Page 698 - Handbook of Thermal Analysis of Construction Materials
P. 698
666 Index
Exposure of concrete effect on concrete 332
natural elements or industrial mixtures 80, 333
chemicals 134 ordinary and high calcium 296
Extenders 554 particle size 298
Extraction method 40 reactivity 294
supplementary materials 335
F unburnt carbon 299
Fracture 59
False set 51
Franke method 269
Fast set
Freeze-thaw expansion 62
formation of ettringite 372
Freezing-thawing
OPC 370
cycles 492
Fe-alite 95
durability 521
Fe O
2 3 resistance 527
thermographs 85
Friedel’s salt 133, 135
Feldman-Sereda model 58
solubility 134
Ferrite phase 37
Frost action 63, 65
Ferrite-based compounds 62
Frost damage 64, 131
Ferrogenous minerals 77
Fungicidal admixtures 179
Fiber reinforcement 126
Field seaming 571 G
Fillers 580
Fine aggregates 60 Galvanometer 3
Fire retardant intumescent coat- Gas liquid chromatographic analy-
ings 641 sis 49
Fire-resistant properties Gehlenite 81
gypsum 450 Gel pores
Fireclay 3 mechanical properties 58
Firing of clays 492 Gibbs’ free energy 2
Firing temperature 492 Glass transition temperature 23, 597
Flash set 44, 51 Gluconate
Flexural strength conduction calorimetry 285
effect of water content 383 Granulated slag 176, 308
kaolin specimens 515 Gypsum 45, 48, 53, 104, 107,
magnesia-phosphate cement 381 108, 110, 112, 135, 224,
phosphate-modified cement 440 395, 397, 480, 488
Floating 556 addition 425
Flocculating admixtures 178 calcined 449, 455
Flooding or brush disturbance 556 characteristic peaks 483
Floor covering 544 dehydration 471, 475, 477
Fluid paints 554 DTA peaks 455
Fluoropolymer/acrylic phase 650 heated 459
Fly ash 35, 175, 261, 336 hydration sequence 111
addition to cement 295 influence 423
effect of polymers 344 methods of analysis 450
