Modern approaches to wettability: theory and applications
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| Format: | Book |
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| Language: | English |
| Published: |
New York u.a.
Plenum Press
1992
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| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XXIII, 451 S. graph. Darst. |
| ISBN: | 0306439859 |
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| adam_text | MODERN APPROACHES TO WETTABILITY THEORY AND APPLICATIONS EDITED BY
MALCOLM E. SCHRADER INSTITUTE OF CHEMISTRY THE HEBREW UNIVERSITY OF
JERUSALEM JERUSALEM, ISRAEL AND GEORGE I. LOEB GEOMAR ASSOCIATES
BETHESDA, MARYLAND FORMERLY OF DAVID TAYLOR RESEARCH CENTER SHIP
MATERIALS ENGINEERING DEPARTMENT ANNAPOLIS, MARYLAND PLENUM PRESS * NEW
YORK AND LONDON CONTENTS CHAPTER 1 THE MODERN THEORY OF CONTACT ANGLES
AND THE HYDROGEN BOND COMPONENTS OF SURFACE ENERGIES ROBERT J. GOOD AND
CAREL J. VAN OSS 1. INTRODUCTION 1 2. ACID-BASE INTERACTIONS AND THE NEW
SURFACE PARAMETERS 3 3. CONTACT ANGLES 7 4. APPLICATION OF THE LEWIS
ACID-BASE PARAMETERS TO CONTACT ANGLES IN PRACTICAL SYSTEMS 11 5. ACIDIC
AND BASIC PARAMETERS OF SELECTED SOLID SURFACES 14 6. DISCUSSION OF THE
GENERAL MAGNITUDES OF THE Y E AND Y E PARAMETERS 16 7. NEGATIVE
INTERFACIAL FREE ENERGY 18 7.1. DIFFERENCE BETWEEN INTERFACIAL TENSION
AND INTERFACIAL FREE ENERGY . . 18 7.2. LIQUID-SOLID INTERFACES 19 8. AN
APPARENT ANOMALY THAT ARISES FROM CERTAIN OBSERVED CONTACT ANGLE DATA 20
9. CRITIQUE OF SOME OTHER METHODOLOGIES 22 9.1. USE OF LIQUID MIXTURES
22 9.2. THE EQUATION OF STATE INTERFACIAL THEORY 22 10. A NOTE ON
CONTACT-ANGLE MEASUREMENT 23 10.1. HYSTERESIS 23 10.2. THE DROP SIZE
EFFECT 24 ACKNOWLEDGMENT 25 REFERENCES 25 CHAPTER 2 THE LONG-RANGE
ATTRACTION BETWEEN MACROSCOPIC HYDROPHOBIE SURFACES H. K. CHRISTENSON 1.
INTRODUCTION , 29 1.1. BACKGROUND 29 1.2. THE HYDROPHOBIE EFFECT BETWEEN
NONPOLAR SOLUTE MOLECULES 30 1.3. THE INTERFACIAL ENERGY BETWEEN WATER
AND HYDROCARBON 31 1.4. CAVITATION 31 XV XVI CONTENTS 2. INDIRECT
OBSERVATIONS OF THE HYDROPHOBIE ATTRACTION 32 3. DIRECT FORCE
MEASUREMENTS 33 3.1. THE SURFACE FORCE APPARATUS 33 3.2. PREPARATION OF
HYDROPHOBIE SURFACES 33 3.3. INTERPRETATION OF DIRECT FORCE MEASUREMENTS
34 4. THE HYDROPHOBIE ATTRACTION BETWEEN ADSORBED MONOLAYERS 35 4.1.
INITIAL EXPERIMENTS*CTAB MONOLAYERS 35 4.2. FURTHER WORK ON ADSORBED
MONOLAYERS 36 4.3. CAVITATION BETWEEN ADSORBED SURFACTANT MONOLAYERS 37
5. THE HYDROPHOBIE ATTRACTION BETWEEN DEPOSITED MONOLAYERS 37 5.1.
WEAKLY CHARGED MONOLAYERS 37 5.2. NEUTRAL MONOLAYERS 39 5.3. CAVITATION
BETWEEN DEPOSITED MONOLAYERS 42 5.4. THE ELECTROLYTE DEPENDENCE OF THE
HYDROPHOBIE ATTRACTION 44 6. THE HYDROPHOBIE ATTRACTION BETWEEN
CHEMICALLY HYDROPHOBED SURFACES.. 46 7. THEORY 47 8. REMAINING PROBLEMS
AND FUTURE RESEARCH 48 REFERENCES 50 CHAPTER 3 HIGH- AND MEDIUM-ENERGY
SURFACES: ULTRAHIGH VACUUM APPROACH MALCOLM E. SCHRADER 1. INTRODUCTION
53 1.1. HIGH- AND LOW-ENERGY SURFACES 53 1.2. CONTAMINATION 53 1.3.
THEORY OF INTERFACIAL INTERACTION 54 2. METALS 55 2.1. THEORY OF
INTERACTION AT THE WATER-METAL INTERFACE 55 2.2. GOLD 55 2.3. ULTRAHIGH
VACUUM METHOD OF CONTACT ANGLE MEASUREMENT: WATER ON GOLD 56 2.4.
ULTRAHIGH VACUUM CONTACT ANGLE MEASUREMENTS ON COPPER AND SILVER 58 2.5.
SURFACE SEGREGATION 59 2.6. SURFACE STRUCTURE 60 2.7. THEORETICAL
INTERPRETATION OF EXPERIMENTAL RESULTS: IMPACT OF NEW HAMAKER
COEFFICIENT CALCULATIONS 60 2.8. CONCLUSIONS ON METAL WETTABILITY BY
WATER 62 3. GLASSES 62 3.1. RELATIVE HUMIDITY EXPERIMENTS AT ATMOSPHERIC
PRESSURE 62 3.2. EXPERIMENTS IN CONVENTIONAL VACUUM 63 3.3. ULTRAHIGH
VACUUM SILANOL-SILOXANE 63 3.4. DISCUSSION 65 3.5. CONCLUSIONS: APPARENT
NATURE OF GLASS SURFACE BASED ON VACUUM EXPERIMENTS ALONE 66 3.6.
CONTACT ANGLES ON CLAY MINERALS 66 CONTENTS XVII 4. GRAPHITE: A
MEDIUM-ENERGY SURFACE 67 4.1. INTRODUCTION 67 4.2. EXPERIMENTAL
APPROACH: UHV-AES-LEED 67 4.3. RESULTS 68 4.4. DISCUSSION 69 5.
CONCLUSIONS 70 REFERENCES 71 CHAPTER 4 DETERMINATION OF THE SURFACE
ENERGY OF SOLIDS BY THE TWO-LIQUID-PHASE METHOD JACQUES SCHULTZ AND
MICHEL NARDIN 1. INTRODUCTION 73 2. PRINCIPLE OF THE TWO-LIQUID-PHASE
METHOD 75 2.1. PRINCIPLE OF THE METHOD 75 2.2. WETTING CRITERIA 76 2.3.
APPLICATION OF A MODEL SURFACE: MICA 77 3. CHARACTERIZATION OF
HIGH-ENERGY SURFACES 79 3.1. ALUMINUM 79 3.2. GLASS 81 3.3. CARBON 83
3.4. FIBERS 84 4. CHARACTERIZATION OF LOW-ENERGY SURFACES 91 4.1.
ORIENTATION PHENOMENON 92 4.2. HYSTERESIS PHENOMENON 94 5. CONCLUSION 98
REFERENCES 98 CHAPTER 5 THE EQUATION OF STATE APPROACH TO INTERFACIAL
TENSIONS /. K. SPELT, D. LI, AND A. W. NEUMANN 1. INTRODUCTION 101 2.
EXISTENCE OF AN EQUATION OF STATE 104 2.1. INTERFACIAL GIBBS-DUHEM
EQUATIONS 104 2.2. PHASE RULE FOR INTERFACIAL SYSTEMS 105 3. FORMULATION
OF THE EQUATION OF STATE 108 3.1. ROLE OF ADSORPTION 108 3.2. EQUATION
OF STATE*ORIGINAL FORMULATION 110 3.3. EQUATION OF STATE*ALTERNATIVE
FORMULATION 114 4. EXPERIMENTAL SUPPORT FOR THE EQUATION OF STATE 119
4.1. DIRECT FORCE MEASUREMENTS 119 4.2. SOLIDIFICATION FRONT EXPERIMENTS
120 4.3. CONTACT ANGLES FOR DIFFERENT LIQUIDS 123 4.4. SEDIMENTATION
VOLUMES 124 XVIII CONTENTS 4.5. PARTICLE SUSPENSION LAYER STABILITY
128 4.6. VERIFICATION OF THE EQUATION OF STATE CONCEPT AND COMPARISON
WITH THE SURFACE TENSION COMPONENT APPROACH 130 5. ALTERNATIVE EQUATIONS
OF STATE 132 5.1. SEDIMENTATION VOLUMES 133 5.2. SOLIDIFICATION FRONT
TECHNIQUE 134 5.3. CONTACT ANGLES 135 6. THE POSSIBILITY OF NEGATIVE
SOLID-LIQUID INTERFACIAL TENSIONS 136 7. FUTURE DEVELOPMENT OF THE
EQUATION OF STATE 139 APPENDIX 140 REFERENCES 141 CHAPTER 6 THERMAL
RECONSTRUCTION OF THE FUNCTIONALIZED INTERFACE OF POLYETHELENE
CARBOXYLIC ACID AND ITS DERIVATIVES GREGORY S. FERGUSON AND GEORGE M.
WHITESIDES 1. INTRODUCTION 143 1.1. SURFACES, INTERFACES, AND
INTERPHASES 144 1.2. SYNTHESIS OF SURFACE-MODIFIED POLYETHELENE AND
NOMENCLATURE USED IN DESCRIBING THESE SYSTEMS 145 1.3. THE ROLE OF
THERMODYNAMICS IN DETERMINING INTERFACIAL PROPERTIES AND THE KINETICS OF
THEIR APPROACH TO EQUILIBRIUM 146 2. WETTABILITY AS A PROBE OF SURFACE
STRUCTURE 147 2.1. CONTACT ANGLES: DEFINITIONS AND BACKGROUND 147 2.2.
RECONSTRUCTION OF THE SURFACE OF PE-C0 2 H: INITIAL OBSERVATIONS 149
2.3. MODEL SYSTEMS FOR STUDIES OF WETTING: SELF-ASSEMBLED MONOLAYERS
(SAMS) OF ALKANETHIOLS ON GOLD 150 2.4. WETTING EXPERIMENTS ON PE-X 154
2.5. SENSITIVITY OF WETTING TO SMALL CONFORMATIONAL CHANGES WITHIN THE 9
INTERPHASE 155 3. RECONSTRUCTION OF THE INTERFACE OF PE-C0 2 H AND
DERIVATIVES ON HEATING 157 3.1. COMPARISON OF RESULTS FROM WETTING AND
XPS 157 3.2. RESULTS FROM ATR-IR 158 3.3. KINETIC MODEL FOR
RECONSTRUCTION OF THE INTERFACE OF PE-C0 2 H 160 3.4. RECONSTRUCTION OF
THE INTERFACE OF DERIVATIVES OF PE-C0 2 H 164 3.5. RECONSTRUCTION OF THE
INTERFACE OF PE-C0 2 H AND DERIVATIVES ON HEATING IN CONTACT WITH
LIQUIDS 166 3.6. RECOVERY OF POLAR FUNCTIONAL GROUPS FROM THE SUB-OE
INTERPHASE 169 3.7. DEPTH PROFILING OF PE-C0 2 H AND DERIVATIVES DURING
THE THERMAL RECONSTRUCTION OF THEIR INTERFACES 169 3.8. IS INTERFACIAL
STRAIN A DRIVING FORCE FOR THE RECONSTRUCTION OF THE SURFACE OF PE-C0 2
H? 171 4. CONCLUSIONS 172 5. ACKNOWLEDGMENTS 175 REFERENCES 175 CONTENTS
XIX CHAPTER 7 BLOCK COPOLYMERS AND HYDROPHILICITY ATSUSHI TAKAHARA 1.
INTRODUCTION 179 2. CHARACTERIZATION METHODS OF POLYMER HYDROPHILICITY
180 2.1. SPREADING PHENOMENA 180 2.2. SURFACE CHARACTERIZATION
TECHNIQUES 182 3. DIBLOCK AND TRIBLOCK COPOLYMERS 185 3.1.
POLYSTYRENE-POLYDIENE DIBLOCK AND TRIBLOCK COPOLYMERS AND THEIR
DERIVATIVES 185 3.2. POLYSTYRENE-POLYTETRAHYDROFURAN DIBLOCK AND
TRIBLOCK COPOLYMERS . . 187 3.3. POLYSTYRENE-POLYDIMETHYLSILOXANE
DIBLOCK AND TRIBLOCK COPOLYMERS 187 3.4. POLYSTYRENE-POLY(ETHYLENE
OXIDE) DIBLOCK COPOLYMER 188 3.5. POLY(HYDROXYETHYL
METHACRYLATE)-POLYSTYRENE TRIBLOCK COPOLYMER ... 188 3.6. BLOCK
COPOLYPEPTIDES 189 3.7. A-B-C TRIBLOCK COPOLYMERS 192 4. CHARGE MOSAIC
MEMBRANE 193 5. MULTIBLOCK COPOLYMERS 195 5.1. SEGMENTED POLYURETHANES
196 5.2. OTHER MULTIBLOCK COPOLYMERS 202 6. BLOCK COPOLYMERS WITH GRAFT
SIDE CHAINS 204 7. CONCLUSION 209 ACKNOWLEDGMENT 210 REFERENCES 210
CHAPTER 8 WETTABILITY AND BIOADHESION IN OPHTHALMOLOGY FRANK J. HOLLY 1.
INTRODUCTION 213 2. BASIC CONSIDERATIONS 214 2.1. THIN AQUEOUS FILM
STABILITY 214 2.2. MENISCUS-INDUCED LOCAL THINNING 216 2.3. FORMATION OF
LIPID LAYERS ON WATER 217 2.4. WATER WETTABILITY OF SOLID SURFACES 218
2.5. HYDROPHILIC-HYDROPHOBIC SURFACE TRANSITION 220 3. APPLICATIONS TO
THE OCULAR SYSTEM 222 3.1. PREOCULAR TEAR FILM 222 3.2. CONTACT LENS
WEAR 229 3.3. ADHESION AND EROSION OF CORNEAL EPITHELIUM 234 3.4.
RETINAL ADHESION AND ITS FAILURE 239 3.5. WETTING IN INTRAOCULAR SURGERY
242 4. CONCLUSIONS 245 REFERENCES 246 XX CONTENTS CHAPTER 9 WETTABILITY
OF SURFACES IN THE ORAL CAVITY H. J. BUSSCHER 1. THE IMPORTANCE OF
SURFACES IN THE ORAL CAVITY 249 2. WETTABILITY OF ORAL SURFACES 250 2.1.
ENAMEL AND DENTINE SURFACES 251 2.2. ORAL MICROBIAL AND MUCOSAL SURFACES
252 2.3. SURFACES OF RESTORATIVE MATERIALS 253 3. SURFACE FREE ENERGIES
OF ORAL TISSUES 254 4. ORAL ADHESION PHENOMENA AND SURFACE FREE ENERGIES
256 5. MODIFIKATION OF THE PHYSICOCHEMICAL PROPERTIES OF TOOTH SURFACES
259 6. CONCLUDING REMARKS 259 ACKNOWLEDGMENTS 259 REFERENCES 260 CHAPTER
10 WETTABILITY AS A SURFACE SIGNAL FOR SESSILE AQUATIC ORGANISMS JAMES
W. MIHM AND GEORGE LOEB 1. INTRODUCTION 263 2. AQUATIC ORGANISMS 263
2.1. REVERSIBLE ATTACHMENT 264 2.2. PERMANENT ATTACHMENT 264 3.
WETTABILITY 264 4. MICROORGANISMS 265 5. THERMODYNAMIC INTERPRETATION
266 6. MACROSCOPIC ATTACHMENT 269 6.1. LIFE CYCLES AND METAMORPHOSIS 269
6.2. BARNACLES AND MUSSEIS 269 7. PHYSICAL FORCES VERSUS BEHAVIOR 275 8.
SUMMARY 276 ACKNOWLEDGMENT 277 REFERENCES 277 CHAPTER 11 WETTABILITY OF
CLAY MINERALS SHMUEL YARIV 1. INTRODUCTION 279 2. STRUCTURE OF CLAY
MINERALS 280 2.1. THE TETRAHEDRAL SHEET 280 2.2. THE OCTAHEDRAL SHEET
281 2.3. THE TO-TYPE LAYER SILICATES 282 2.4. THE TOT-TYPE LAYER
SILICATES 283 CONTENTS XXI 3. WETTABILITY OF THE OXYGEN PLANE 287 3.1.
THE D N -P N BOND 287 3.2. THE DOUBLE BOND CHARACTER OF THE SI *O BOND
OF SILOXANES IN CLAY MINERALS 289 3.3. WETTABILITY OF TALE, PYROPHYLHTE,
AND VERMICUHTE 290 3.4. THE EXTENT OF THE SMECTITE-WATER INTERACTION 291
4. WETTABILITY OF THE HYDROXYL PLANE 292 5. WETTABILITY OF BROKEN-BOND
SURFACES 293 5.1. DISSOCIATIVE CHEMISORPTION OF WATER 296 5.2.
ADSORPTION OF MOLECULAR WATER 297 5.3. HYDRATION OF SEPIOLITE AND
PALYGORSKITE 300 6. WATER IN THE INTERLAYER SPACE OF TOT MINERALS 301
6.1. SWELLING 301 6.2. THE FINE STRUCTURE OF INTERLAYER WATER 303 6.3.
ACIDIC AND BASIC PROPERTIES OF THE INTERLAYER SPACE 312 6.4. STAGES OF
HYDRATION OF THE INTERLAYER SPACE 316 7. INTERCALATED WATER IN KAOLINITE
321 ACKNOWLEDGMENT 323 REFERENCES 323 CHAPTER 12 PENETRATION AND
DISPLACEMENT IN CAPILLARY SYSTEMS ABRAHAM MARMUR 1. INTRODUCTION 327 2.
EQUILIBRIUM CONDITIONS OF INTERFACES 329 2.1. THE CONTACT ANGLE 329 2.2.
THE PRESSURE DIFFERENCE ACROSS AN INTERFACE 333 3. EQUILIBRIUM IN
CAPILLARY SYSTEMS 333 3.1. THE CYLINDRICAL CAPILLARY 334 3.2.
EQUILIBRIUM AND HYSTERESIS IN POROUS MEDIA 339 4. KINETICS OF
PENETRATION 348 4.1. THE CYLINDRICAL CAPILLARY 348 4.2. KINETICS OF
PENETRATION INTO POROUS MEDIA 353 5. CONCLUDING REMARKS 355 REFERENCES
356 CHAPTER 13 THE WETTING BEHAVIOR OF FIBERS WILLARD D. BASCOM 1.
INTRODUCTION 359 2. THEORY 359 3. MEASUREMENT TECHNIQUES 362 3.1.
GONIOMETRY 362 XXII CONTENTS 3.2. DROP SHAPE 362 3.3. MENISCUS SHAPE 363
3.4. FLOTATION 363 3.5. TENSIOMETRY (WILHELMY PLATE METHOD) 365 4.
EXPERIMENTAL OBSERVATIONS 369 4.1. STATIC CONTACT ANGLES 369 5.
CONCLUSIONS 371 ACKNOWLEDGMENT 372 REFERENCES 372 CHAPTER 14 WETTABILITY
PHENOMENA AND COATINGS CLIFFORD K. SCHOFF 1. INTRODUCTION 375 2.
CONSEQUENCES OF POOR WETTING OR DEWETTING 376 2.1. INTRODUCTION 376 2.2.
SUBSTRATES 376 2.3. PIGMENTS 376 3. SUBSTRATE WETTING 377 3.1.
INTRODUCTION 377 3.2. WETTABILITY TESTS 377 3.3. DEWETTING TESTS 383
3.4. OTHER CHARACTERIZATION METHODS 384 3.5. DYNAMIC SURFACE TENSION
EFFECTS 385 3.6. VISCOSITY EFFECTS 385 3.7. MISCELLANEOUS EFFECTS 386
3.8. TECHNIQUES USED TO IMPROVE SUBSTRATE WETTING 387 4. PIGMENT WETTING
388 4.1. THE IMPORTANCE OF PIGMENTS 388 4.2. THE PROCESS OF PIGMENT
DISPERSION 388 4.3. WETTING OF THE PIGMENT POWDER 389 4.4. PIGMENT
WETTABILITY TESTING 391 4.5. IMPROVEMENT OF PIGMENT WETTING 392 5.
CONCLUSIONS 393 REFERENCES 394 CHAPTER 15 SPREADING ON LIQUIDS: EFFECT
OF SURFACE TENSION SINKS ON THE BEHAVIOR OF STAGNANT LIQUID LAYERS ELI
RUCKENSTEIN, D. G. SUCIU, AND O. SMIGELSCHI 1. INTRODUCTION 397 2.
EFFECT OF SURFACE TENSION SINKS ON STAGNANT LIQUID FILMS 398 2.1.
EXPERIMENTAL 398 CONTENTS XXIII 2.2. RESULTS 399 2.3. DISCUSSION 400 3.
STUDY OF THE PURE MARANGONI EFFECT 401 3.1. THE STEADY DISSOLVING DROP
402 3.2. STEADY HEAT SOURCE 411 4. MASS TRANSFER ENHANCEMENT DUE TO
SURFACE MOVEMENTS PRODUCED BY A DISSOLVING LIQUID 414 4.1. MASS TRANSFER
MEASUREMENTS 414 4.2. THEORY 414 4.3. COMPARISON BETWEEN EXPERIMENT AND
THEORY 415 5. ADDITIONAL EXPERIMENTAL OBSERVATIONS 416 5.1. THE
DISSOLVING FILM 416 5.2. MOVEMENTS OF THE FREE SURFACE 419 5.3.
MOVEMENTS WITHIN THE WATER LAYER 421 NOTATION 421 REFERENCES 422 CHAPTER
16 NUCLEATION ON SMOOTH SURFACES JOSEPH L. KATZ, JIN SHENG SHEU, AND JER
RU MAA 1. INTRODUCTION 423 2. MODEL 423 3. RELATIONSHIP OF THE VARIABLES
425 4. HOMOGENEOUS NUCLEATION 425 5. GROWTH OF CLUSTERS 429 6. CRITICAL
SUPERSATURATION 430 7. CONCLUSIONS 432 ACKNOWLEDGMENT 432 APPENDIX 432
REFERENCES 434 INDEX 435
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| id | DE-604.BV007711828 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T17:08:09Z |
| institution | BVB |
| isbn | 0306439859 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-005065840 |
| oclc_num | 25913869 |
| open_access_boolean | |
| owner | DE-355 DE-BY-UBR DE-703 |
| owner_facet | DE-355 DE-BY-UBR DE-703 |
| physical | XXIII, 451 S. graph. Darst. |
| publishDate | 1992 |
| publishDateSearch | 1992 |
| publishDateSort | 1992 |
| publisher | Plenum Press |
| record_format | marc |
| spelling | Modern approaches to wettability theory and applications ed. by Malcolm E. Schrader ... New York u.a. Plenum Press 1992 XXIII, 451 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Mouillabilité Mouillage (chimie des surfaces) ram Propriété surface Wetting Oberflächenchemie (DE-588)4126166-5 gnd rswk-swf Grenzflächenaktiver Stoff (DE-588)4158138-6 gnd rswk-swf Benetzung (DE-588)4005493-7 gnd rswk-swf Netzmittel (DE-588)4171518-4 gnd rswk-swf Grenzflächenaktiver Stoff (DE-588)4158138-6 s DE-604 Oberflächenchemie (DE-588)4126166-5 s Netzmittel (DE-588)4171518-4 s Benetzung (DE-588)4005493-7 s Schrader, Malcolm E. Sonstige oth GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=005065840&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Modern approaches to wettability theory and applications Mouillabilité Mouillage (chimie des surfaces) ram Propriété surface Wetting Oberflächenchemie (DE-588)4126166-5 gnd Grenzflächenaktiver Stoff (DE-588)4158138-6 gnd Benetzung (DE-588)4005493-7 gnd Netzmittel (DE-588)4171518-4 gnd |
| subject_GND | (DE-588)4126166-5 (DE-588)4158138-6 (DE-588)4005493-7 (DE-588)4171518-4 |
| title | Modern approaches to wettability theory and applications |
| title_auth | Modern approaches to wettability theory and applications |
| title_exact_search | Modern approaches to wettability theory and applications |
| title_full | Modern approaches to wettability theory and applications ed. by Malcolm E. Schrader ... |
| title_fullStr | Modern approaches to wettability theory and applications ed. by Malcolm E. Schrader ... |
| title_full_unstemmed | Modern approaches to wettability theory and applications ed. by Malcolm E. Schrader ... |
| title_short | Modern approaches to wettability |
| title_sort | modern approaches to wettability theory and applications |
| title_sub | theory and applications |
| topic | Mouillabilité Mouillage (chimie des surfaces) ram Propriété surface Wetting Oberflächenchemie (DE-588)4126166-5 gnd Grenzflächenaktiver Stoff (DE-588)4158138-6 gnd Benetzung (DE-588)4005493-7 gnd Netzmittel (DE-588)4171518-4 gnd |
| topic_facet | Mouillabilité Mouillage (chimie des surfaces) Propriété surface Wetting Oberflächenchemie Grenzflächenaktiver Stoff Benetzung Netzmittel |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=005065840&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT schradermalcolme modernapproachestowettabilitytheoryandapplications |