Inventing Temperature

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Inventing Temperature Page 48

by Hasok Chang


  Catherine the Great, 106

  Cavendish, Henry (1731-1810), 8 , 11 - 12 , 16 , 54 n, 162 n advocacy of steam point, 24 - 27

  on boiling, 24 - 27 , 32 , 35 - 36 , 51

  on freezing of mercury, 110 - 115 , 154 ,

  Cavendish, Lord Charles (1704-1783), 29

  Cellars. See deep places, temperatures of

  Celsius, Anders (1701-1744), 10t , 11 , 60 , 160

  Centigrade scale, 59 , 60 , 160

  Chaldecott, John, 120 n, 140 n

  Changes of state, 29 n, 72 , 137 , 242 Aitken's view on, 37 - 38

  in chemical caloric theory, 65

  Irvinist explanation of, 168 - 170

  Charles's law. See Gay-Lussac's law

  Charlotte, Queen, 14 , 119

  Chatelier. See Le Chatelier, Henri-Louis

  Chemical caloric theory, 65 - 67 , 170 - 171 , 202

  Chirikov, Captain Alexei, 104

  Circularity, 62 n, 95 , 146 , 156 , 229 inherent in empiricist justification, 99 , 220 - 221

  in operationalization, 192 , 201 , 203 , 205 , 208

  in problem of nomic measurement, 59 - 60 , 71 n, 80 , 83 , 89 - 90 , 136

  Clapeyron, Benoit-Pierre-Émile (1799-1864), 97 , 98 , 180 - 181

  Clausius, Rudolf (1822-1888), 173 , 194

  Clay pyrometer. See under Wedgwood, Josiah

  Cleghorn, William, 106

  Clément, Nicolas (1778/9-1841), 135 - 137 , 140 , 157

  Cloud chamber, 35 - 36

  Cogency (of abstract ideas), 234

  Cohen, Leonard, 39

  Coherence, 47 , 157 - 158 , 221

  Coherentism, 6 , 156 , 220 - 221 , 231 , 233 round-earth, 223 - 224

  Cohesion, 30 - 31 , 194

  Cold artificial, 105 , 116 (see also freezing mixtures)

  positive reality of, 160 - 168 , 242 , 246

  radiation of, 166 - 167 , 242 - 243 , 246

  Rumford on, 167 , 172

  in Siberia, 104

  see also low temperatures, production and measurement of

  Collège de France, 75 , 76

  Combined caloric, 66 - 67 , 71 - 72 , 170 - 171 . See also latent heat

  Comparability, 77 - 83 , 89 - 92 , 139 - 140 , 152 , 193 , 221 , 223 , 230 , 245 of air thermometer, 80 - 83 , 96 , 137

  De Luc's use of, 78

  of generalized gas thermometer, 81 - 82

  of mercury thermometer, 79 - 80

  Regnault's use of, 77 , 79 - 83 , 175

  of spirit thermometer, 78 - 79

  of Wedgwood's clay pyrometer, 120 - 121 , 125 - 126 , 139 - 140 , 155 - 156

  see also single value, principle of

  Complementary science, 3 , 5 - 6 , 235 - 250 character of knowledge generated by, 240 - 247

  new knowledge generated by, 245 - 247

  relation to other modes of science studies, 247 - 249

  relation to specialist science, 247 , 249 - 250

  Comte, Auguste (1798-1851), 74 , 97 - 98

  Conant, James Bryant, 250 n

  Concepts. See entries for abstraction; extension; meaning; operationalism; theoretical concepts

  Conceptual extension. See extension

  Concrete image (of an abstract system). See imaging

  Concretization. See imaging

  Condensation. See under steam

  Condenser, separate. See under Watt, James

  Confirmation, criteria of, 227 . See also epistemic virtures; justification; testing

  Committee of Public Safety, 129

  Conformity condition, 152 - 155

  Conservation of energy. See under energy

  Conservation of heat. See under heat

  Conservatism, 224 - 225 , 231

  Consistency, logical, 44 , 227 , 231 , 233

  Consistency, physical, 90 , 92 - 93 , 118 , 155 . See also single value, principle of

  Constructs, mental, 151

  Contraction of clay by heat. See under linearity; Wedgwood

  Contraction of fluids by cold. See expansion

  Convention, 147 , 152

  Conventionalism, 58 - 59 , 211 , 222

  Convergence, 145 , 148 , 156 , 157 , 212 , 215 , 217 , 221 . See also overlap condition

  Cooling, Newton's law of, 120 , 137

  Cooling by expansion. See adiabatic phenomena; Joule-Thomson experiment

  Copernicanism, 244

  Copper, 126t , 131t , 136 , 138 n

  Correction, 16 , 43 , 204 , 212 - 213 , 215 - 216 , 221 , 230 . See also self-correction

  Correctness, 6 , 204 , 206 , 207 , 211 , 216 , 232 , of measurement methods, 221 , 222 , 224 n

  of operationalization, 208 , 212 - 213 , 245

  Correspondence, 208 , 216

  Coulomb, [Charles de], 242 n

  Crawford, Adair (1748-1795), 66 , 68 , 169

  Credulity, principle of, 225

  end p.277

  Crell, Lorenz, 123

  Critical awareness, 243 - 245

  Critical point, 22

  Criticism, 235 , 237 , 240 , 249 - 250 . See also critical awareness

  Cushing, James T., 245

  Dalencé, Joachim (1640-1707?), 10

  Dalton, John (1766-1844) on atoms, 71 n

  criticised by Dulong and Petit, 101

  on expansion of gases, 69 , 70 n, 99

  on freezing point of mercury, 116

  and Irvinist caloric theory, 169 - 170 , 180 n

  on method of mixtures, 66 , 69 , 94

  temperature scale, 66 , 116

  on vapor pressure, 29 , 30t

  Daniell, John Frederic (1790-1845) platinum pyrometry, 129 - 134 , 136 , 138 , 139 , 156

  temperature scale, 133

  on Wedgwood pyrometer, 122 , 140 n, 149 , 153

  Davy, Humphry (1778-1829), 164 n, 172

  Day, A. L., 214 , 215

  Deep places, temperatures of, 9 , 61 n

  Definition. See meaning; operationalism

  Degree of boiling. See under boiling

  Delahire. See La Hire, Phillipe de

  Delisle (De l'Isle), Joseph-Nicolas (1688-1768), 10t , 13f , 105 , 160 - 162

  De l'Isle de la Croyere, Louis, 105 n

  De Luc, François, 14

  De Luc, Guillaume-Antoine, 14

  De Luc (Deluc), Jean-André (1727-1817), 11 , 14 - 16 , 72 n, 99 , 176 on boiling, 16 - 27 , 32 - 35 , 38 , 50 , 51 , 241

  on comparability, 78 - 79

  on freezing and supercooling, 53 - 56

  on freezing of mercury, 107 - 109

  on mercury thermometer, 62 - 64 , 114 - 115

  method of mixtures, 62 - 64 , 93 - 94 : critics of, 67 - 69 , 96 , 101 , 136 , 171

  on spirit thermometer, 64t , 78

  De Mairan, Jean-Jacques d'Ortous (1678-1771), 164

  De Morveau. See Guyton de Morveau, Louis-Bernard

  Desormes, Charles-Bernard (1777-1862), 135 - 137 , 140 , 157

  Diamond, 129

  Dingle, Herbert, 244

  Dishwasing, as metaphor for iterative progress, 220

  Distance. See length, Bridgman's discussion of

  Dogmatism, 237 , 248

  Donny, François Marie Louis (1822-?), 22 , 33

  Dörries, Matthias, 75 , 100

  Draper, John William, 244

  Drebbel, Cornelius, 105 n

  Dry ice, 116

  Du Crest (Ducrest), Jacques Barthélemi Micheli (1690-1766), 10t , 61

  Dufour, Louis (1832-1892), 22 , 31 , 32 - 35 , 37 n, 38 , 54

  Duhem, Pierre, 92 , 95 , 98 , 100 , 221 , 224 n, 232

  Duhem-Quine thesis. See holism.

  Dulong, Pierre (1785-1838), 74 , 116 , 134 in post-Laplacian empiricism, 96 - 98 , 232

  on thermometry, 79 , 100 - 102 , 136 , 137

  Dulong and Petit's law, 97 , 98

  Dumas, Jean-Baptiste, 75 , 76 , 99

  Dust, 34 , 36 - 38 , 50 - 51

  Dynamic theory of heat, 84 , 162 , 167 , 171 - 173 , 183

  Earth. See round-earth coherentism

  Ebullition normal (Gern
ez), 33 - 34

  true (De Luc), 17 - 21 , 25

  see also boiling

  École Polytechnique, 74 , 75 , 129 , 135 , 180

  Efficiency (of engines), 178 , 180 , 183 - 184 , 187 , 191 , 201 , 203 n

  Einstein, Albert, 144 , 147

  Electric-resistance thermometry, 213

  Ellis, Brian, 41 n, 90 n

  Empirical adequacy, 228

  Empirical laws, 49 , 52 , 59 , 66 n, 74 - 75 , 98 - 99 , 190 , 221 . See also middle-level regularities; phenomenological laws

  Empiricism, 84 - 85 , 92 , 97 - 98 , 221 . See also Bridgman, Percy Williams; phenomenalism; positivism; post-Laplacian empiricism; Regnault, Henri Victor

  Encyclopaedia Britannica, 10t , 11 , 23 , 40 , 60 , 115 , 118 , 164 , 204 , 210

  Energy, 84 , 172 - 173 , 242 conservation of, 149 , 182 , 183 , 186 , 209

  internal, 194 , 210 , 211

  in quantum mechanics, 52 n, 157 n

  Enrichment (by iteration), 228 - 230

  Epistemic iteration, 6 , 44 - 48 , 158 , 212 - 217 , 220 - 221 , 226 - 231 , 233 , 234 , 245

  Epistemic values, 46 , 227 - 228 , 233 - 234 . See also epistemic virtues

  Epistemic virtues, 90 , 156 , 158 , 227 - 230 , 232 - 233 . See also epistemic values

  Equilibrium in changes of state, 32 , 54 - 56

  in mixtures, 67 n, 134

  of radian heat, 71

  thermodynamic, 178 , 185 n

  Eschinardi, Francesco, 10t , 47t

  Ether, 172 , 173

  Evans, James, 167 n, 172 n, 242

  Evaporation, 18 , 20 - 21 , 26 n, 27 - 28 , 32 - 33 , 38

  Expansion (thermal) Dalton on, 116

  Dulong and Petit on, 101 - 102

  Fourier unconcerned about, 98

  Haüy's theory of, 67 - 68

  of reservoirs of thermometers, 79 - 80 , 137 n, 138

  end p.278

  of various substances: air, 74 - 75 , 83 , 137 , 190 ; gases (in general), 69 - 75 , 83 , 98 - 99 , 101 - 102 , 138 , 192 , 211 - 212 , 216 , 218 ; glass, 58 , 79 - 80 , 83 , 101 n; gold, 138 ; iron, 130t , 134 ; mercury, 59 , 62 - 64 , 67 - 68 , 114 , 133 , 153 ; metals (in general), 101 , 120 , 154 ; platinum, 128 - 129 , 133 - 134 ; silver, 123 - 125 , 127 , 153 ; solids (in general), 61 , 134 ; spirit, 61 , 64t , 78 - 79 , 108 - 109 , 114 - 115 , 117 , 227

  Expansive principle. See under Watt, James

  Explanatory power, 227

  Explosion, 20

  Extension (of concepts), 141 - 142 , 146 - 147 , 148 - 155 metrological, 150 , 152 , 157 , 229 - 230 , 245 : of temperature, 117 , 152 - 155 , 221 , 223

  operational, 150

  semantic, 149 - 151

  Extrapolation, 108 - 109 , 114 - 115 , 134

  Fabri, Honoré, 10t

  Fahrenheit, Daniel Gabriel (1686-1736), 12 n, 58 , 60 , 77 , 79 , 105 n on mixing experiments, 225

  on supercooling, 53 - 55

  temperature scale, 10t , 13f , 40 - 41

  Fairbank, William M. Jr., 244

  Falsification, 94 , 227 , 230

  Feigl, Herbert, 52 , 198

  Ferdinand, Grand Duke (Medici), 10t

  Feyerabend, Paul, 52 , 233

  Fitzgerald, Keane, 120 n

  Fixed points for pyrometry, 126 , 129 , 133

  various, 8 - 11 , 10t

  see also boiling point of water; fixity; freezing point

  Fixity, 9 , 23 , 39 - 40 , 52 , 55 , 221 defence of, 48 - 52

  Fog, 36

  Foley, Richard, 221 , 223

  Forbes, James David, 76

  Fordyce, George (1736-1802), 119 - 120

  Foundationalism, 6 , 42 , 156 , 220 - 224 , 227

  Fourier, Jean-Baptiste-Joseph (1768-1830), 74 , 96 - 97 , 98 , 174 , 232

  Fourmi, 140

  Fowler, John, 10t

  Fox, Robert, 65 , 70 , 73 n, 96 - 98 , 100

  Franklin, Allan, 95 , 244

  Free caloric, 66 - 67 , 71 - 73 , 170 - 171

  Free caloric of space, 72

  Free surface, 19 n, 37 - 38 , 55 . See also Aitken, John; changes of state

  Freezing mixtures, 105 - 106 , 109 , 113 , 115 , 166

  Freezing of mercury. See under mercury

  Freezing point of aniseed oil, 9

  considered indefinite, 9 , 106

  of mercury, 107 - 118

  of water, 9 , 11 , 53 - 56 , 135 , 162 n

  French Revolution, 75 , 128 - 129

  Fresnel, Augustin (1788-1827), 96

  Frigorific particles, 162 - 163

  Frigorific radiation, 167 - 168 , 246

  Fruitfulness, 227

  Galileo, 8 , 47t , 226

  Galison, Peter, 36 n, 52

  Gases expansion of, 69 - 75 , 83 , 98 - 99 , 101 - 102 , 138 , 192 , 211 - 212 , 216 , 218 ; Dalton and Gay-Lussac on, 69 ; Regnault on, 98 - 99

  Regnault's technique for weighing, 76 n

  special status of (in caloric theory), 69 - 70 , 101

  specific heat of, 181 , 204 , 205 , 210

  see also gas thermometer; ideal gas; kinetic theory of gases; Laplace, Pierre-Simon

  Gassendi, Pierre (1592-1655), 162

  Gas thermometer (generalized), 81 - 82 , 116 , 171 , 217 - 218 as approximate indicator of absolute temperature, 192 - 197 , 210 - 216

  see also Joule-Thomson experiment

  Gay-Lussac, Joseph-Louis (1778-1850) on boiling, 21 , 23 , 30 - 31

  on expansion of gases, 69 , 99 , 101 n

  on thermometry, 57 , 70 n, 71 , 100

  Gay-Lussac's law, 190

  George III, 12 , 14 , 122f , 123

  Gernez, Désiré-Jean-Baptiste (1834-1910), 32 - 35 , 54 - 55 ,

  Glass, 58 , 113 expansion of, 58 , 79 - 80 , 83 , 101 n

  vessels for boiling water, 18 , 21 - 23 , 31 , 49

  Glasses, as an illustration of self-correction, 230

  Gmelin, Johann Georg (1709-1755), 104 - 106

  Gold, 126t , 129 , 131t , 138 , 141 n

  Graham, Andrew, 110

  Gray, Andrew, 193 n

  Greenwich. See National Maritime Museum

  Grünbaum, Adolf, 95

  Guericke, Otto von, 10t

  Guthrie, Matthew (1732-1807), 107 , 114 , 115 n

  Guyton de Morveau, Louis-Bernard (1737-1816), 128 - 129 on calorimetric pyrometry, 135

  platinum pyrometry, 128 - 129 , 133 , 156 - 157

  and Wedgwood's clay pyrometer, 120 n, 123 , 140

  Hacking, Ian, 52 , 85 - 86 , 166

  Halley, Edmond (1656-1742), 8 - 9 , 10t , 41

  Hanson, Norwood Russell, 52

  Haüy, René-Just (1743-1794), 67 - 69 , 70 , 71 , 72 n, 78 , 171

  Heat in chemical reactions, 168

  conservation of, 94 , 134 , 183 , 184 , 187

  mechanical equivalent of, 185 , 204

  operationalization of, 201 - 202

  end p.279

  relation with work, 175 , 180 , 183 , 186 , 194 , 209 (see also efficiency)

  see also caloric theory; dynamic theory of heat

  Heat capacity, 41 , 65 , 66 , 68 , 98 , 168 - 170 , 198 , 227 and specific heat, 170 , 171 , 202

  Heat engine. See Carnot engine; steam engine

  Heberden, William, 11 n

  Heering, Peter, 242 n

  Heights, measurement by pressure, 14

  Heilbron, John L., 73 n

  Heisenberg, Werner, 147 n, 220

  Hempel, Carl G., 114 , 224 n, 227

  Henry, William (1774-1836), 171 n

  Hentschel, Klaus, 244

  Herapath, John (1790-1868), 172 - 173

  Herschel, William (1738-1822), 166

  Hertz, Heinrich, 231

  Hesse, Mary, 52

  Hierarchy. See under justification

  High-level theories, 51 - 52

  High temperatures, measurement of. See pyrometry

  Hissing (sifflement), 16 , 20

  History and philosophy of science, 5 - 7 complementary function of, 236 - 238 , 248 , 249

  descriptive mode of, 249

  as an int
egrated discipline, 239 , 249

  prescriptive mode of, 249 - 250

  History of science internal, 248

  relation to philosophy, 233 - 234 , 236 , 239 - 240

  relation to science, 239

  social, 247 - 248

  Hobbes, Thomas, 246

  Holism (in theory testing), 92 - 94 . See also auxiliary hypotheses; Duhem, Pierre; Quine, Willard van Orman

  Holton, Gerald, 142 , 244 , 250 n

  Hooke, Robert (1635-1703), 9 , 10t , 162 n

  Hope, Thomas, 123

  Horsley, Samuel, 11 n

  Hudson's Bay, 110 - 111 , 115

  Human body temperature. See blood heat

  Humphreys, Paul, 217 n

  Huntoon, R. D., 186

  Husserl, Edmund, 47 , 224

  Hutchins, Thomas (?-1790), 110 - 115

  Hutchison, Keith, 194 n, 195 n

  Huygens, Christiaan, 10t , 226

  Hydrogen, 81 , 205

  Hypothetico-deductive (H-D) model of theory testing, 93 , 227

  Ice calorimeter, 134 - 136 , 154 , 156 , 192

  latent heat in melting of, 54 : Irvinist account of, 65 , 168 - 170

  melting point of, 53 , 55 , 135 (see also freezing point of water)

  superheating of, 37 , 55

  see also supercooling

  Ideal gas, 211 - 218 as an abstraction, 203 - 204

  as indicator of absolute temperature, 192 - 195

  Ideal gas law, 193 , 203 - 204 , 231

  Ideal-gas temperature, 218

  Idealization, 202 - 204 , 206 Carnot engine as an, 188 , 191 , 208 - 210

  Imaging, 206 , 208 - 210 , 216 . See also operationalization

  Independence, 95

  Indicator diagram. See under Watt, James

  Industrial Revolution, 176

  Infinite regress, 40 , 43 , 224

  Infrared radiation, 166

  Institut de France, 129

  Intelligibility, 91 - 92

  Internal history of science, 248

  International Practical Scale of Temperature, 154 , 187

  Inverted temperature scales, 105 , 160 - 161

  Iron for air thermometers, 138

  cast, 119 , 126t , 129 , 141 n, 149

  expansion of, 130t , 134

  melting point(s) of, 119 , 126t , 129 , 131t - 132t , 136 , 139 , 141 n, 149

 

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