A BIBLIOGRAPHY RELATING TO SOIL ALKALIES 
POLL A. E., 2nd H. W. Wess. See 
IV. 
JEANNERET, B. Resistances Compara- 
tives de L’ Electric Ciment et du Ciment 
Portland A Dwers Agents. Bul. 
Tech. de la Suisse Romande (1922), 
p. 45. 
JEWETT, J. Y. Investigations of Modi- 
jied Cements and of Alkali Action on 
Concrete of the United States Reclama- 
tion Service. .Eng. & Contr., v. 38 
(1912), p. 265-266. Int. A. T. M. 
Proc., v. 2 (1912), No. 13, Paper XX, 
Eng. Mag., v. 44 (1912), p. 267-269. 
Discusses use of sand cement and the action of 
alkali on concrete. 
JOINT COMMITTEE (ENGINEERING So- 
CIETIES). See III. 
Kasat, 8. Alteration of Cement Mortar 
in Sea Water. Ciment, v.17, p. 21-25 
Abs., Chem. Abs., v. 6 (1912), p. 1511. 
Tests of puzzolan cement mortars in sea water. 
Chemical Alteration of Cement 
Mortars Containing Puzzolan in Sea 
Water. Ciment, v. 17, p. 41-44. 
Abs., Chem. Abs., v. 6 (1912), p. 
15 EY 
Chemical tests covering one year of fresh and 
cured parts in 8 per cent MgSo, solution. Dis- 
cussion and conclusions. 
Kuaupy, J. Austrian Tests of Cement 
Mortars in Sea Water and Salts. 
Zeitschrift des Osterreiche Ingenieur 
und Architekten-Vereins,v. 61 (1909), 
p. 676 (814 col.) Abs., Cem. Age, 
v. 10 (1910), p. 40. Abs. Eng. N., 
v. 62 (1909), p. 362. 
Chemical tests on mortar cubes of natural, 
Portiand, slag,and puzzolanic cements exposed 
to various salt solutions and sea water. LTlus- 
trated. 
Kyte, J., and A. Carry. 
Relation to Marine Works. Engineer, 
v. 83 (1897), p. 533, 534. Engineer- 
ing, v. 63 (1897), p. 707, 833-834. 
Contract Journal, v. 36(1897), p. 1030, 
1031. Abs., Inst. Civil Eng. (Lond.) 
ae & Proc., v. 180 (1896-97), p. 
Two papers with discussions and recommen- 
dations concerning composition and treatment 
of cement and aggregate, the making and placing 
of concrete, and general methods of procedure 
in laying concrete in sea-water works, both in 
situ and block construction. 
LiprincoT, J. B. Tufa Cement on 
Los Angeles Aqueduct. A. 8. C. E. 
Trans., v. 76 (1913), p. 520-546. 
Discusses materials and manufacture of tufa 
cement. Comparative strength tests using 
tufa, sand, and German trass cements. Chemi- 
cal analyses of various mixed cements. Con- 
clusion and precautions regarding use. Tabular 
ae ao seranunaas data. Discussions. Illus- 
rated. 
Lyamir. Sea Water Resisting Cement. 
Ton. Zeit. (1909), p. 197. 
Lorp, E. C. E. Tar Impregnation for 
Concrete Draintile. Eng. N. Rec., 
v. 90 (1923), p. 828. 
Concrete in 
39 
Lossi=R, Henry. Le Breton Arme et 
le ‘““Ciment Fondu.”’ le Genie Civil, 
v. 80 (1922), p. 79-83. 
Luiaer, L. Addition of Puzzolan to 
Reinforced Concrete in Sea Water. 
Genie Civil, v. 58, p. 426. Abs., 
Chem. Abs., v. 5 (1911), p. 2167. 
Rich mixtures or addition of puzzolan as 
protection. Tests noted. 
Researches on Some Ancient 
Mortars. No.1 of No.1 (new series). 
ae aE of Inst. Civil Eng., Lon- 
on, 
Markus, O. See IV. 
Moratt, M. pe. See III. 
NationaL Lime Association. Effect 
of Lime in Preventing Reinforcing Cor- 
rosion. Contract Rec., v. 34 (1920), 
p. 645. 
Tests in air and water on concrete slabs rein- 
forced with polished steel and made with ad- 
mixtures of varying quantities of lime and 
gypsum. 
NEWBERRY,S.B. Cement for Sea Water 
Construction. Cem. Age, v. 4 (1907), 
Divgd,4h3 jAbs;,,,Chem.Abs., v. 1 
(1907), p. 772. 
Discusses iron-ore cement and its use. 
NitzscHE, H. Cement ‘‘Basillus.’’ 
Bet. u. His. (Sept. 15, 1928), p. 232. 
See also II. 
Pagon, W. W. Report of Destructive 
Action of Sea Water on Concrete and 
Methods of Guarding Againstit. Balt. 
Eng. Club Jour., v. 5 (1915-16), 
Nos. 2, 3, 4, 6517,.8) 9. .dixe., Bing. 
& Contr., v.45 (1916), p. 469. Exc., 
Bg: Rec., Vv. 4, 1916), or 702. 
Exe., Concrete, v. 9 (1916), p. 112. 
Exc., Engineering & Mining World, 
v. 102 (1916), p. 215. 
Series of seven articles of from 3 to 7 pages each, 
comprising a collection of letters, papers, articles, 
and excerpts of same by various engineers and 
cement experts and containing opinions, obser- 
vations, experiences, and results of tests by many 
authorities, as well as deductions, conclusions, 
and specific recommendations by the author 
regarding the composition and manufacture of 
sea-proof concrete. 
Potter, C. J. Chemical Changes in 
Portland Cement Concrete, and _ the 
Action of Sea Water Thereon. Soc. 
Chem: Ind. Jour., v.28 (1909), 
p. 6 (8 col.). Ex. Abs., Chem. Abs., 
v. 3 (1909), p. 1581. 
Laboratory and field tests in fresh and salt 
water showing superior resistance to salt solu- 
tions of mortars treated with carbon dioxide or 
made with ‘‘red cement.’’ Discussion and 
tabular data. 
Pouusen, A. Diatom-Harth as Puz- 
zolan for Cement. Int. A. T. M. 
Broce Ve 2 (Lot). No: 0} Paper 
No. 16, 11 p. Abs., Chem.’ Abs., 
v. 6 (1912), p. 2987. 
Describes tests which show diatom-earth, 
properly used, to be beneficial to physical and 
chemical properties of sea-water concrete. Dia- 
grammatic data. 
