A
Adams, [66], [82]
B
Bassenge, [9]
Baxter, [4]
Berge, [9]
Berthollet, [1]
Bevan, [29]
Bonjean, [36]
Bray, [24]
Breteau, [26]
Bucholtz, [5]
C
Catlett, [99]
Clark, [53], [133]
Comte, [47]
Cross, [29]
Cruikshank, [3]
D
Dakin, [22], [28], [129]
Darnall, [89]
Davy, [1]
DeGage, [53], [133]
DeMorveau, [3]
Dibden, [6]
Diénert, [48]
Dienheim-Brochoki, [105]
Dowell, [24]
Dunbar, [6]
Dunham, [129]
Dupré, [5]
Dusch, [4]
E
Ellms, [34], [83], [84], [133]
Elmanovitsch, [36]
Elsner, [6]
Evans, [84]
F
Faraday, [103]
Fischer, [16]
Forcrand, [103]
Fuller, G. W., [11]
G
Gascard, [47]
Griffen, [17], [79]
H
Haberkorn, [5]
Hale, [80], [100]
Harrington, [34], [65]
Hauser, [83], [84]
Hedallen, [17], [79]
Heise, [36]
Henry, [2]
Hermite, [5]
Hewlett, [9]
Hooker, [72]
Horrocks, [48]
Houston, [8], [59], [71], [133]
Hsu, [21]
J
Jackson, [91], [99]
Jakowkin, [26]
Jennings, [135]
Johnson, [11], [134]
Jordan, H. E., [57]
K
Kanthack, [6]
Kauffman, [9]
Kellerman, [7]
Kershaw, [107]
Kienle, [65], [66], [90], [99]
Kimberly, [7]
Klein, [5]
Koch, [4]
Kolessnikoff, [16]
Kranejuhl, [7]
Kuhn, [5]
Kurpjuivat, [7]
L
Landolt, [105]
Langer, [10]
Laroche, [47]
Lavoisier, [1], [15]
Leal, [16]
Lehmann, [101]
LeRoy, [83]
Letton, [64]
Longley, [43], [135]
Lunge, [105]
Lyon, [24]
M
Marshall, [102]
Massy, [48]
Meadows, [112], [114]
McCrady, [130]
McGowan, [8]
McLintock, [5]
Mohler, [31]
Mohr, [79]
Moor, [9]
Muspratt, [126]
N
Nesfield, [8], [89]
Nissen, [30]
Norton, [21]
Novey, [23]
Noyes, [24]
O
Ornstein, [90]
Orticoni, [36]
P
Pedler, [103]
Percy, [3]
Pettenkofer, [101]
Phelps, [7], [17], [82]
Pitcher, [112]
Plucker, [10]
Powell, [132]
Pratt, [7]
Proskauer, [6], [16]
R
Rabs, [110]
Race, [36], [110], [116]
Raschig, [115]
Rickard, [108]
Rideal, E. K., [84]
Rideal, S., [6], [9], [21], [22], [60], [115], [116]
Roscoe, [5]
Roozeboom, [103]
Rouquette, [36]
Ruffer, [5]
S
Sandman, [56]
Scheele, [1], [15]
Schroder, [4]
Schuder, [10]
Schumacher, [7]
Schumburg, [10]
Schwann, [4]
Schwartz, [7]
Semmelweiss, [4]
Sickenberger, [9]
Smeeton, [53]
Smith, [126]
T
Tennant, [2]
Thomas, [53], [56]
Thresh, [87]
Tiernan, [92]
Tolman, [111]
Traube, [9]
V
Valeski, [36]
Von Loan, [90]
W
Walden, [132]
Walker, [87]
Wallace, [92]
Wallis, [83]
Warouzoff, [16]
Watt, [2], [3], [15], [106]
Webster, [5], [105]
Wesbrook, [31], [44], [53]
West, [91], [99], [136]
Whittaker, [31]
Winkler, [84]
Winogradoff, [16]
Winslow, [110]
Woodhead, [7]
Woolf, [5]
Y
Young, [138]
Z
Zirn, [6]
SUBJECT INDEX
A
Absorption of chlorine by water, [35]
Abuse of chlorination, [144]
Acids, effect of, [19], [21]
Action of chlorine, [16]
Admixture, effect of, [39]
Aftergrowths, [55]
accelerated growth, [58]
B. coli in, [57]
effect of liquid chlorine, [99]
views as to nature of, [56]
Algæ, effect of chlorine on, [133]
Alkalies, effect of, [19], [20]
Allen-Moore cell, [111]
Ammonia, and chlorine, [24]
and sodium hypochlorite, [114]
effect on bleach, [21]
effect on oxidising action, [21]
soda process, [2]
Antichlors, [86]
Antiseptics, early work on, [3]
chlorine as an, [50]
Application of chlorine, point of, [43]
Auto-suggestion, [62]
B
B. choleræ suis, [31]
B. cloacæ, [31]
B. coli, aftergrowths, [57]
in sewage, [6], [7]
in water, [9], [28], [31]
standard, [46]
viability of, [52], [55]
B. cuticularis, [53]
B. fæcalis alkaligenes, [31]
B. enteritidis, [31]
B. enteritidis sporogenes, [53]
B. lactis ærogenes, [31]
B. subtilis, [53]
B. tetani, [9]
B. typhosus, [9], [10], [30], [31]
Bacteria surviving chlorination, [50]
aftergrowths, [55]
nature of, [53]
spores, [57]
Benzidine, [83]
Bleach, analysis of solution, [79]
as deodourant, [3], [6]
as sewage disinfectant, [6], [7]
at Adrian, [11]
at Boonton, [11], [16]
at Bubbly Creek, [11]
composition, [14]
decomposition of, [25]
discovery, [2]
germicidal velocity, [20], [21]
hydrolysis, [18], [19]
production, [3]
stability of, [17]
toxic action, [22]
treatment, [72]
control of, [78]
cost, [86]
dosage regulation, [75]
in France, [78]
losses in, [81]
mixing tank, [73]
plant design, [72]
storage tank, [75]
Brest experiments, [5]
C
Carnallite, [1]
Chicago, typhoid rate, [138]
Chloramine, [114]
at Denver, [124], [126]
at Ottawa, [28], [116]
contact period, [123]
cost of, [124]
decomposition of, [126]
experimental results, [119]
germicidal power, [116]
operation of process, [126]
plant design, [120]
preparation of, [115]
ratio of chlorine and ammonia, [116], [122]
tastes and odours, [28], [64], [117]
toxic action, [22], [29]
Chlorides, effect of, [20]
Chlorine, and ammonia, [24], [25]
discovery of, [1]
disinfection, effect of pabulum, [4]
general reactions, [28]
hydrate, [103]
detection of, [81]
effect on flowers, [68]
estimation of, [81]
in sanitary work, [4]
medicinal dose, [67]
oxygen equivalent, [23]
liquid, [89]
advantages of, [97]
cost of treatment, [101]
disadvantages of, [101]
germicidal efficiency, [99]
machines, [89]
peroxide, [9]
water, [102]
corrosion of pipes, [69]
damage to seeds, [68]
decomposition of, [15]
heat of formation, [27]
Chlorometer, [84]
Chloros, [8]
Chlorozone, [105]
Colour, effect on dosage, [33]
Columbus, typhoid rates, [137]
Complaints, [62]
Contact period, effect on dosage, [44]
effect on taste, [43]
usual practice, [45]
Cost of bleach plant, [85]
bleach treatment, [86]
liquid chlorine treatment, [101]
Crossness experiments, [5]
D
Dayton cell, [107]
DeChlor filters, [87]
Denver, chloramine treatment, [124], [126]
Dichloramine, [128]
Disinfectants, [50]
Disinfection, early views of, [3]
Dosage, [30]
determination of, [46]
effect of, admixture, [39]
colour, [33]
contact period, [43]
initial contamination, [32]
light, [45]
oxidisable matter, [32]
standard of purity, [30], [32]
temperature, [34], [36]
turbidity, [45]
for military work, [48]
regulation of bleach, [75]
relation to oxygen absorbed, [36]
tanks, [75]
E
Eau de Javelle, [3], [47]
Electrical conductivity of treated water, [70]
Electrolysed sea water, [5]
Electrolytic hypochlorite, [2], [104]
Bradford, [5]
Brest, [5]
Brewster, [6], [105]
cost of, [113]
Electrolytic hydrochlorite, Crossness, [5]
discovery of, [3]
diaphragm cells, [110]
early use of, [5]
efficiency of, [109]
Havre, [5]
non-diaphragm cells, [106]
Electrozone, Brewster, [6]
Maidenhead, [6]
Tonetta Creek, [6]
F
Filter effluents, chlorination of, [34]
Filters, effect on beds, [60]
effect on runs, [132]
Fish, effect on, [8], [67], [68]
G
Germicidal velocity, effect of acids, [21]
alkalies, [20]
ammonia, [21]
chlorides, [20]
Guildford, chlorination at, [9]
H
Haas and Oettel cell, [108]
Halazone, [128]
Hardness, effect of chlorine on, [132]
Havre experiments, [5]
Hermite fluid, [5]
Hexamethyl-p-aminotriphenylmethane, [83]
Historical, [1]
Hooghly River, [7]
Hydrazine, [126]
Hydrogen peroxide, [24]
Hydrolysis of hypochlorites, effect of, acids, [19]
alkalies, [19]
chlorides, [20]
Hygienic results, [134]
Hypochlorous acid, [17]
decomposition of, [24], [25], [26]
hydrolytic constant, [18]
I
Initial contamination, effect on dosage, [32]
Intestinal organisms, viability of, [52]
Iodoform taste, [65]
Iron salts, effect on dosage, [33]
J
Jersey City, court case, [11], [16]
K
Kellner cell, [108]
L
Labarraque solution, [105]
Leavitt-Jackson machine, [91]
Leblanc process, [2]
Light, effect on dosage, [45]
Lincoln, chlorination at, [8], [59]
Liquid chlorine, advantages of, [97]
and tastes, [65]
effect of temperature on, [95]
machines, [89]
dry feed, [94]
E. B. G. Co., [91]
Leavitt-Jackson, [91]
operation of, [95]
Wallace and Tiernan, [92]
L’Orient, experiments at, [5]
M
M. agilis, [53]
Maidstone, use of bleach at, [8]
Margin of safety for taste and odour, [64]
Material for bleach plants, [74]
Military work, bleach method for, [78]
chlorine water, [103]
dosage for, [47], [48], [78]
early European, [10]
liquid chlorine, [102]
typhoid reduction, [143]
use of chlorine in, [8]
Mixing tank for bleach, [73]
Moisture, effect on chlorine gas, [16]
Montreal, dosage at, [34]
electrolytic cells, [112]
N
Nascent oxygen hypothesis, [17]
Nelson cell, [111]
Neva River, [36]
New Orleans, typhoid rates, [137]
New York, bacteria surviving treatment, [53]
bleach efficiency, [100]
liquid chlorine plant, [97]
Nitrites, effect on dosage, [33]
Nitrogen trichloride, [24], [128]
O
Odours, effect of contact period on, [43]
nature of, [63]
Ottawa, aftergrowths at, [57]
bleach plant efficiency, [100]
chloramine plant, [120]
chloramine results, [121]
sludge trouble, [65]
typhoid rates, [140]
Oxidisable matter, effect on dosage, [32], [36]
Oxychloride, Guildford, [9]
Middlekerke, [9]
Ostend, [9]
Ozone, [24]
P
Philadelphia and chlorination, [136]
Pipe corrosion, [69]
Pittsburg report, [71]
Plumbo solvency, [71]
P. mirabilis, [31]
Potassium permanganate, [23]
Puerperal fever in Vienna, [4]
Pumps, for admixture, [41]
R
Red Bank, sewage disinfection at, [7]
Reversed ratio of counts, [54]
S
Sewage disinfection at Baltimore,
Berlin, [7]
Boston, [7]
Brewster, [6]
Hamburg, [6]
Maidenhead, [6]
Sludge, as cause of complaints, [65]
Sodium bisulphite, [86]
Sodium chloride, deposits, [1]
decomposition of, [106]
Sodium hypochlorite, [105]
decomposition of, [26]
effect of ammonia on, [21]
hydrolysis of, [26]
Sodium thiosulphate, [87]
Standard of purity, [30]
Storage tanks, [75]
Sulphuretted hydrogen, [33]
Sylvine, [1]
T
Tannin, [67]
Tastes, effect of contact period on nature of, [63]
Temperature, effect on absorption of chlorine, [35], [38]
bleach deterioration, [72]
dosage, [34], [36]
germicidal velocity, [38]
pressure of liquid chlorine, [96]
tastes and odours, [66]
Thermophylic organisms, [54]
Tolidine, [82]
Toxic action of chlorine, [22], [29]
Turbidity, effect on dosage, [45]
effect of chlorine on, [132]
U
Use of chlorination, [144]
W
Water mains, disinfection of, [8]
Well water, [7]
Worcester, chlorination at, [11]
Worthing experiments, [5]
Subjects Related to this Volume
For convenience a list of the Wiley Special Subject Catalogues, envelope size, has been printed. These are arranged in groups—each catalogue having a key symbol. (See Special Subject List Below.) To obtain any of these catalogues, send a postal using the key symbols of the Catalogues desired.