Читать книгу Thermodynamic Processes 2 - Salah Belaadi - Страница 2
ОглавлениеTable of Contents
1 Cover
4 Preface
5 1 Equilibria of Liquid/Vapor Phases 1.1. Exercises 1.2. Problems 1.3. Tests 1.4. Detailed corrections
6 2 Allotropic Solid/Solid Equilibria 2.1. Exercises 2.2. Problems 2.3. Tests 2.4. Detailed corrections
7 3 Solid/Vapor Sublimation Equilibria 3.1. Exercises 3.2. Problems 3.3. Tests 3.4. Detailed corrections
8 4 Process Energetics 4.1. Exercises 4.2. Problems 4.3. Tests 4.4. Detailed corrections
9 Appendix
10 Nomenclature
11 References
12 Index
List of Tables
1 Chapter 1Table 1.1. Liquid/liquid solubility limitsTable 1.2. Composition of liquid and vapor phases at equilibrium at 1.009 atmTable 1.3. Properties of pure bodies (1) and (2)
List of Illustrations
1 Chapter 1Figure 1.1. Liquid/vapor equilibrium curve of benzeneFigure 1.2. Curves of gm as a function of the MEK titerFigure 1.3. Curve for Figure 1.4. Schematic showing the deposition curve as a function of titerFigure 1.5. Curve for y1 = f(x1) and bubble curveFigure 1.6. Curves for hex, sex and gex as a function of x1Figure 1.7. Curve for hm = f(x1)Figure 1.8. Curve for Figure 1.9. Curves for T = f(x1) and T = f(y1)Figure 1.10. Curve for α12 = f(x1)Figure 1.11. T = f (x,y) diagramFigure 1.12. Cyclic transformation at the equilibrium stateFigure 1.13. N2 “pure body” diagram
2 Chapter 2Figure 2.1. Iron/carbon equilibrium diagramFigure 2.2. Phase diagram of the iron/tin binaryFigure 2.3. Phase diagram of the binary Cu(1)/Pb(2)Figure 2.4. Isobaric l/s equilibrium diagram of Li(1)/Na(2)Figure 2.5. Equilibrium curve of H2O(1)/H2O2(2) mixtureFigure 2.6. Diagram of cadmium/leadFigure 2.7. Diagram of a solubility curve of a componentFigure 2.8. Different phases of the iron/tin diagramFigure 2.9. Deposition curve T=f(x1)Figure 2.10. Indium/tin phase diagramFigure 2.11. Diagram (T, x2) at constant P of Li(1)/Na(2)Figure 2.12. Thermal analysis curve (T,t) at constant PFigure 2.13. Phase diagram of water/hydrogen peroxideFigure 2.14. Thermal analysis curve T = f(t)Figure 2.15. Crystallization diagram of the binary HNO3/H2OFigure 2.16. Thermal analysis curve of the binary HNO3/H2OFigure 2.17. Solid/liquid and liquid/vapor diagrams of the binaryFigure 2.18. Thermal analysis curve of the binary H2O/C2H5OHFigure 2.19. s/l and l/v equilibrium diagrams of the binary H2O/C2H6O2Figure 2.20. Thermal analysis curve of the 10% glycol mixture
3 Chapter 3Figure 3.1. Curve Cp = f(T)Figure 3.2. Curve lnP = f(1/T)Figure 3.3. Amount of H2 produced as a function of moles of FeFigure 3.4. Equilibrium diagram of a pure bodyFigure 3.5. Breakdown of sublimation processFigure 3.6. Interpolation curve T = f(P)Figure 3.7. Sublimation and evaporation curves of H2O
4 Chapter 4Figure 4.1. Nozzle 1Figure 4.2. Nozzle 2Figure 4.3. System overview (σ)Figure 4.4. The Lenoir cycleFigure 4.5. Joule cycleFigure 4.6. Dual cycleFigure 4.7. Otto cycleFigure 4.8. Diesel cycleFigure 4.9. Diagram of a heat transformerFigure 4.10. Diagram of dry ice productionFigure 4.11. Diagram of a jetFigure 4.12a. Diagrams of the Carnot cycle in different coordinate systemsFigure 4.12b. Diagrams of the Carnot cycle in different coordinate systemsFigure 4.13. Diagram of the engineFigure 4.14. Cycle of gas in the turbineFigure 4.15. Diagram of a combined systemFigure 4.16. Synoptic diagram of the setupFigure 4.17. Thermodynamic cycle of airFigure 4.18. Curve P = f(V)Figure 4.19. Representation of the cycle in coordinates (T,S)Figure 4.20. Diagram of two different heating modes: (a) cooling using water at ...Figure 4.21. Diagram of the production areaFigure 4.22. Synoptic diagram of the production areaFigure 4.23. Diagram (P, )Figure 4.24. Thermal diagram of the skating rinkFigure 4.25. Joule cycleFigure 4.26. Pulsejet engine cycle
Pages
1 v
2 ii
3 iii
4 iv
5 vii
6 viii
7 ix
8 xi
9 1
10 2
11 3
12 4
13 5
14 6
15 7
16 8
17 9
18 10
19 11
20 12
21 13
22 14
23 15
24 16
25 17
26 18
27 19
28 20
29 21
30 22
31 23
32 24
33 25
34 26
35 27
36 28
37 29
38 30
39 31
40 32
41 33
42 34
43 35
44 36
45 37
46 38
47 39
48 40
49 41
50 42
51 43
52 44
53 45
54 46
55 47
56 48
57 49
58 50
59 51
60 52
61 53
62 54
63 55
64 56
65 57
66 58
67 59
68 60
69 61
70 62
71 63
72 64
73 65
74 66
75 67
76 68
77 69
78 70
79 71
80 72
81 73
82 74
83 75
84 76
85 77
86 78
87 79
88 80
89 81
90 82
91 83
92 84
93 85
94 86
95 87
96 88
97 89
98 90
99 91
100 92
101 93
102 94
103 95
104 96
105 97
106 98
107 99
108 100
109 101
110 102
111 103
112 104
113 105
114 106
115 107
116 108
117 109
118 110
119 111
120 112
121 113
122 114
123 115
124 116
125 117
126 118
127 119
128 120
129 121
130 122
131 123
132 124
133 125
134 126
135 127
136 128
137 129
138 130
139 131
140 132
141 133
142 134
143 135
144 136
145 137
146 138
147 139
148 140
149 141
150 143
151 144
152 145
153 146
154 147
155 148
156 149
157 150
158 151
159 152
160 153
161 154
162 155
163 156
164 157
165 158
166 159
167 160
168 161
169 162
170 163
171 164
172 165
173 166
174 167
175 168
176 169
177 170
178 171
179 172
180 173
181 174
182 175
183 176
184 177
185 178
186 179
187 180
188 181
189 182
190 183
191 184
192 185
193 186
194 187
195 188
196 189
197 190
198 191
199 192
200 193
201 194
202 195
203 196
204 197
205 198
206 199
207 201
208 202
209 203
210 204
211 205
212 206
213 207
214 208
215 209
216 210
217 211
218 212
219 213
220 214
221 215
222 216
223 217
224 219
225 220
226 221
227 223
