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Ballauff M., Wolf B.A. — Polymer Physics
Ballauff M., Wolf B.A. — Polymer Physics



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Название: Polymer Physics

Авторы: Ballauff M., Wolf B.A.

Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Количество страниц: 137

Добавлена в каталог: 17.03.2013

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Adhesion, work of      96
Attraction constants      96
Biaxial deformation      64 66
box models      42
Branching process, theory of      52
Breakage model      13
Capillary forces      101
Capillary forces, number      120
Capillary forces, wicking      104
Cassie equation      101
Cohesion, work of      97
Coil overlap      10 24
Composite surface      101
Constraint release      45 52 60 66 73 75 8184
Contact angle, definition      90
Contact angle, dynamic      119
Contact angle, goniometer      92
Contact angle, hysteresis      100ff.
Contact angle, random fluctuations      106
Contact angle, theory      102
Contact angle, thermodynamics      91
Critical surface tension, definition      93
Critical surface tension, miscellaneous wetting liquids      94
Critical surface tension, surface chemical composition      94
Cycle rank      46 47
Deformation, biaxial      6466
Deformation, microscopic      45 57 74 79 83
Deformation, tensor      61
Deformation, uniaxial      54 61 62 64 78
Degradation, kinetics of      12
Degradation, limiting molecular weight      12 20 22 23
Degradation, random      2 7 12 18 20 26
Degradation, shear      1ff.
Degradation, ultrasonic      18
Depolymerization      12
Deuterium magnetic resonance      36
Dipole forces      96
Disjoining pressure      118
Dispersion forces      96
DPPH      19—21 27
Duplex films      108
Dynamic contact angle      119
Entanglements      10 28 29 37 44 49 51 57 82 83
Epoxy resins      52
Extensional flow      29
Flory — Huggins theory      77
Flow, extensional      29
Forced spreading      120ff.
Fourier’s law      5
Fractional polarity, geometric mean approximation      97
Fractional polarity, harmonic mean approximation      97
Fractional polarity, theory      96
Free energy      38 41 43 47
Front factor      67 69 83
Good/Girifalco interaction parameter      99
GPC      6 22
Graessley theory      9 10 25 29
Heat conductivity      4 5
Hydrogen bonding      96
hydrolysis      12
Interfacial tension      91
Kinetics of degradation      12
Langley — Graessley concept      53 72
Lubrication      112
Memory factor      67 79
Microscopic deformation      45 57 74 79 81 83
Microstructure factor      67 68 72
Model networks      37 39
Molecular weight distribution      2 6 7 16 18 22 25
Mooney — Rivlin equation      36 45 57 61 68 73 74 76
Natural rubber (NR)      61 62 64 70 73 77 83
Network defects      46 75
Newtonian fluid      3
No-slip condition      118
Nonuniformity      16
Phantom networks      3639 44 46 48 50 58 67 72 73 82 83
Phase separation      12
Plateau modulus      44 51 52 62 69 71
Poly(n-methacrylate)s      2 8 10 17 18
Polybutadiene (PB)      41 61 63 70 83
Polydimethylsiloxane (PDMS)      36 37 41 52 61 67 69 70 77 82 83
Polyethylene, reference for fractional polarity      98
Polyethyleneoxide      67
Polyisoprene      41 64
Polymer surfaces, wettability      89
Polymers, contact angles      94
Polymers, critical surface tension      95
Polymers, dispersion and polar components      97
Polymers, surface tension      97
Polymers, wettability      99
Polyoxypropylene      72
polystyrene      2 7 18 21
Polyurethane      52 72
Primitive path models      49 53
Radical scavenger      2 18 19 21
Replica method      38 54 58 60 75 78 80
Restricted junction fluctuations      37 49 69 80 82
Reynolds number      4
Roughness coefficient      101
Rouse relaxation time      9 10 11 17
Scaling relations      45 70 72 83
Scavenger, radical      2 18 19 21
Schulz distriburion      16 19
Scission, Gaussian      16 22
Scission, random      2 12 15
Sessile drop      90
Shear degradation, modulus      51 71
Slip-link models      42 53 56
Small angle neutron scattering (SANS)      36 64 73—76 79—82
Solid/liquid surface tension      85
Spontaneous primary film      110
Spontaneous primary film, secondary film      110
Spontaneous spreading      107
Spontaneous spreading, capillary flow      117
Spontaneous spreading, conversion coatings      112
Spontaneous spreading, Marangoni effect      109
Spontaneous spreading, meniscus profile      117
Spontaneous spreading, molten polymer droplets      113
Spontaneous spreading, surface roughness      112
Spontaneous spreading, surface tension gradient      109
Spontaneous spreading, theory, hydrodynamic      117
Spontaneous spreading, thermal gradients      111
Spreading      89
Spreading rate, polymer droplets      116
Spreading, coefficient      107
Spreading, definition      90
Spreading, final      108
Spreading, forced      90 120
Spreading, initial      108
Spreading, kinetics      109
Spreading, spontaneous      90 107
Stress-strain properties      36 42 45 49 61 63 83
Surface chemical heterogeneity      100
Surface chemical heterogeneity, energy      91
Surface chemical heterogeneity, roughness      100
Surface chemical heterogeneity, tension      91
Surfaces, wettability      89
Swelling      45 48 54 73—78 83
Taylor number      4
Tension, interfacial      91
Theta solvent      2 9
Theta solvent, temperature      7
Topological constraints      37 84
Topological constraints, invariants      40 41 54 82
Trapping factor      51 63 72
Tube dimensions      45
Tube dimensions, models      4284
Tung’s integral equation      6
Uniaxial deformation      54 61 62 64 78
Vapor-sorption investigations      75
viscosity      3 9 23 29
Viscosity, kinematic      4
Weber number      120
Wenzel equation      101
Wettability, adhesion      104
Wettability, polymer surfaces      89
Wetting of filaments      120
Wetting, definition      90
Wicking, capillary      104
Wilhelmy plate method      121
Young — Dupre equation      98
Young’s equation      90 91
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