Page 222 - Handbook of Surface Improvement and Modification

Index 217

squalane 92 whitening 11
stability 73, 76 stretching
stain rate 61
inhibition 121 test 24
removal 126 structural
resistance 130, 133 build-up 151
staining 123 distortion 108
stainless steel 80 order 143
pin 174 void 138
stain-resistant structure reformation 152
finish 125 styrene-acrylonitrile random copolymer 13
material 121-122 matrix 9
static styrene-butadiene-styrene copolymer 93
charge 151 styrene-isoprene-styrene copolymer 78, 93
coefficient 192 sublimation
contact angle 123, 126, 138 dye 118
friction 10, 165, 167-168, 190 transfer ink 118
surface tension 117 substrate 73
steady friction coefficient 188 layer 6
stearic acid 138 surface 33, 166
stearyl erucamide 91 surface energy 80
steel 137 wetting 132
ball 173 subzero temperature 101
coating 127 Sui dynasty 1
plate 170 superamphiphobic surface 144
steric hindrance 8, 26, 143 superamphiphobicity 144
stick supercooled water 141
time 11 superhydrophilic 105, 134
-slip 6-7, 10-11 superhydrophilicity 98, 105
stiffness 4 superhydrophobic 126, 134
stimuli-responsive admixture 139
coating 134 air void 139
mechanism 37 coating 123, 126, 130, 137, 140
Stöber composite coating 141
reaction 144 fabric 143-144
treatment 144 fiberglass cloth 140
stone 138 metal coating 48
age 1 polyester fabric 143
consolidation 125 properties 138, 144
preservation 125 surface 100, 105
strain superhydrophobicity 38, 98, 101, 122
hardening 4 superhydrophobization concept 139
rate 187 superlubricity 181
strength 73 superoleophilicity 38
stress 34 superoleophobicity 105
concentration 11, 23, 31 superplasticizer 152-153
concentration shift 4 surface 1, 4
distribution 31 asperities 10
relieving properties 92 bumpiness 45