Page 702 - Handbook of Thermal Analysis of Construction Materials
P. 702
670 Index
Lime 135 MDSC 601. See also Modulated
Lime-natural pozzolan systems DSC
study of 330 MDSC™ 10. See also Modulated
Limestone 75 DSC measurements
Linear polymer 532 Mechanical properties
Linear thermal expansion 22 tests 584
Linear voltage differential Mechanical strength
transformer 20. See also LVDT citric acid 428
Liquid-applied materials 566 oxychloride-based products 433
Liquid/powder ratio 387 Mechanism of hydration 144
Long chain molecules Mechanism of reactions 261
polymerization 535 Membranes 566
Loss in strength characterization 616, 625
MOC paste 360 roofing systems 623
Loss of plasticizers 571 Mercury porosimetry 54
Low monosulfate phase 108 Metakaolin 323, 326. See also MK
Low strain amplitude 23 Metakaolinite
Low sulfoaluminate 107 effect on concrete 332
Low-slope roofing market 612 Metal plating waste 254
LVDT 20. See also Linear voltage Mg(OH)
2
differential transformer dissociation 136
MgO 124. See also Magnesium
M oxide
Microhardness technique 100
Macromolecules 531, 532, 565
Microhardness-porosity plots 358
Magnesia-phosphate ce-
Microstructural develop-
ments 381, 403, 438, 439
ment 357, 370
Magnesium chloride 430
Microstructure 52
Magnesium hydroxide 488
Mineral admix-
Magnesium
tures 35, 174, 293, 299
oxide 124, 430, 488. See also
Mineralizers 77
MgO
Miscellaneous additives 338
Magnesium oxychloride
Miscellaneous admixtures 144
cement 53, 356, 403, 430, 433. See
Mixtures of CaCO 84
also MOC; Sorel cement 3
MK 323. See also Metakaolin
Magnesium oxysulfate ce-
reactivity 326
ment 403, 430
MOC 356, 358. See also Magne-
complexes 361
sium oxychloride cement
porosity characteristics 361
binding mechanisms 359
thermograms 436
fire resistance 356
water resistance 360
phase conversion effect 357
Map cracking 63, 64
strength retrogression 360
Mass loss 481, 484, 485
Model DSC-1 5
Matrix development 387
Modifying polymers 568
Matrix impedance 372
