A 
ss 
EDITORIALS, ANONYMOUS ARTICLES, 
ETC.—Continued. 
Impervious Concrete. Eng. Rec., 
v. 55 (1907), p. 398-399. Abs., 
Chem. Abs., v. 1 (1907), p. 1610. 
Editorial discussion of effect of wetness 
of mix and surface treatment on imperme- 
ability. 
Impervious Concrete, Experiments 
on... Eng. No. y 68 (1912), p 
1061. Abs., Chain ADSs, «Me 
(1913), p. 544. 
Neat cement ere coating as waterproofing. 
Impregnated Concrete Pipes. See 
ji 
Waterproof Cement Paint. Cem. 
& Eng. N., v. 34 (Nov:, 1922), 
p. 18. 
Brief account of paint which is said to be un- 
affected by lime and alkalies. 
Waterproof Concrete. Chimiste, v. 
_ 2 (1911), p. 66-69. 
BIBLIOGRAPHY RELATING TO SOIL ALKALIES 
37 
EDITORIALS, ANONYMOUS ARTICLES, 
ETc.—Continued. 
Waterproof Concrete. Engineering 
v. 85 eA ER p-'' 590. “Abs., 
Chem. Abs., v. 2 (1908), p. 2142. 
Editorial discussion of Gordadctien S imper- 
vious concrete through choice of materials 
and care in mixing. 
Waterproofing Concrete Blocks, 
Effect of. eee & Firepf., v. 
1, No. 10, LD) .nAbs:; Chem. 
Abs., Vin2 (1908), p. 2004. 
Waterproofing Materials. A.S. T. 
M. Proc., v. 13 (1913), p. 459- 
465. Eng. & Contr., v. 40 (1913), 
p. 59-60. Abs., Chem. Abs. Ne 
7. (1913), p: 3010. Jour. Indv& 
Eng. Chem., v. 5 (1913), p. 1027. 
Committee report. Conclusions regarding 
causes of permeability of concrete and the 
use of integral and surface waterproofing 
treatments. 
VI. ALKALI-RESISTANT CONCRETE 
SPECIAL INGREDIENTS AND METHODS FOR PRODUCING RESISTANCE TO ALKALI AND SEA WATER; | 
INCIDENTAL EFFECTS OF SAME 
AMERICAN RAILWAY ENGINEERS’ ASsso- 
CIATION. Prepare Specifications for 
Slag Aggregaie.. A. Ry. E. A. Bul., 
v. 20 (1919), No. 215, p. 707, 712 
(3% col.). 
Committee recommendations concerning phys- 
ical and chemical requirements. Suggestions 
regarding moisture in curing concrete. Bibliog- 
raphy on sea water and concrete. 
BAaMBER, H. K. G. Setting of Portland 
Cement. Cone. & Const. Eng., v. Re 
(1909), p. 1938-199. 
General Paigeavciin of the theories of setting, 
and the effects of various treatments and condi- 
tions. Special reference to addition of gypsum. 
_ Discussion by various engineers. 
BarKER, R. Esseniial Qualities and 
Application of Concrete to Timber 
Structures in Sea Water for the Pur- 
pose of Increasing their Permanency. 
N. A. Cem. Users Proc., v. 6 (1910), 
p. 158-167. 
Discusses “‘iron ore’’ and puzzolan-Portland 
cements as to resistance to sea water, and de- 
scribes methods of covering wood piling with con- 
crete. Discussions. Tabulardata. Mlustrated. 
Bates, P. H. Review of the Present 
Status of Iron Ore Cement. N. A. 
Cem. Users Proe., v. 8 (1912), p 
566-77. 
General discussion of current knowledge and 
investigations on value of low-alumina-high-iron 
eements. Tabular data. 
Brep, I. Electric emer. Travaux 
Publiques (1922), Nos. 158, 159. 
Briep, Juues. Alkali Resisting Cement. 
Congres Scientific de 1922, Section 
du Genie Civil. 
Les Ciments a Haute Teneur en 
Alumine. Soe. d’Encour. l’Ind. Nat. 
Bul., Jan., 1923: 
See also IIT. 
BLEINIGER, A. V. See II. 
Boume. Influence of the Addition of 
Various Pulverized Substances to Ce- 
ment. Inst. Civil Eng. (Lond.) Min. 
& Proc., v. 84 (1885-86), p. 454. 
Abstract of report on results of extensive tests. 
Brown, H. P. Marine or Iron Ore 
Cements. N. A. Cem. Users Proc., 
8 (1912), p. 578-596. Abs., Chem. 
Abs., v. 6 (1912), p. 1352. 
Describes various tests on different cements, 
low in aluminum and high in iron, including ac- 
celerated sea-water tests. Tabular and dia- 
grammatic data. Illustrated. 
Burcuartz, H. Behavior of Hydraulic 
Compounds in Sea Water. Cem. & 
Eng. N., v. 22 (1910), p. 421-424. 
Eng. Rec., v. 62 (1910), Dp. 236. 
Describes strength tests by Michaelis and 
Royal Testing Laboratory covering five years on 
puzzolan mortars in fresh and sea waters. Re- 
sults and conclusions. Tabular data. 
BurcHartz, H. and J. V. WrocuHem. 
Investigation of the Action of Magne- 
stum Sulphate Solution on Cement. 
Mitt. Kgl. Matpr., v. 35, p. 206-213. 
Chemisches Zentralblatt Jahrg. 89 
(1918), 2, p. 156. Abs. Chem. Abs., 
Ve 20 (1920), p.. 1745. 
Results of chemical and physical tests on mor: 
tars of (a) Portland cement, (6) iron-ore cement, 
and (c) blast-furnace-slag cement exposed to 
salt water. 
Canpuot, E. La Fabrication Du Cim- 
ent Fondu. Chimie et Industrie, v. 
7 (1922), p. 456-457. 
See also III. 
Carry, A. See Kyte, 
Cargy. VI. 
Cay, W. D. See ITI. 
and A. 
dist 
