Bibliography 66:
LOVIBOND, J. W. A description of the tintometer with some remarks on
its application to chemical analysis: _J. Soc. Chem. Ind._, Vol. 7,
pp. 424–6, 1888.
Bibliography 67:
MALLET, J. W. Water analysis: _Annual Report National Board of
Health_, pp. 189–354, 1882.
Bibliography 68:
MASON, W. P. Examination of water, 4th ed., pp. 85–9, John Wiley &
Sons, New York, 1910;
Bibliography 68a:
pp. 33–41;
Bibliography 68b:
pp. 59–74;
Bibliography 68c:
pp. 106–9.
Bibliography 69:
MCGOWAN, GEORGE. Kjeldahl process for the estimation of total nitrogen
and (indirectly) of total organic nitrogen: _Royal Commission on
Sewage Disposal_, Vol. 4, pt. 5, pp. 24–31, 1904;
Bibliography 69a:
pp. 37–41;
Bibliography 69b:
pp. 47–8.
Bibliography 70:
PALMER, A. W. Chemical survey of the waters of Illinois, Report for
years 1897–1902, pp. 27–8, Univ. Ill., 1903.
Bibliography 71:
——. Report of the University of Illinois [in Report of streams
examination, Sanitary Dist. Chicago], p. 60, Chicago, 1903;
Bibliography 71a:
p. 56;
Bibliography 71b:
pp. 61–4.
Bibliography 72:
PARKER, G. H. Report of the biologist: _Examinations by the State
Board of Health of water supplies of Mass., 1887–90_, pt. 1,
Examination of water supplies, pp. 583–7, 1890.
Bibliography 73:
PARMELEE, C. L., and ELLMS, J. W. On rapid methods for the estimation
of the weight of suspended matters in turbid waters: _Tech. Quart._,
Vol. 12, pp. 145–64, 1899.
Bibliography 74:
PFEIFER, J., and WARTHA, PROF. Kritische Studien über Untersuchung und
Reinigung des Kesselspeisewassers: _Z. angew. Chem._, Vol. 15, pp.
193–207, 1902.
Bibliography 75:
PHELPS, E. B. A critical study of the methods in current use for the
determination of free and albuminoid ammonia in sewage, _Public Health
Papers and Reports, Am. Pub. Health Assoc._, Vol. 29, p. 354, 1904; J.
Infect. Dis., Vol. 1, p. 327, 1904.
Bibliography 76:
——. The determination of the organic nitrogen in sewage by the
Kjeldahl process: _J. Infect. Dis._, Supp. 1, pp. 255–72, 1905.
Bibliography 77:
——. The determination of small quantities of copper in water: _J. Am.
Chem. Soc._, Vol. 28, pp. 368–72, 1906.
Bibliography 78:
——. Putrescibility and stability of sewage effluents: _Contrib. Sanit.
Research Lab., Mass. Inst. Tech._, Vol. 5, p. 87, 1909; also The
disinfection of sewage and sewage filter effluents: _U. S. Geol.
Survey Water-Supply Paper 229_, pp. 74–88, 1909.
Bibliography 79:
Preface to report of committee on the pollution of water supplies:
_Public Health Papers and Reports, Am. Pub. Health Assoc._, Vol. 23,
pp. 56–7, 1897. Report, pp. 58–100.
Bibliography 80:
Report of committee on standard methods of water analysis: _Public
Health Papers and Reports, Am. Pub. Health Assoc._, Vol. 27, pp.
377–91, 1901.
Bibliography 81:
PROCTOR, H. R. Some recent methods of technical water analysis: _J.
Soc. Chem. Ind._, Vol. 23, pp. 8–11, 1904.
Bibliography 82:
——. On a modified form of tintometer or colorimeter: _J. Soc. Chem.
Ind._, Vol. 14, pp. 122–4, 1895.
Bibliography 83:
RICHARDS, E. H., and ELLMS, J. W. The coloring matter of natural
waters, its source, composition, and quantitative measurement: _J. Am.
Chem. Soc._, Vol. 18, pp. 68–81, 1896.
Bibliography 84:
RIDEAL, SAMUEL. Sewage, 2d ed., pp. 38–40, John Wiley & Sons, New
York, 1901;
Bibliography 84a:
pp. 31–4.
Bibliography 85:
Royal Commission on Sewage Disposal, Testimony, Vol. 2, pp. 326–37,
1902.
Bibliography 86:
SCHOLL, CLARENCE. The perchloric method of determining potassium as
applied to water analysis: _J. Am. Chem. Soc._, Vol. 36, pp. 2985–9,
1914.
Bibliography 87:
SEYLER, C. A. Notes on water analysis: _Chem. News_, Vol. 70, pp.
82–3, 104–5, 112–4, 140–1, 151–2, and 187, 1894.
Bibliography 88:
——. The estimation of carbonic acid in natural waters: _Analyst_, Vol.
22, pp. 312–9, 1897.
Bibliography 89:
SMART, CHAS. Report of the committee on pollution of water supplies:
_Public Health Papers and Reports, Am. Pub. Health Assoc._, Vol. 20,
pp. 72–82, 1895;
Bibliography 89a:
pp. 459–516.
Bibliography 90:
SPRENGEL, HERMANN. Ueber die Erkennung der Salpetersaüre: _Ann. Physik
und Chemie_, Vol. 121, pp. 188–91, 1864.
Bibliography 91:
Standard methods of water analysis: _Science_, new ser., Vol. 12, pp.
906–15, 1900.
Bibliography 92:
STEARNS, F. P., and DROWN, T. M. Discussion of special topics relating
to the quality of public water supplies: _Examinations by the State
Board of Health of water supplies of Mass., 1887–90_, pt. 1,
Examination of water supplies, pp. 740–9, 1890.
Bibliography 93:
STREET, J. P. Report on nitrogen: [In _Proc. Assoc. Off. Agri.
Chemists_]; _U. S. Agri. Dept. Bur. Chem. Bull. 49_, pp. 12–25, 1897.
Bibliography 94:
SUTTON, FRANCIS. Volumetric analysis, 10th ed., pp. 72–4, P.
Blakiston’s Son & Co., Philadelphia, 1911;
Bibliography 94a:
pp. 99–101;
Bibliography 94b:
pp. 239 and 477;
Bibliography 94c:
pp. 470–1;
Bibliography 94d:
pp. 479–83;
Bibliography 94e:
p. 473, 479–83;
Bibliography 94f:
pp. 484–8.
Bibliography 95:
TATLOCK, R. R., and THOMPSON, R. T. The analysis of waters and their
changes in composition when employed in steam raising: _J. Soc. Chem.
Ind._, Vol. 23, pp. 428–31, 1904.
Bibliography 96:
THOMAS, G. E., and HALL, C. A. New apparatus in water analysis: _J.
Am. Chem. Soc._, Vol. 24, pp. 535–9, 1902.
Bibliography 97:
THOMSON, R. T. Use of litmus, methyl orange, phenacetolin, and
phenolphthalein as indicators: _Chem. News_, Vol. 47, pp. 123–7, 1883.
Bibliography 98:
THOMSON, ANDREW. Colorimetric method for determining small quantities
of iron: _J. Chem. Soc._, Vol. 47, pp. 493–7, 1885.
Bibliography 99:
THRESH, J. C. A new method of estimating the oxygen dissolved in
water: _J. Chem. Soc._, Vol. 57, pp. 185–95, 1890.
Bibliography 100:
——. The examination of water and water supplies, p. 200, Philadelphia,
1904;
Bibliography 100a:
p. 219;
Bibliography 100b:
p. 195;
Bibliography 100c:
p. 282.
Bibliography 101:
TIDY, C. M. The process for determining the organic purity of potable
waters: _J. Chem. Soc._, Vol. 35, pp. 46–106, 1879.
Bibliography 102:
TIEMANN, FERDINAND, and GÄRTNER, AUGUST. Handbuch der Wässer, 4th ed.,
pp. 255–8, Friedrich Vieweg und Sohn, Braunschweig, 1895.
Bibliography 103:
TREADWELL, F. P. [translated by Hall, W. T.], Analytical Chemistry, 3d
ed., Vol. 2, pp. 687–688, John Wiley & Sons, New York, 1911;
Bibliography 103a:
pp. 50–3.
Bibliography 104:
TROMMSDORFF, HUGO. Bestimmung der Organischen Substanzen: _Zeit. Anal.
Chem._, Vol. 8, p. 344, 1869.
Bibliography 105:
U. S. GEOLOGICAL SURVEY. Measurement of color and turbidity of water,
Form 9–182, Washington, 1902.
Bibliography 106:
WANKLYN, J. A. Verification of Wanklyn, Chapman, and Smith’s water
analyses on a series of artificial waters: _J. Chem. Soc._, Vol. 20,
pp. 591–5, 1867.
Bibliography 107:
——. Water analysis, 10th ed., pp. 33–5, Kegan, Paul, Trench, Trübner,
& Co., Ltd., London, 1896;
Bibliography 107a:
pp. 106–7.
Bibliography 108:
WARINGTON, ROBERT. Note on the appearance of nitrous acid during
evaporation of water: _J. Chem. Soc._, Vol. 39, pp. 229–34, 1881.
Bibliography 109:
WARREN, H. E., and WHIPPLE, G. C. The thermophone, a new instrument
for determining temperatures: _Tech. Quart._, Vol. 8, pp. 125–52,
1895.
Bibliography 110:
WEST, F. D. The preparation of standards for the determination of
turbidity of water: _Proc. Ill. Water Supply Assoc._, Vol. 6, pp.
49–51, 1914.
Bibliography 111:
WESTON, R. S. Apparatus for the determination of ammonia in water by
the Wanklyn method, and total nitrogen by the Kjeldahl method: _J. Am.
Chem. Soc._, Vol. 22, pp. 468–73, 1900.
Bibliography 112:
——. The determination of nitrogen as nitrites in waters: _J. Am. Chem.
Soc._, Vol. 27, pp. 281–7, 1905.
Bibliography 113:
——. The determination of manganese in water: _J. Am. Chem. Soc._, Vol.
29, pp. 1074–8, 1907.
Bibliography 114:
WHIPPLE, G. C. The observation of odor as an essential part of water
analysis: _Public Health Papers and Reports, Am. Pub. Health Assoc._,
Vol. 25, pp. 587–93, 1899.
Bibliography 115:
——. The microscopy of drinking water, 3d ed., pp. 186–205, John Wiley
& Sons, New York, 1914.
Bibliography 116:
——, and JACKSON, D. D. A comparative study of the methods used for the
measurement of the turbidity of water: _Tech. Quart._, Vol. 13, pp.
274–94, 1900.
Bibliography 117:
——, and others. The decolorization of water: _Trans. Am. Soc. Civil
Eng._, Vol. 46, pp. 141–81, 1901.
Bibliography 118:
——, and PARKER, H. N. On the amount of oxygen and carbonic acid
dissolved in natural waters and the effect of these gases upon the
occurrence of microscopic organisms: _Trans. Am. Microscopical Soc._,
Vol. 23, pp. 103–44, 1901.
Bibliography 119:
——, and WHIPPLE, M. C. Solubility of oxygen in sea water: _J. Am.
Chem. Soc._, Vol. 33, pp. 362–5, 1911.
Bibliography 120:
WINKLER, L. W. Die Bestimmung des im Wasser gelösten Sauerstoffes:
_Ber._, pp. 2843–54, 1888.
Bibliography 121:
WOODMAN, A. G., and NORTON, J. F. Air, water, and food, 4th ed., pp.
72–8, John Wiley & Sons, New York, 1914;
Bibliography 121a:
pp. 85–7;
Bibliography 121b:
pp. 90–1, 216, and 231;
Bibliography 121c:
pp. 106–8.