Page 697 - Handbook of Thermal Analysis of Construction Materials

Index 665

Endothermal effects Ettringite-monosulfate reaction
calcium chloride 194 TEA 208
sugar-free lignosulfonate 236 European concrete standards 293
Endothermal peaks EVA 613. See also Ethylene-
absence of lignosulfonate 237 vinylacetate
C A 262 Evaluation procedures 583
3
calcium hydroxide 299 Evolved gas
gypsum 459, 526 analysis 1, 106, 287. See also
hydration 414 EGA
metakaolin 323 Exothermal effects 85
no admixtures 233 calcium chloride 194
RHA 320 fly ash 333
Endothermic effect silica fume 304
mortars 440 Exothermal peaks
Endothermic peak 72, 74, 79, 81 clay minerals 499
C A without sugar 239 hydroxycarboxylic acids 255
3
low sulfoaluminate form 225 metakaolin 323
presence of AH 408 normal cement 253
3
Endothermic reaction polymer-cement systems 340
clay 493 polymers 344
DTA of clays 492 RHA 320
Endothermic signal 6 Exothermic crystallization pro-
Endothermic transition 3 cess 79
Engineering properties Exothermic effects
cement minerals 396 CLS 228
Enthalpy 2 mortars 440
Environmental conditions 403 Exothermic peak 72, 74, 81
EPDM 613. See also Ethylene- calcium chloride 196
propylene-diene monomer gluconate 255
membrane shrinkage 626 granulated slag 310
specimens 619 MK 326
study 617 retarders 246
Ethylene-propylene-diene SMF 265
monomer 613. See also EPDM Exothermic reaction
Ethylene-vinylacetate 613. See also clay 493
EVA Exothermic signal 6
Ettringite 45, 104, 106, 108, Exothermic transformation 3, 6
111, 116, 134, 135. See Expanding cement 488
also AFt phase Expansion
carbonated phase 132 characteristics 375
disassociation pattern 107 illite 505
formation 66, 112, 114 period 377
group 50 Expansion producing admix-
retarded formation 110 tures 178