Page 707 - Handbook of Thermal Analysis of Construction Materials

Index 675

Retarding admixtures 238 Scanning transmission electron
RHA 319. See also Rice husk ash microscope 52. See also STEM
decomposition 320 Scawtite 132
Rheological additives 591 Scratch resistance 638
Rheological degradation 586 Sea water attack 62, 64
Rheology 59 Sealants 531, 547, 596
effect of superplasticizer 170 applications 579, 613
Rice husk ash 261, 319. See also causes of failure 584
RHA characteristics 547
effect on concrete 332 critical performance differ-
Roof covering 563 ences 586
materials 531 curing 591
asphalt-based 535 formulations 585
use of PUF 573 general composition 548
Roof membranes 564, 566 multi-year durability study 596
Roof system 563 selection 552
Roofing construction materials viscoelastic 586, 590
aging behavior 583 Secar 71 409
Roofing felts 567 Second derivative differential thermal
Roofing membrane materials 611, curve 120
617, 618, 620, 622, 625 Sedimentary rocks
bituminous 624 gypsum 484
characterization 624, 626 Seepage 57
exposure 615 Segregation 61
mechanical properties 615 SEM 52. See also Scanning
thermoanalytical methods 616 Electron Microscopy
thermoanalytical techniques 627 examination 375
Roofing reinforcements 567 Semi-isothermal DTG method 40
Rubber cements 538 Semi-organic polymers 533
Rubber roofing material 611 Semi-static method 73
Rubber sheets 617 Sestak-Berggren equation 478
uncured 570 Set acceleration 367
Rubbers 535 Set retarders 163
Set time 387
S Setaram heat flux calorimeter 26
Setting properties
Sagging 556
calcium chloride 200
Salt scaling 62, 64
characteristics 51, 237
Sand aggregate 386
gypsum 396
SBS 613. See also Styrene-butadi-
physico-chemical 287
ene-styrene
portland cement 388
polymer 535, 568
Setting times
solvent-based 544
cement mortar 233
Scanning electron
phosphate-cement con-
microscopy 52, 100, 221. See
crete 382, 385
also SEM