Page 705 - Handbook of Thermal Analysis of Construction Materials

Index 673

characteristics 533 also OPC
chemistry 565 accelerator 368
classifying 534 binary and ternary blends 336
concretes 339 conduction calorimetric investiga-
decomposition 588, 626 tions 331
flexibility 548 depth of carbonation 132
natural or synthetic 541 development of heat 201
phase changes 616 effect of calcium chloride 198
roofing membranes 569 formation of ettringite 306
unbound 596 hydration 48, 51, 157,
Polymorphs 87 208, 213, 236, 440
Polynaphthalene hydration products 308
formaldehyde 369. See also pastes 49, 53
PNS phases 37
Polynaphthalene sulfonate formalde- setting characteristics 154
hyde 169 setting control 449
Polyolefins 572 strength development 150
Polysulfides 549 types 38, 285
Polyurethane 533, 549, 590. See Portland cement-based con-
also PU cretes 355
sealants 586, 588 Portland-pozzolan cement 38
Polyurethane rigid foams 572. See Powder coatings 556
also PUF Power compensated system 73
Polyvinyl sulfonic acid (PESA) 340 Power compensation 4
Porcelain 81 Power-compensation calorimeters 6
Pore Powers-Brunauer model 58
characterization 71 Pozzolan 366
shape 52 Pozzolan-modified portland ce-
structure 54, 55, 60 ment 38
Pore size analysis Pozzolanic material 174
Reg Set cement 394 Pozzolanic reaction 295, 344, 386
Pore size distribution 52, 54, Pozzolans 328
133, 298 relative activities 336
Pore volume 56 Pre-heating zone 36
Pores Pre-induction period 27, 42,
uniform distributions 55 90, 271
Porosity 52, 54, 56, 59, 102 Prefabricated sections
mechanical property 55 manufacturing 545
Portland blast furnace slag ce- Prefabricated sheets 566
ment 38 Prehydration of cement 116
Portland cement 26, 36, 44, 53, Preservative
89, 95, 112, 114, 116, characteristics 612
145, 149, 332, 358, 368, Proctor needle 248
378, 387, 397, 403, 430, Prognostic tools
440, 480, 483, 488. See thermoanalytical techniques 623