint auch als Online-Ausgabe, PDF 978-3-527-64180-2 X:MVB text/html http://deposit.dnb.de/cgi-bin/dokserv?id=3830297&prov=M&dok_var=1&dok_ext=htm Inhaltstext DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=024582368&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Green corrosion chemistry and engineering opportunities and challenges Grüne Chemie (DE-588)7563215-9 gnd Korrosion (DE-588)4032518-0 gnd Korrosionsinhibitor (DE-588)4165354-3 gnd |
| subject_GND | (DE-588)7563215-9 (DE-588)4032518-0 (DE-588)4165354-3 |
| title | Green corrosion chemistry and engineering opportunities and challenges |
| title_auth | Green corrosion chemistry and engineering opportunities and challenges |
| title_exact_search | Green corrosion chemistry and engineering opportunities and challenges |
| title_full | Green corrosion chemistry and engineering opportunities and challenges ed. by Sanjay K. Sharma |
| title_fullStr | Green corrosion chemistry and engineering opportunities and challenges ed. by Sanjay K. Sharma |
| title_full_unstemmed | Green corrosion chemistry and engineering opportunities and challenges ed. by Sanjay K. Sharma |
| title_short | Green corrosion chemistry and engineering |
| title_sort | green corrosion chemistry and engineering opportunities and challenges |
| title_sub | opportunities and challenges |
| topic | Grüne Chemie (DE-588)7563215-9 gnd Korrosion (DE-588)4032518-0 gnd Korrosionsinhibitor (DE-588)4165354-3 gnd |
| topic_facet | Grüne Chemie Korrosion Korrosionsinhibitor |
| url | http://deposit.dnb.de/cgi-bin/dokserv?id=3830297&prov=M&dok_var=1&dok_ext=htm http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=024582368&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT sharmasanjaykumar greencorrosionchemistryandengineeringopportunitiesandchallenges |