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References
1.U.S. Bureau of Standards , Circular No. 142, 1923 , pp. 48 .
2.U.S. Bureau of Standards , Miscellaneous Publication No. 76.
3.Data Book , p. 35 .
4.Handbook , p. 224 .
5.
Griffiths
E.
Awbery
J. H.
1924–5
British Cold Storage and Ice Association (now B.A.R.) , vol. 21 , p. 63 .
6.German Rules , p. 23 .
7.
Kuprianoff
I.
1930
Bull. Refrig. , vol. 11 , series 5, Annexes (supplementary plates at end).
8.
Kuprianoff
I.
1930
Z.f.K.I. , vol. 37 , p. 1 .
9.
Mueller
E. F.
Meyers
C. H.
1921
Jl. A.S.R.E. (later Refrigerating Engineering) , vol. 7 , p. 419 .
10.
Oldham
B. C.
1934
Ice and Cold Storage , vol. 37 , p. 96 .
11.1923
Rev. Gén. , vol. 4 , p. 304 .
12.1932
Ind. Eng. Chem. , vol. 24 , pp. 610 –30 .
13.
Saposnikov
V.
1930
Zitna a Prumyslove Chlazeni , vol. 9 , p. 2 .
14.
Goodenough
G. A.
1917
Properties of Steam and Ammonia , John Wiley and Sons , New York .
15.
Keyes
F. G.
Brownlee
R. B.
1916
“Thermodynamic Properties of Ammonia” , John Wiley and Sons , New York ; Chapman and Hall, Ltd. , London .
16.
Goodenough
G. A.
Mosher
W. E.
1913
University of Illinois Experimental Station , Bulletin No. 66.
17.Data Book , p. 43 .
18.Bull. Refrig.
1926 , vol. 7 , p. 481 .
19.
Edwards
H. D.
1924–5
Refrig. Eng. , vol. 11 , p. 95 .
20.
Dana
L. I.
Jenkins
A. C.
Burdick
J. N.
Timm
R. C.
1926
Refrig. Eng. , vol. 12 , p. 387 .
21.
Dana
L. I.
Jenkins
A. C.
Burdick
J. N.
Timm
R. C.
1926
Refrig. Eng. , vol. 12 , p. 387 .
22.
Sage
B. H.
Lacey
W. N.
1938
Ind. Eng. Chem. , vol. 30 , p. 673 .
23.Data Book , p. 50 .
24.
Goosmann
J. C.
1933
Refrig. Eng. , vol. 26 , pp. 190 , 245 , 304 , “Carbon Dioxide Thermodynamics: Review of Research related to CO2” .
25.
Pratt
J. H.
1932
Ind. Eng. Chem. , vol. 24 , p. 613 , “Liquid Carbon Dioxide” .
26.
Killeffer
D. H.
1932
Ind. Eng. Chem. , vol. 24 , p. 615 , “Solid Carbon Dioxide” .
27.Data Book , p. 44 .
28.Handbook , p. 222 .
29.
Hiller
N. H.
, Jun. 1928 5th Congress, vol. 3, p. 122 . “A Mollier Diagram for CO2 and its Use with Regard to Simple and Multiple Effect Compression” .
30.
Hiller
N. H.
, Jun. 1928
Refrig. Eng. , vol. 16 , p. 120 .
31.
Goosmann
J. C.
1930
Ice and Refrigeration , vol. 79 , p. 207 .
32.
Jenkin
C. F.
Pye
D. R.
1913
Phil. Trans. Roy. Soc. A. , vol. 213 , p. 67 .
33.1915
Phil. Trans. Roy. Soc. A. , vol. 215 , p. 353 .
34.
Jenkin
C. F.
Shorthose
D. A.
1921
Proc. Roy. Soc. A. , vol. 99 , p. 352 .
35.
Jenkin
C. F.
1920
Proc. Roy. Soc. A. , vol. 98 , p. 170 .
36.
Langen
K.
1921
Z.f.K.I. , vol. 28 , p. 2 .
37.
Macintire
H. J.
1920–1
Jl. A.S.R.E. , vol. 8 , p. 211 .
38.
Plank
R.
Kuprianoff
I.
1929
Z.f.K.I. , Beiheft, series 1, vol. 1 .
39.
Plank
R.
Kuprianoff
I.
1929
Bull. Refrig. , vol. 10 , March-April, Appendix.
40.
Anon. 1930
Refrig. Eng. , vol. 20 , p. 33 .
41.German Rules , p. 25 .
42.
Saposnikov
V.
1930
Zima a Prumyslove Chlazeni , vol. 9 , p. 43 .
43.Sulzer Brothers
1923
Rev. Gén. , vol. 4 , p. 187 .
44.
Oldham
B. C.
1934
Ice and Cold Storage , vol. 37 , pp. 82 and 85 .
45.
Goosmann
J. C.
Zumbro
F.R.
1928
Refrig. Eng. , vol. 16 , p. 1 .
46.
Churchill
J. B.
1933
Bull. Refrig. , vol. 14 , p. 998 .
47.Data Book , p. 43 .
48.
Churchill
J. B.
1933
Refrig. Eng. , vol. 26 , p. 85 .
49.
Buffington
R. M.
Gilkey
W. K.
1931
A.S.R.E. , Circular No. 12.
50.
Buffington
R. M.
Gilkey
W. K.
1931 . Ind. Eng. Chem. , vol. 23 p. 254 , “The Equation of State of Superheated Vapour” .
51.
Gilkey
W. K.
Gerard
F. W.
Bixler
M. E.
1931
Ind. Eng. Chem. , vol. 23 , p. 346 , “Vapour Pressure” .
52.
Bichowsky
F. R.
Gilkey
W. K.
1931
Ind. Eng. Chem. , vol. 23 , p. 366 , “Critical Constants and Orthobaric Densities” .
53.
Buffington
R. M.
Fleischer
J.
1931
Ind. Eng. Chem. , vol. 23 , p. 1290 , “Vaporization” .
54.
Buffington
R. M.
Gilkey
W. K.
1931
Ind. Eng. Chem. , vol. 23 , p. 1292 , “Correlation Checks and Derived Quantities” .
55.Data Book , p. 46 .
56.
Hodsdon
G. C.
1935–6
Proc. B.A.R. , vol. 32 , No. 2 , p. 17 .
57.
Hodsdon
G. C.
1936
Ice and Cold Storage , vol. 39 , p. 23 .
58.
Lawrence
W. B.
1932
Refrig. Eng. , vol. 24 , p. 286 .
59.
Oldham
B. C.
1936
Ice and Cold Storage , vol. 39 , p. 85 .
60.
Oldham
B. C.
1936
Ice and Cold Storage , vol. 39 , p. 125 .
61.
Plank
R.
1932
Z.f.K.I. , vol. 39 , pp. 133 , 154 .
62.
Plank
R.
1932
Bull. Refrig. , vol. 13 , Annex 1 (Supplement).
63.
Plank
R.
Seger
G.
1939
Z.f.K.I. , vol. 46 , p. 41 .
64.
Thompson
R. J.
1932
Ind. Eng. Chem. , vol. 24 , p. 620 .
65.A.S.R.E. Circular No. 12 (Freon Reprint).
66.Sugawara, Sugao
1937
Trans. Soc. Mech. Eng. Japan , vol. 3 , S. 34 , p. 162 .
67.
Waterfill
R. W.
1932
Ind. Eng. Chem. , vol. 24 , p. 616 . “Dichloromethane and Dichloroethylene” .
68.
Waterfill
R. W.
Data Book , p. 46 .
69.
Hsia
A. W.
1931
Bull. Refrig. , vol. 12 , p. 17 .
70.
Carrier
W. H.
Waterfill
R. W.
1923–4
Refrig. Eng. , vol. 10 , p. 415 .
71.
Griffiths
E.
Awbery
J. H.
1924–5
Proc. B.A.R. , vol. 21 , pp. 63 and 92 .
72.
Hsia
A. W.
1931
Z.f.K.I. , vol. 38 , p. 167 .
73.
Awbery
J. H.
Griffiths
E.
Proc. 5th Congress , vol. 2 , p. 438 . “The Construction of Approximate Entropy-Temperature Charts for Fluids whose Physical Constants have not been Completely Determined” .
74.
Churchill
J. B.
1933
Refrig. Eng. , vol. 26 , p. 86 .
75.
Churchill
J. B.
1933
Bull. Refrig. , vol. 14 , p. 998 .
76.
Corbetta
C.
1934
Bull. Refrig. , vol. 15 , p. 168 .
77.
Waterfill
R. W.
1932
Ind. Eng. Chem. , vol. 24 , p. 616 .
78.Data Book , p. 58 .
79.
Edwards
H. D.
1924
Refrig. Eng. , vol. 11 , p. 95 .
80.
Griffiths
E.
Awbery
J. H.
1924–5
Proc. B.A.R. , vol. 21 , p. 92 .
81.
Dana
L. I.
Jenkins
A. C.
Burdick
J. N.
Timm
R. C.
1925–6
Refrig. Eng. , vol. 12 , p. 387 .
82.
Awbery
J. H.
Griffiths
E.
Proc. 5th Congress , vol. 2 , p. 441 .
83.
Nugey
A. L.
1934
Ice and Refrigeration , vol. 87 , p. 156 .
84.Central Office of the International Institute of Refrigeration.
1935
Bull. Refrig. , vol. 16 , p. 38 .
85.
Plank
R.
Kambeitz
J.
1936
Z.f.K.I. , vol. 43 , pp. 209 , 233 .
86.
Sage
B. H.
Webster
D. C.
Lacey
W. N.
1937
Ind. Eng. Chem. , vol. 29 , p. 658 .
87.1937
Cold Storage and Produce Review , vol. 40 , pp. 144 , 168 .
88.Data Book , p. 48 .
89.Handbook , p. 249 .
90.
Plank
R.
Kambeitz
J.
Proc. 7th Congress , vol. 2 , p. 441 .
91.
Plank
R.
Kambeitz
J.
1936
Bull. Refrig. , vol. 17 , p. 108 .
92.Anon.
1936
Ice and Cold Storage , vol. 39 , pp. 159 , 176 .
93.
Griffiths
E.
Awbery
J. H.
1924–5
British Cold Storage and Ice Association (now B.A.R.), vol. 21 , No. 2 , p. 93 .
94.
Mehl
W.
Z.f.K.I. , Beiheft, series 1, part 3. Table and P-I diagram in metric units as in ref. (85).
95.Data Book , p. 49 .
96.
Mehl
W.
1933
Bull. Refrig. , vol. 14 , Annex, 8th series, No. 2 , p. IV-VI-13 .
97.
Ostertag
P.
1933
“Kälteprozesse” , J. Springer , Berlin , 2nd ed. , p. 22 .
98.1934
Bull. Refrig. , vol. 15 , p. 168 .
99.1934
Rev. Gén. , vol. 15 , p. 240 .
100.Data Book , p. 47 .
101.
Ostertag
P.
1933
“Kälteprozesse” , J. Springer , Berlin , 2nd ed. , p. 21 .
102.Handbook , pp. 235 , 241 .
103.
Jenkin
C. F.
Shorthose
D. N.
1923
Food Investigation Board Special Report No. 14 , H.M. Stationery Office , London .
104.
Griffiths
E.
Awbery
J. H.
1924–5
Proc. B.A.R. , vol. 21 , No. 2 , p. 94 .
105.Anon.
1924
Refrig. Eng. , vol. 10 , p. 313 .
106.
Keesom
W. H.
Houthoff
D. J.
1926
Bull. Refrig. , vol. 7 , Annex, series 2, No. 4 , p. 15-I .
107.
Keesom
W. H.
Houthoff
D. J.
1926
Bull. Refrig. , vol. 7 , Annex, series 2, No. 3 , p. 11-I .
108.
Hsia
A. W.
1931
Bull. Refrig. , vol. 12 , Annex, series 6, No. 1 , p. I-VI-1 .
109.
Mehl
W.
1933
Bull. Refrig. , vol. 14 , Annex, series 8, No. 2 , p. IV-VI-13 .
110.
Mehl
W.
Z.f.K.I. , Beiheft, series 1, part 3.
111.
Vahl
L.
1931
Z.f.K.I. , vol. 38 , p. 177 ; 1932 Z.f.K.I. , vol. 39, pp. 7 and 23.
112.Data Book , p. 50 .
113.Anon.
1931
Refrig. Eng. , vol. 22 , p. 320 .
114.
Hsia
A. W.
1931
Bull. Refrig. , vol. 12 , Annex, series 8, No. 2 , p. I-VI-5 , and p. 1108 .
115.
Hsia
A. W.
1931
Z.f.K.I. , vol. 38 , p. 150 .
116.
Churchill
J. B.
1932
Ind. Eng. Chem. , vol. 24 , p. 623 .
117.
Wagner
O.
1927
Z.f.K.I. , vol. 34 , p. 62 .
118.
Wagner
O.
German Rules , p. 26 .
119.Data Book , p. 51 .
120.
Tanner
H. G.
Benning
A. F.
Mathewson
W. F.
1939
Ind. Eng. Chem. , vol. 31 , p. 878 .
121.Handbook , p. 224 .
122.
Shorthose
D. N.
1924
Food Investigation Board Special Report No. 19 , H.M. Stationery Office , London .
123.E. I. du Pont de Nemours and Company, The R. and H. Chemicals Department.
1932 December, 56 pp.
124.
Griffiths
E.
Awbery
J. H.
1924–5
Proc. British Cold Storage and Ice Association (now B.A.R.) , vol. 21 , p. 63 .
125.
Macintire
H. J.
Marvel
C. S.
Ford
S. G.
1927
Refrig. Eng. , vol. 14 , pp. 115 and 138 .
126.
Saposnikov
V.
1930
Zima a Prumyslove Chlazeni , vol. 9 , p. 27 .
127.
Churchill
J. B.
1933
Refrig. Eng. , vol. 26 , p. 85 .
128.Data Book , p. 52 .
129.
Churchill
J. B.
1933
Bull. Refrig. , vol. 14 , p. 998 .
130.
Mehl
W.
1934
Z.f.K.I. , vol. 41 , p. 152 .
131.1935
Bull. Refrig. , vol. 16 , p. 39 .
132.Data Book , p. 52 .
133.
Ostertag
P.
1933
“Kälteprozesse” , J. Springer , Berlin , 2nd ed. , p. 22 .
134.
Churchill
J. B.
1933
Refrig. Eng. , vol. 26 , p. 86 .
135.
Baumann
A.
1933
Z.f.K.I. , vol. 40 , p. 91 .
136.
Churchill
J. B.
1933
Bull. Refrig. , vol. 14 , p. 1001 .
137.Anon.
1934
Bull. Refrig. , vol. 15 , p. 167 .
138.
Landsberg
R.
1934
Rev. Gén. , vol. 15 , p. 249 .
139.Data Sheet, Carrier Engineering Corporation, Ltd. .
140.
Griffiths
E.
Awbery
J. H.
1924–5
Proc. British Cold Storage and Ice Assoc. (now B.A.R.) , vol. 21 , p. 63 .
141.
Dana
L. I.
Jenkins
A. C.
Burdick
J. N.
Timm
R. C.
1925–6
Refrig. Eng. , vol. 12 , p. 387 .
142.Data Book , p. 53 .
143.Handbook , p. 245 .
144.
Sage
B. H.
Schaafsma
J. G.
Lacey
W. N.
1934
Ind. Eng. Chem. , vol. 28 , p. 1218 .
145.
Edwards
H. D.
1924–5
Refrig. Eng. , vol. 11 , p. 95 .
146.
Johnston
C. W.
1932
Ind. Eng. Chem. , vol. 24 , p. 626 .
147.Data Book , p. 54 .
148.Handbook , p. 234 .
149.
Fiske
D. L.
1923–4
Refrig. Eng. , vol. 10 , p. 197 .
150.
Fiske
D. L.
1924–5
Refrig. Eng. , vol. 11 , p. 235 .
151.Anon.
1931
Refrig. Eng. , vol. 21 , p. 33 .
152.German Rules , pp. 24 , 25 , 35 , 49 .
153.
Landsberg
R.
1925
Z.f.K.I. , vol. 32 , p. 176 .
154.
Mehl
W.
1933
Z.f.K.I. , p. 170 .
155.
Mehl
W.
1934
Bull. Refrig. , vol. 15 , Annex, 9th series, No. 4 , p. A-33 .
156.
Riedel
L.
1939
Z.f.K.I. , p. 22 .
157.
Perlick
A.
V.D.I., 74th General Meeting, 1936 .
158.
Eustis
A. H.
1938
Refrig. Eng. , vol. 36 , p. 179 .
159.
Eustis
A. H.
1938
Bull. Refrig. , vol. 18 , p. 343 .
160.
Churchill
J. B.
1933
Refrig. Eng. , vol. 26 , p. 85 .
161.Data Book , p. 57 .
162.
Carrier
W. H.
Waterfill
R. W.
1923–4
Refrig. Eng. , vol. 10 , p. 415 .
163.Anon.
1933
Bull. Refrig. , vol. 14 , p. 998 .
164.Data Book , p. 56 .
165.
Churchill
J. B.
1933
Refrig. Eng. , vol. 26 , p. 86 .
166.
Churchill
J. B.
1933
Bull. Refrig. , vol. 14 , p. 998 .
167.
Carrier
W. H.
Waterfill
R. W.
1923–4
Refrig. Eng. , vol. 10 , p. 415 .
168.
Anon. 1930
Refrig. Eng. , vol. 20 , p. 302 .
169.
Griffiths
Ezer.
1937
Progress Reports in Physics , published by the Physical Society , vol. 4 , p. 124 .
170.
Churchill
J. B.
1930
Refrig. Eng. , vol. 19 , p. 60 .
171.
Benning
A. F.
McHarness
R. C.
Markwood
W. H.
Jun.
Smith
W. J.
1940
Ind. Eng. Chem. , vol. 32 , p. 976 .