Soft matter 2 Complex colloidal suspensions
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Datensatz im Suchindex
| DE-BY-TUM_call_number | 0302/CHE 710f 2006 A 724-2 |
|---|---|
| DE-BY-TUM_katkey | 1539970 |
| DE-BY-TUM_media_number | 040030182011 |
| _version_ | 1816712545288847360 |
| adam_text | CONTENTS 1 PHASE BEHAVIOR OF ROD-LIKE VIRUSES AND VIRUS-SPHERE MIXTURES
1 ZVONIMIR DOGIC UND SETH FRADEN LNTRODUCTION I ENTROPY-DRIVEN ORDERING
WITHIN THE SECOND VIRIAL APPROXIMATION 3 ISOTROPIC-NEMATIC PHASE
TRANSITION WITHIN THE SECOND VIRIAL APPROXIMATION 4 EXTENSION OF ONSAGER
THEORY TO CHARGED RODS 7 EXTENSION OF ONSAGER THEORY TO SEMI-FLEXIBLE
RODS 9 EXTENSION OF ONSAGER THEORY TO RODS WITH FINITE ASPECT RATIO
USING SCALED PARTIDE THEORY 10 NEMATIC-SMECTIC PHASE TRANSITION WITHIN
THE SECOND VIRIAL APPROXIMATION 11 PHASE BEHAVIOR OF A BINARY MIXTURE OF
HARD PARTICLES 13 EXPERIMENTAL PHASE DIAGRAM OF AN FD VIRUS SUSPENSION
14 PROPERTIES AND PREPARATION OF FILAMENTOUS BACTERIOPHAGE 15
ISOTROPIE-CHOLESTERIC PHASE TRANSITION IN FD VIRUS SUSPENSIONS 18
POLYMER-COATEDFD VIRUS AND ITS LSOTROPIC-CHOLESTERIC PHASE TRANSITION 22
CHOLESTERIC PHASE OFFD VIRUS 24 NEMATIC ORDER PARAMETER OF FD VIRUS
SUSPENSIONS 26 SMECTIC PHASE OFFD VIRUS 29 BULK PHASE BEHAVIOR OF
ROD-SPHERE AND ROD-POLYMER MIXTURES 34 DEPLETION INTERACTION BETWEEN
HARD SPHERES 34 PHASE DIAGRAMS OF HARD SPHERES AND POLYMERS OR ISOTROPIC
HARD RODS 37 LNFLUENCE OF NON-ADSORBING POLYMER ON THE ISOTROPIC-NEMATIC
PHASE TRANSITION 41 SOFL MATTER, VOL. 2: COMPLEX COLLOIDAL SUSPENSIONS.
EDITED BY G. GOMPPER AND M. SCHICK COPYRIGHT @ 2006 WILEY-VCH VERLAG
GMBH &CO. KGAA, WEINHEIM ISBN: 3-527-31369-9 VLLL CONTENTS I
ENTROPICALLY DRIVEN MICROPHASE SEPARATION IN ROD-SPHERE MIXTURES 46
LAMELLAR PHASE IN ROD-POLYMER AND ROD-SPHERE MIXTURES 48 COLUMNAR PHASE
AND CHAIN-LIKE STRUCTURES IN MIXTURES OF FD VIRUS AND HARD SPHERES 51
SELF-ASSEMBLED COLLOIDAL MEMBRANES AND TWISTED RIBBONS 55 MONTE CARLO
SIMULATION OF COLLOIDAL MEMBRANES 61 CRYSTALLINE MEMBRANES 63
SURFACE-INDUCED SMECTIC ORDERING IN ROD-POLYMER MIXTURES 64 KINETICS OF
LIQUID-CRYSTALLINE PHASE TRANSITIONS 67 KINETICS OF THE
ISOTROPIE-NEMATIC AND NEMATIC-SMECTIC PHASE TRANSITIONS IN HARD-ROD
SUSPENSIONS 68 KINETICS OF THE ISOTROPIC-SMECTIC PHASE TRANSITION 69
FILAMENTOUS STMCTURES ASSOCIATED WITH NEMATIC-SMECTIC PHASE TRANSITIONS
72 MULTIPLE PATHWAYS OBSEMED IN MELTING OFTHE LAMELLAR PHASE 74
CONCLUSIONS AND OPEN QUESTIONS 78 FIELD THEORY OF POLYMER-COLLOID
LNTERACTIONS 87 ERICH EISENRIEGLER INTRODUCTION 87 POLYMERS AND FIELD
THEORY 90 POLYMERS INTERACTING WITH BOUNDARIES 96 POLYMERS INTERACTING
WITH A PLANAR WALL 100 IDEAL POLYMERS 100 BEHAVIOR NEAR THE WALL:
DENSITY-PRESSURE RELATION AND BOUNDARY OPERATOR EXPANSION 101 SLIGHTLY
DEFORMED PLANAR WALL 105 SURFACE TENSION I 06 SPHERICAL PARTICLE IN A
POLYMER SOLUTION 108 IDEAL POLYMERS 108 END DENSITY 108 FREE ENERGY OF
IMMERSION 108 MONOMER DENSITY PROFILE AND THE DENSITY-PRESSURE RELATION
11 I SMALL-SPHERE EXPANSION I 12 POLYMER SOLUTION OF ARBITRARY OVERLAP
115 PARALLEL PLATES AND PLATE-WALL LNTERACTION 117 CHAIN TRAPPED BETWEEN
TWO PARALLEL PLATES 11 7 FORCE ON THE PLATES 11 7 LDEAL CHAIN I 18
MONOMER DENSITY PROFILE AND DENSITY-FORCE RELATION 118 PLATE-WALL
LNTERACTION 11 9 SPHERE-WALL LNTERACTION 121 DERJAGUIN APPROXIMATION FOR
A LARGE SPHERE 122 SMALL-PARTICLE EXPANSION FOR A SMALL SPHERE 123
ARBITRARY SIZE RATIOS 124 INTERACTION BETWEEN TWO OR MORE SPHERES 127
DERJAGUIN APPROXIMATION FOR LARGE SPHERES 127 TWO SMALL SPHERES 128
THREE SMALL SPHERES 130 ARBITRARY SIZE RATIOS 130 SMALL ANISOTROPIC
PARTICLES 13 1 OPERATOR EXPANSIONS FOR SMALL ANISOTROPIC PARTICLES 132
DUMBBELLS 133 ELLIPSOIDS 137 INTERACTION BETWEEN AN ANISOTROPIC PARTICLE
AND A WALL 139 SUMMARY AND CONCLUDING REMARKS 142 ROD-LIKE BROWNIAN
PARTICLES IN SHEAR FLOW 147 ]AN K. G. DHONT AND WIM]. BRIELS
INTRODUCTION 148 THE VELOCITY-GRADIENT TENSOR 151 HYDRODYNAMICS 153 THE
CONTINUITY EQUATION 154 THE NAVIER-STOKES EQUATION 155 THE CREEPING FLOW
EQUATIONS 159 THE OSEEN TENSOR 161 HYDRODYNAMIC FRICTION OF A SINGLE ROD
163 TRANSLATIONAL FRICTION 165 ROTATIONAL FRICTION 169 MOTION OF
NON-BROWNIAN RODS IN SHEAR FLOW: JEFFERY ORBITS 173 JEFFERY ORBITS IN
ELONGATIONAL FLOW 174 JEFFERY ORBITS IN SIMPLE SHEAR FLOW 176 AN
EXPERIMENT 179 BROWNIAN MOTION OF A FREE ROD (WITHOUT SHEAR FLOW) 181
NEWTON S EQUATIONS OF MOTION FOR A RIGID BODY 181 THE LANGEVIN EQUATION
FOR A LONG AND THIN ROD 184 BROWNIAN TIME SCALE: RELAXATION RATES OF
TRANSLATIONAL AND ROTATIONAL VELOCITY 186 BROWNIAN LENGTH SCALE AND
BROWNIAN ANGLE 187 CALCULATION OF FLUCTUATION STRENGTHS 189 X CONTENTS I
3.6.6 TRANSLATIONAL BROWNIAN MOTION OF A ROD 192 3.6.7 ORIENTATIONAL
CORRELATIONS 194 3.7 EQUATIONS OF MOTION FOR INTERACTING RODS 198 3.7.1
THE N-PARTICLE SMOLUCHOWSKI EQUATION 199 3.7.2 TRANSLATIONAL AND
ROTATIONAL DIFFUSION OF NON-INTERACTING RODS WITHOUT SHEAR FLOW 206 3.8
THE ORIENTATIONAL ORDER PARAMETER 208 3.9 NON-INTERACTING BROWNIAN RODS
IN SHEAR FLOW 210 3.9.1 ELONGATIONAL FLOW 212 3.9.2 SIMPLE SHEAR FLOW
213 3.10 THE DOI-EDWARDS EQUATION OF MOTION AND THE MAIER-SAUPE
POTENTIAL 21 6 3.10.1 EQUATION OF MOTION FOR P(&, T) 216 3.10.2 EQUATION
OF MOTION FOR S(T) 219 3.10.3 DENSITY EXPANSION OF THE PAIR CORRELATION
FUNCTION 221 3.10.4 ORIENTATIONAL CLOSURE RELATION 222 3.11
PARANEMATIC-NEMATIC SPINODALS AND THE BINODAL UNDER SHEAR FLOW 224
3.11.1 SPINODALS 225 3.11.2 THE BINODAL 229 3.11.3 A REMARK ON PATTERN
FORMATION AND TIME-PERIODIC STATES 230 3.12 HOW IMPORTANT ARE DYNAMIC
CORRELATIONS? 231 3.13 THE STRESS TENSOR FOR ROD SUSPENSIONS 233 3.13.1
THE BASIC IDEA 233 3.1 3.1.1 PARTICLE-PARTICLE STRESS TENSOR CI P 235
3.13.1.2 PARTICLE-SOLVENT STRESS TENSOR CPS 236 3.13.1.3 SOLVENT-SOLVENT
STRESS TENSOR C 239 3.13.2 TOTAL STRESS TENSOR 242 3.13.3 STRESS
TENSOR FOR HOMOGENEOUS SUSPENSIONS 243 3.13.4 EXPLICIT EVALUATION OF
STRESS TENSOR FOR VERY LONG AND THIN RODS 244 3.13.5 STRESS TENSOR FOR A
HOMOGENEOUS SYSTEM EXPRESSED IN TERMS OF ORDER PARAMETER 248 3.14
VISCOELASTIC RESPONSE FUNCTIONS 249 3.14.1 SHEAR VISCOSITY AND NORMAL
STRESSES FOR LOW SHEAR RATES 250 3.14.2 VISCOELASTIC RESPONSE AT HIGH
SHEAR RATES 253 3.14.3 NONLINEAR VISCOELASTIC RESPONSE 255 3.14.4
COMPARISON WITH OTHER THEORIES, SIMULATIONS, AND EXPERIMENTS 257 3.15
CURRENT RESEARCH TOPICS 266 3.15.1 SHEAR-BANDING TRANSITIONS 266
3.15.1.1 VORTICITY BANDING 267 GRADIENT BANDING 268 NON-EQUILIBRIUM
PHASE DIAGRAM UNDER SHEAR FLOW 270 PHASE SEPARATION KINETICS UNDER FLOW
CONDITIONS 271 APPENDIX 271 BEAD INDEX SUMMATIONS 271 USEFUL
MATHEMATICAL IDENTITIES 273 ON THE ACCURACY OF THE CLOSURE RELATION
(3.227) 273 EVALUATION OF SUMS OVER BEAD LNDEX NUMBERS 274 DERIVATION OF
EQ. (3.279) 278 LNDEX 285
|
| adam_txt |
CONTENTS 1 PHASE BEHAVIOR OF ROD-LIKE VIRUSES AND VIRUS-SPHERE MIXTURES
1 ZVONIMIR DOGIC UND SETH FRADEN LNTRODUCTION I ENTROPY-DRIVEN ORDERING
WITHIN THE SECOND VIRIAL APPROXIMATION 3 ISOTROPIC-NEMATIC PHASE
TRANSITION WITHIN THE SECOND VIRIAL APPROXIMATION 4 EXTENSION OF ONSAGER
THEORY TO CHARGED RODS 7 EXTENSION OF ONSAGER THEORY TO SEMI-FLEXIBLE
RODS 9 EXTENSION OF ONSAGER THEORY TO RODS WITH FINITE ASPECT RATIO
USING SCALED PARTIDE THEORY 10 NEMATIC-SMECTIC PHASE TRANSITION WITHIN
THE SECOND VIRIAL APPROXIMATION 11 PHASE BEHAVIOR OF A BINARY MIXTURE OF
HARD PARTICLES 13 EXPERIMENTAL PHASE DIAGRAM OF AN FD VIRUS SUSPENSION
14 PROPERTIES AND PREPARATION OF FILAMENTOUS BACTERIOPHAGE 15
ISOTROPIE-CHOLESTERIC PHASE TRANSITION IN FD VIRUS SUSPENSIONS 18
POLYMER-COATEDFD VIRUS AND ITS LSOTROPIC-CHOLESTERIC PHASE TRANSITION 22
CHOLESTERIC PHASE OFFD VIRUS 24 NEMATIC ORDER PARAMETER OF FD VIRUS
SUSPENSIONS 26 SMECTIC PHASE OFFD VIRUS 29 BULK PHASE BEHAVIOR OF
ROD-SPHERE AND ROD-POLYMER MIXTURES 34 DEPLETION INTERACTION BETWEEN
HARD SPHERES 34 PHASE DIAGRAMS OF HARD SPHERES AND POLYMERS OR ISOTROPIC
HARD RODS 37 LNFLUENCE OF NON-ADSORBING POLYMER ON THE ISOTROPIC-NEMATIC
PHASE TRANSITION 41 SOFL MATTER, VOL. 2: COMPLEX COLLOIDAL SUSPENSIONS.
EDITED BY G. GOMPPER AND M. SCHICK COPYRIGHT @ 2006 WILEY-VCH VERLAG
GMBH &CO. KGAA, WEINHEIM ISBN: 3-527-31369-9 VLLL CONTENTS I
ENTROPICALLY DRIVEN MICROPHASE SEPARATION IN ROD-SPHERE MIXTURES 46
LAMELLAR PHASE IN ROD-POLYMER AND ROD-SPHERE MIXTURES 48 COLUMNAR PHASE
AND CHAIN-LIKE STRUCTURES IN MIXTURES OF FD VIRUS AND HARD SPHERES 51
SELF-ASSEMBLED COLLOIDAL MEMBRANES AND TWISTED RIBBONS 55 MONTE CARLO
SIMULATION OF COLLOIDAL MEMBRANES 61 CRYSTALLINE MEMBRANES 63
SURFACE-INDUCED SMECTIC ORDERING IN ROD-POLYMER MIXTURES 64 KINETICS OF
LIQUID-CRYSTALLINE PHASE TRANSITIONS 67 KINETICS OF THE
ISOTROPIE-NEMATIC AND NEMATIC-SMECTIC PHASE TRANSITIONS IN HARD-ROD
SUSPENSIONS 68 KINETICS OF THE ISOTROPIC-SMECTIC PHASE TRANSITION 69
FILAMENTOUS STMCTURES ASSOCIATED WITH NEMATIC-SMECTIC PHASE TRANSITIONS
72 MULTIPLE PATHWAYS OBSEMED IN MELTING OFTHE LAMELLAR PHASE 74
CONCLUSIONS AND OPEN QUESTIONS 78 FIELD THEORY OF POLYMER-COLLOID
LNTERACTIONS 87 ERICH EISENRIEGLER INTRODUCTION 87 POLYMERS AND FIELD
THEORY 90 POLYMERS INTERACTING WITH BOUNDARIES 96 POLYMERS INTERACTING
WITH A PLANAR WALL 100 IDEAL POLYMERS 100 BEHAVIOR NEAR THE WALL:
DENSITY-PRESSURE RELATION AND BOUNDARY OPERATOR EXPANSION 101 SLIGHTLY
DEFORMED PLANAR WALL 105 SURFACE TENSION I 06 SPHERICAL PARTICLE IN A
POLYMER SOLUTION 108 IDEAL POLYMERS 108 END DENSITY 108 FREE ENERGY OF
IMMERSION 108 MONOMER DENSITY PROFILE AND THE DENSITY-PRESSURE RELATION
11 I SMALL-SPHERE EXPANSION I 12 POLYMER SOLUTION OF ARBITRARY OVERLAP
115 PARALLEL PLATES AND PLATE-WALL LNTERACTION 117 CHAIN TRAPPED BETWEEN
TWO PARALLEL PLATES 11 7 FORCE ON THE PLATES 11 7 LDEAL CHAIN I 18
MONOMER DENSITY PROFILE AND DENSITY-FORCE RELATION 118 PLATE-WALL
LNTERACTION 11 9 SPHERE-WALL LNTERACTION 121 DERJAGUIN APPROXIMATION FOR
A LARGE SPHERE 122 SMALL-PARTICLE EXPANSION FOR A SMALL SPHERE 123
ARBITRARY SIZE RATIOS 124 INTERACTION BETWEEN TWO OR MORE SPHERES 127
DERJAGUIN APPROXIMATION FOR LARGE SPHERES 127 TWO SMALL SPHERES 128
THREE SMALL SPHERES 130 ARBITRARY SIZE RATIOS 130 SMALL ANISOTROPIC
PARTICLES 13 1 OPERATOR EXPANSIONS FOR SMALL ANISOTROPIC PARTICLES 132
DUMBBELLS 133 ELLIPSOIDS 137 INTERACTION BETWEEN AN ANISOTROPIC PARTICLE
AND A WALL 139 SUMMARY AND CONCLUDING REMARKS 142 ROD-LIKE BROWNIAN
PARTICLES IN SHEAR FLOW 147 ]AN K. G. DHONT AND WIM]. BRIELS
INTRODUCTION 148 THE VELOCITY-GRADIENT TENSOR 151 HYDRODYNAMICS 153 THE
CONTINUITY EQUATION 154 THE NAVIER-STOKES EQUATION 155 THE CREEPING FLOW
EQUATIONS 159 THE OSEEN TENSOR 161 HYDRODYNAMIC FRICTION OF A SINGLE ROD
163 TRANSLATIONAL FRICTION 165 ROTATIONAL FRICTION 169 MOTION OF
NON-BROWNIAN RODS IN SHEAR FLOW: JEFFERY ORBITS 173 JEFFERY ORBITS IN
ELONGATIONAL FLOW 174 JEFFERY ORBITS IN SIMPLE SHEAR FLOW 176 AN
EXPERIMENT 179 BROWNIAN MOTION OF A FREE ROD (WITHOUT SHEAR FLOW) 181
NEWTON'S EQUATIONS OF MOTION FOR A RIGID BODY 181 THE LANGEVIN EQUATION
FOR A LONG AND THIN ROD 184 BROWNIAN TIME SCALE: RELAXATION RATES OF
TRANSLATIONAL AND ROTATIONAL VELOCITY 186 BROWNIAN LENGTH SCALE AND
BROWNIAN ANGLE 187 CALCULATION OF FLUCTUATION STRENGTHS 189 X CONTENTS I
3.6.6 TRANSLATIONAL BROWNIAN MOTION OF A ROD 192 3.6.7 ORIENTATIONAL
CORRELATIONS 194 3.7 EQUATIONS OF MOTION FOR INTERACTING RODS 198 3.7.1
THE N-PARTICLE SMOLUCHOWSKI EQUATION 199 3.7.2 TRANSLATIONAL AND
ROTATIONAL DIFFUSION OF NON-INTERACTING RODS WITHOUT SHEAR FLOW 206 3.8
THE ORIENTATIONAL ORDER PARAMETER 208 3.9 NON-INTERACTING BROWNIAN RODS
IN SHEAR FLOW 210 3.9.1 ELONGATIONAL FLOW 212 3.9.2 SIMPLE SHEAR FLOW
213 3.10 THE DOI-EDWARDS EQUATION OF MOTION AND THE MAIER-SAUPE
POTENTIAL 21 6 3.10.1 EQUATION OF MOTION FOR P(&, T) 216 3.10.2 EQUATION
OF MOTION FOR S(T) 219 3.10.3 DENSITY EXPANSION OF THE PAIR CORRELATION
FUNCTION 221 3.10.4 ORIENTATIONAL CLOSURE RELATION 222 3.11
PARANEMATIC-NEMATIC SPINODALS AND THE BINODAL UNDER SHEAR FLOW 224
3.11.1 SPINODALS 225 3.11.2 THE BINODAL 229 3.11.3 A REMARK ON PATTERN
FORMATION AND TIME-PERIODIC STATES 230 3.12 HOW IMPORTANT ARE DYNAMIC
CORRELATIONS? 231 3.13 THE STRESS TENSOR FOR ROD SUSPENSIONS 233 3.13.1
THE BASIC IDEA 233 3.1 3.1.1 PARTICLE-PARTICLE STRESS TENSOR CI'P 235
3.13.1.2 PARTICLE-SOLVENT STRESS TENSOR CPS 236 3.13.1.3 SOLVENT-SOLVENT
STRESS TENSOR C"" 239 3.13.2 TOTAL STRESS TENSOR 242 3.13.3 STRESS
TENSOR FOR HOMOGENEOUS SUSPENSIONS 243 3.13.4 EXPLICIT EVALUATION OF
STRESS TENSOR FOR VERY LONG AND THIN RODS 244 3.13.5 STRESS TENSOR FOR A
HOMOGENEOUS SYSTEM EXPRESSED IN TERMS OF ORDER PARAMETER 248 3.14
VISCOELASTIC RESPONSE FUNCTIONS 249 3.14.1 SHEAR VISCOSITY AND NORMAL
STRESSES FOR LOW SHEAR RATES 250 3.14.2 VISCOELASTIC RESPONSE AT HIGH
SHEAR RATES 253 3.14.3 NONLINEAR VISCOELASTIC RESPONSE 255 3.14.4
COMPARISON WITH OTHER THEORIES, SIMULATIONS, AND EXPERIMENTS 257 3.15
CURRENT RESEARCH TOPICS 266 3.15.1 SHEAR-BANDING TRANSITIONS 266
3.15.1.1 VORTICITY BANDING 267 GRADIENT BANDING 268 NON-EQUILIBRIUM
PHASE DIAGRAM UNDER SHEAR FLOW 270 PHASE SEPARATION KINETICS UNDER FLOW
CONDITIONS 271 APPENDIX 271 BEAD INDEX SUMMATIONS 271 USEFUL
MATHEMATICAL IDENTITIES 273 ON THE ACCURACY OF THE CLOSURE RELATION
(3.227) 273 EVALUATION OF SUMS OVER BEAD LNDEX NUMBERS 274 DERIVATION OF
EQ. (3.279) 278 LNDEX 285 |
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| discipline | Chemie / Pharmazie |
| discipline_str_mv | Chemie / Pharmazie |
| format | Book |
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| id | DE-604.BV021326612 |
| illustrated | Illustrated |
| index_date | 2024-07-02T14:00:31Z |
| indexdate | 2024-11-25T17:26:05Z |
| institution | BVB |
| isbn | 3527313699 9783527313693 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-014646943 |
| oclc_num | 315088623 |
| open_access_boolean | |
| owner | DE-703 DE-91G DE-BY-TUM DE-1046 DE-83 DE-29T DE-11 |
| owner_facet | DE-703 DE-91G DE-BY-TUM DE-1046 DE-83 DE-29T DE-11 |
| physical | XIII, 287 S. Ill., graph. Darst. |
| publishDate | 2006 |
| publishDateSearch | 2006 |
| publishDateSort | 2006 |
| publisher | Wiley-VCH |
| record_format | marc |
| spellingShingle | Soft matter Kolloid (DE-588)4164695-2 gnd Lösung Chemie (DE-588)4036159-7 gnd |
| subject_GND | (DE-588)4164695-2 (DE-588)4036159-7 |
| title | Soft matter |
| title_auth | Soft matter |
| title_exact_search | Soft matter |
| title_exact_search_txtP | Soft matter |
| title_full | Soft matter 2 Complex colloidal suspensions ed. by Gerhard Gompper ... |
| title_fullStr | Soft matter 2 Complex colloidal suspensions ed. by Gerhard Gompper ... |
| title_full_unstemmed | Soft matter 2 Complex colloidal suspensions ed. by Gerhard Gompper ... |
| title_short | Soft matter |
| title_sort | soft matter complex colloidal suspensions |
| topic | Kolloid (DE-588)4164695-2 gnd Lösung Chemie (DE-588)4036159-7 gnd |
| topic_facet | Kolloid Lösung Chemie |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014646943&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV021284381 |
| work_keys_str_mv | AT gomppergerhard softmatter2 |