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Michalski L., Eckersdorf K., Kucharski J. — Temperature measurement
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Название: Temperature measurementАвторы: Michalski L., Eckersdorf K., Kucharski J.Аннотация: The accurate measurement of temperature is a vital parameter in many fields of engineering and scientific practice. Responding to emerging trends, this classic reference has been fully revised to include coverage of the latest instrumentation and measurement methods.
Язык: Рубрика: Технология /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Издание: 2nd editionГод издания: 2001Количество страниц: 501Добавлена в каталог: 20.10.2005Операции: Положить на полку |
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Предметный указатель
Kraus, E. 99 102 321 330 Kraus, M. 321 325 330 334 Kreider, K.G. 53 83 Kretschmer, D. 375 379 Krueger, H. 393 396 Kucharski, J. 236 257 258 312 330 331 332 312 330 331 332 Kulakov, M.W. 334 336 338 360 Kulesza, W. 18 Kunz, H. 450 Kurlbaum, F. 163 176 Kurosawa, Y. 138 Kuzminski, K. 332 Labrande, J.P. 448 Lachman, I.C. 66 67 83 Lambert's directional law 161 Lambert's law 161 Lambert, H. 4 162 Land Infrared Ltd., UK 179 199 200 206 207 212 217 222 228 276 277 278 354 355 360 385 386 404 411 446 450 Landsdorf, R. 123 Lang, S.B. 182 207 229 258 Larsen, B.M. 198 208 Laurencier, A. 444 448 Law of third metal, surface temperature measurement 352 Law, Boyle — Mariotte 4 Law, Boyle's 4 Law, Charles' 4 Law, Kirchhoffs 158 221 Law, Lambert's directional 161 162 Law, Newton's, cooling 285 Law, Ohm's 37 Law, Planck's 6 8 9 11 128 132 156 157 173 195 213 Law, Stefan — Boltzmann 159 160 164 214 Law, Wien's 8 156 157 166 172 174 204 Law, Wien's displacement law 157 177 Lawlor, D.J. 424 450 Lead resistance 37 Leclerc, G. 198 208 Lee, R.D. 425 428 449 450 451 Leeds and Northrup Int. 56 Lehmann, H. 436 450 Lewis, W. 396 Lieneweg, F. 31 32 36 41 83 181 208 292 294 296 305 306 331 Lin, P. 102 Lindeck-Rothe 79 Lindsay, R.B. 1 18 Linearisation of characteristics see "Temperature signal transformation shape" Ling, S. 451 Linseis Inc. 255 258 Lion, K.S. 13 18 Liquid temperature measurement 375 Liquid temperature measurement, ultrasonic thermometers 142 Liquid-in-glass thermometers with elongated bulb 21 Liquid-in-glass thermometers, axial capillary, etched stem 22 Liquid-in-glass thermometers, bulb volume, small changes of 19 Liquid-in-glass thermometers, capillary 19 Liquid-in-glass thermometers, common thermometric glasses 21 Liquid-in-glass thermometers, common thermometric liquids 21 Liquid-in-glass thermometers, correct immersion depth 20 Liquid-in-glass thermometers, cubic expansion of glass 19 Liquid-in-glass thermometers, cubic expansion of glass, coefficient of 19 Liquid-in-glass thermometers, cubic expansion of liquid, coefficient of 19 Liquid-in-glass thermometers, domestic 22 Liquid-in-glass thermometers, emergent liquid column, 20 Liquid-in-glass thermometers, enclosed scale 22 Liquid-in-glass thermometers, etched stem 22 Liquid-in-glass thermometers, example of calculation of correction 21 Liquid-in-glass thermometers, industrial 22 Liquid-in-glass thermometers, inner capillary 19 Liquid-in-glass thermometers, laboratory 22 Liquid-in-glass thermometers, max-min 22 Liquid-in-glass thermometers, maximum 22 Liquid-in-glass thermometers, nominal immersion depth 20 Liquid-in-glass thermometers, sensitivity 19 Liquid-in-glass thermometers, standardised laboratory 20 Liquid-in-glass thermometers, standardised laboratory, correct use of 20 Liquid-in-glass thermometers, structure of 19 Liquid-in-glass thermometers, systematic error 20 Liquid-in-glass thermometers, systematic error, correction of 20 Liquid-in-glass thermometers, thermometric glasses, properties of 21 Liquid-in-glass thermometers, thermometric liquids 19 21 Liquid-in-glass thermometers, zero depression 22 Lonsdorf, R. 418 Lotzer, W. 194 208 221 228 Low velocity gas temperature measurement, conductive heat flux loss, methods of reducing 366 Low velocity gas temperature measurement, contact sensors 361 Low velocity gas temperature measurement, convection heat flux 362 Low velocity gas temperature measurement, convective heat flux from sensor 364 Low velocity gas temperature measurement, direct pyrometric method 371 Low velocity gas temperature measurement, error, analysis 365 Low velocity gas temperature measurement, error, from radiant heat transfer 364 Low velocity gas temperature measurement, error, reducing methods 365 Low velocity gas temperature measurement, extrapolation method 369 Low velocity gas temperature measurement, graphical estimation of radiation error 364 Low velocity gas temperature measurement, increase of convective heat flux 365 Low velocity gas temperature measurement, indirect pyrometric method 371 Low velocity gas temperature measurement, non-uniform cross-sectional temperature 370 Low velocity gas temperature measurement, pyrometric methods, spectral ranges 372 Low velocity gas temperature measurement, radiation to tube wall 362 Low velocity gas temperature measurement, radiative heat flux loss, methods of reducing 367 Low velocity gas temperature measurement, radiative heat flux loss, radiation shield 368 Low velocity gas temperature measurement, sensor conductive heat flux 362 Low velocity gas temperature measurement, sensor conductive heat flux, differential equation 362 Low velocity gas temperature measurement, sensor conductive heat flux, errors 363 Low velocity gas temperature measurement, sensor to tube wall radiant heat flux 364 Low velocity gas temperature measurement, sensor, sheathed 361 Low velocity gas temperature measurement, sensors, finned 365 Low velocity gas temperature measurement, sensors, methods of pipe-line installation 366 Low velocity gas temperature measurement, suction thermometer 366 Low-temperature source 4 Lucks, C.F. 201 208 Luminance, definition 161 luminosity 162 Luminosity, definition 161 Luxtron Corp., USA 131 138 Lynnworth, L.C. 141 143 150 Ma, C.K. 424 450 Maas, H. 452 451 MacGraw, D.A. 383 386 Machin, G. 450 Mackie, S. 331 Mackiewicz, E. 339 342 346 360 Mai, K. 370 379 Makarov, B.I. 334 336 338 364 Mangum, B.W. 423 450 452 Mannik, L. 132 138 398 394 395 396 Manometric thermometers 28 Manometric thermometers, gas 32 Manometric thermometers, gas, constant volume 32 Manometric thermometers, gas, constant volume, errors 32 Manometric thermometers, gas, constant volume, specialised laboratory 32 Manometric thermometers, gas, constant volume, structure 32 Manometric thermometers, liquid-filled 28 Manometric thermometers, liquid-filled, error sources 31 Manometric thermometers, liquid-filled, error values 31 Manometric thermometers, liquid-filled, sensitivity 30 Manometric thermometers, liquid-filled, specification 30 Manometric thermometers, liquid-filled, structure 28 Manometric thermometers, liquid-filled, structure, basic elements of 29 Manometric thermometers, non-electric recorders 253 Manometric thermometers, non-electric recorders, continuous recording 253 Manometric thermometers, summary of properties 32 Manometric thermometers, vapour pressure 31 Manometric thermometers, vapour pressure, application range 31 Manometric thermometers, vapour pressure, errors 31 Manometric thermometers, vapour pressure, operating principle 31 Manometric thermometers, vapour pressure, structure 31 Manometric thermometers, variable pressure 28 Manometric thermometers, variable volume 28 Mao, Y. 90 102 Marcarino, P. 428 444 454 Maslej, J. 150 Material, thermometric 7 Mathias, R.G. 383 386 Mathworks Inc. 271 272 327 328 331 Maxwell, J.C. 1 85 160 McAllan, J.V. 424 450 McEvoy, H.C. 430 446 450 McGee, T. 4 13 18 96 102 195 208 McGhee, J. 12 13 14 18 102 111 126 138 299 300 308 312 330 331 360 396 McGillem, C.D. 147 150 McGurty, I.A. 66 67 83 McLaren, E.H. 424 450 451 Measurements, fundamental laboratory 8 Measuring, ranges, of standard interpolating sensors 7 Measuring, signal 13 Measuring, temperature 4 Medical thermometers, contact, errors 414 Medical thermometers, electronic, errors 414 Medical thermometers, electronic, range 414 Medical thermometers, elementary scale division 413 Medical thermometers, elementary scale division, permissible error 413 Medical thermometers, fibre optic thermometers, prostate hyperthermia 417 Medical thermometers, fibre optic thermometers, use in hf fields 416 Medical thermometers, fluorescent thermometer 416 Medical thermometers, infrared 414 Medical thermometers, infrared, applications 415 Medical thermometers, infrared, ear canal 414 Medical thermometers, liquid-in-glass 413 Medical thermometers, mercury-in-glass 413 Medical thermometers, mercury-in-glass, ranges 413 Medical thermometers, other measurements 417 Medical thermometers, other measurements, heated skeletal tissue 417 Medical thermometers, other measurments, thermistors in cardiac pacemakers 417 Medical thermometers, skin surface sensors 414 Medical thermometers, thermistor based 413 Medical thermometers, thermistors, glass coated small bead 417 Medical thermometers, thermistors, specialised applications 414 Medical thermometers, use of hf fields 416 Medical thermometers, use of hf fields, benign prostatic hyperplasia 416 Medical thermometers, use of hf fields, diagnostic NMR 416 Medical thermometers, use of hf fields, hyperthermic oncology 416 Medlock, R. 126 138 Meggitt, B.T. 138 Mei, Sun 130 131 138 Meier, G. 35 36 Meijer, G.C.M. 121 122 123 Melting point of ice 2 5 Melting points 7 Mendeleyev 5 Mercury, solidification of 4 Mercury-in-glass thermometer 2 3 8 Mercury-in-glass thermometer, application of 4 Mercury-in-glass thermometer, capillary, vacuumised 22 Mercury-in-glass thermometer, solid body temperature measurement 352 Mester, U. 212 228 Metalwerk Plansee, Austria 57 Meters see "Indicators" Michalski, L. 101 102 257 258 279 293 300 307 309 310 312 317 321 328 330 331 332 344 345 355 360 389 391 396 397 398 400 405 406 411 Miller, A.P. 207 Miller, L.F. 330 Minin, O.W. 356 360 Mitchell, D.W. 330 Mo Honggi 83 Modifier, amplifier 13 Modifier, data converter 13 Modifier, filter 13 Moeller, C.E. 351 360 Moffat, E.M. 368 370 374 379 Moiseeva, N.P. 452 Molten metals 408 Molten metals, application areas 408 Molten metals, temperature measuring methods 408 Molten metals, temperature measuring methods, contact immersion 408 Molten metals, temperature measuring methods, pyrometric 408 Molten metals, temperature measuring methods, pyrometric with immersion tube 408 Morgan Refractories Ltd, USA 57 Morgan, T.L. 57 63 82 Morris, W.M. 108 123 Morse, M.S. 207 Moussa, M.R. 449 Moving body temperature measurement, applying a peak-picker 388 Moving body temperature measurement, character of movement 387 Moving body temperature measurement, friction sensors 392 Moving body temperature measurement, friction sensors, thermocouples, bow-band 392 Moving body temperature measurement, friction sensors, thermocouples, convex-band 392 Moving body temperature measurement, inductive 390 Moving body temperature measurement, inductive, block diagram 391 Moving body temperature measurement, inductive, compensating circuits 391 Moving body temperature measurement, inductive, Hall effect sensor 391 Moving body temperature measurement, infrared imaging 388 Moving body temperature measurement, oscillatory motion 387 Moving body temperature measurement, oscillatory motion, photodiode arrays 388 Moving body temperature measurement, other methods 394 Moving body temperature measurement, other methods, fluorescent fibre optic thermometer 394 Moving body temperature measurement, other methods, temperature indicators 394 Moving body temperature measurement, other methods, temperature indicators, errors 394 Moving body temperature measurement, pyrometers 387 Moving body temperature measurement, pyrometers, application dedicated 388 Moving body temperature measurement, pyrometers, band photoelectric 387 Moving body temperature measurement, pyrometers, errors, other sources 388 Moving body temperature measurement, pyrometers, errors, remedies 388 Moving body temperature measurement, pyrometers, low inertia detectors 388 Moving body temperature measurement, pyrometers, multi-wavelength 387 Moving body temperature measurement, pyrometers, photoelectric 388 Moving body temperature measurement, pyrometers, photoelectric, fibre optic 388 Moving body temperature measurement, pyrometers, pressure proof sight glass 388 Moving body temperature measurement, pyrometers, total radiation 387 Moving body temperature measurement, pyrometers, turbine applications 388 Moving body temperature measurement, pyrometers, two-wavelength 387 Moving body temperature measurement, quasi-contactless 392 Moving body temperature measurement, quasi-contactless, errors vs peripheral speed 394 Moving body temperature measurement, quasi-contactless, rotating cylinder surfaces 393 Moving body temperature measurement, quasi-contactless, schematic diagram 394 Moving body temperature measurement, rotational motion 387 Moving body temperature measurement, sensor mounting method 387 Moving body temperature measurement, sliding contact 389 Moving body temperature measurement, sliding contact, errors 389 Moving body temperature measurement, sliding contact, mercury 390 Moving body temperature measurement, sliding contact, parasitic emfs 389 Moving body temperature measurement, sliding contact, Pt-RTDs 389 Moving body temperature measurement, sliding contact, thermistors 389 Moving body temperature measurement, sliding contact, thermocouple and slip rings 389 Moving body temperature measurement, wireless systems 391 Moving body temperature measurement, wireless systems, errors 392 Moving body temperature measurement, wireless systems, thermistors 391 Moving body temperature measurement, wireless systems, transmitter shielding 392 Moving body temperature measurement, wireless systems, typical block diagram 392 Moving body temperature measurement, wireless transmission 387 Mueller, E.F. 88 102 333 360 Mullikin, H.F. 366 368 370 379 Multi-wavelength pyrometers 204 Multi-wavelength pyrometers, application in aluminium extrusion 206 Multi-wavelength pyrometers, automatic 228 see practical Multi-wavelength pyrometers, construction 206 Multi-wavelength pyrometers, effective wavelength 204 Multi-wavelength pyrometers, emissivity, influence 205 Multi-wavelength pyrometers, general information 204 Multi-wavelength pyrometers, main use 204 Multi-wavelength pyrometers, resolution 205 Multi-wavelength pyrometers, transmissivity 205 Murdock, E.G. 424 451 Murray, T.P. 168 176 Muschenheim, C. 414 418 Naeser, G. 172 176 Nagai, T. 108 123 National Institute for Standards and Technology (NIST), USA 204 420 National Institute of Metrology (NIM), China 420 National Instruments, USA 261 264 269 270 272 National Physical Laboratory (see also NPL) 83 424 453 National Research Council of Canada (NTC), Canada 424
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