Page 690 - Handbook of Thermal Analysis of Construction Materials

658 Index

C A 230, 449 conduction calorimetry 329
3
adsorption of lignosulfonate 230 effect of CLS 226
hydration 100, 149, 153, effect of MK 324
165, 172, 216 influence of calcium chloride 190
phase 100 sugar-free lignosulfonate 235
rate of hydration 104 C S pastes 40, 52
3
reaction to form ettringite 208 C AF 108
4
reaction with calcium chloride formation 85
197 micrographs 102
reactivity 396 physico-mechanical characteristics
retarding effect of gypsum 235 364
C A + 25% gypsum C AF + gypsum mixtures
3 4
hydration 202 hydration 107
C A + gypsum 104 C P 445. See also Tetracalcium
3 4
accelerating effect of TEA 204 phosphate
hydration 216 CA 414. See also Monocalcium
C A and gypsum aluminate
3
reaction 197 CA hydration 417
C A hydration 236, 339 thermal behavior 414
3
aluminate hydrate 310 Ca(OH) 40, 107, 134
2
effect of MK 324 dissociation 136
quick setting 251 solution technique 54
retarding effect 242 CAC 362, 367, 375, 404. See
C A•CaCl •10H O 128 also Calcium alumina cement
3 2 2
C A-ettringite reaction accelerator 368
3
retardation effect 265 early strength characteristic 365
C AH fire brick aggregate 369
3 1.43
bulk composition 99 metakaolinite or zeolites 408
C AH 120 strength 369
3 6
C S 98 structural quality 364
3
conduction calorimetry 90 CAC/CS
degree of hydration 92 quick-set 374
rate of hydration 41 CaCl •Ca(OH) •10H O 128
2 2 2
reactivity 96 CaCO 135
3
C S and C S dissociation 136
3 2
rate of hydration 44 CaCO -Al O 85
3 2 3
C S and water Calcareous materials 73
3
ineffectiveness of SNF 271 Calcareous minerals 74
C S hydration 111, 146, 156, 165, Calcining zone 36
3
172, 174, 176, 194, 227, Calcite decompositions 123
235, 301, 303, 339, 391 Calcium alumina cement 362,
aluminate hydrate 310 375. See also CAC
calcium chloride 196 Calcium aluminate cements 403,
calcium lignosufonate 226 404. See also CAC