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Michalski L., Eckersdorf K., Kucharski J. — Temperature measurement
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Название: Temperature measurement
Авторы: 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.
Featuring:
* Brand new chapters on computerised temperature measuring systems, signal conditioning and temperature measurement in medicine
* Sections on noise thermometers, the development of photoelectric and multi-wavelength pyrometers and the latest IEC (International Electrotechnical Commission) standards
* Coverage of fibre optic thermometers, imaging of temperature fields and measurement in hazardous areas
* Examination of virtual instruments in temperature measurement, and new methods for themometer calibration
* Many numerical examples, tables and diagrams
Practising instrument engineers, graduate students and researchers in the fields of mechanical, electrical and electronic engineering and in other industrial areas will welcome this balanced approach to both the theory and practice of temperature measurement.
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Рубрика: Технология /
Статус предметного указателя: Готов указатель с номерами страниц
ed2k: ed2k stats
Издание: 2nd edition
Год издания: 2001
Количество страниц: 501
Добавлена в каталог: 20.10.2005
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Предметный указатель
National Semiconductors Corp., USA 123
Natour, M. 301 329
Navarro, H.A. 312 332
Nawrocki, W. 144 148 150
Neat, R.C. 138
Neuer, G. 204 205 207 208 444 446 451
Newton Friend, J. 3 18
Newton's law of cooling 285
NHS 7
Nicolas, J.V. 10 13 17 18
Ning, Y.N. 126 138
Noack, G. 312 329
Noble gas 6
Noel, B.W. 395 396
Noise thermometers, application range 146
Noise thermometers, applications 148
Noise thermometers, block diagram 145
Noise thermometers, combined correlation and substitution, method 148
Noise thermometers, comparison method 146
Noise thermometers, comparison method, block diagram 146
Noise thermometers, correlation method 147
Noise thermometers, correlation method, block diagram 147
Noise thermometers, correlation method, influencing factors 148
Noise thermometers, error 145
Noise thermometers, numerical example 145
Noise thermometers, operating principle 144
Noise thermometers, output voltage 145
Noise thermometers, reference temperature 146
Noise thermometers, substitution method 146
Noise thermometers, thermal noise theory 144
Noise thermometry 15
Non-black bodies, spectral radiant intensity 157
Non-black bodies, temperature, measurement 167
Non-black bodies, temperature, true 168
Non-contact thermometers see "Pyrometers"
Non-electric thermometers see "Specific types under thermometers"
Non-grey bodies, temperature errors 175
Nooder, V. 123
Normal direction 160
Normal Hydrogen Scale (NHS) 7
NPL (National Physical Laboratory, UK) 9 18 420 423 448
NTC 104 105 108 148 149 417 420
Nubbemeyer, H.G. 427 451
Nutter, G.D. 428 451
Nyquist, H. 144 150
Odgers, J. 379
Oehmen, J. 150
Ohm's law 37
Ohte, A. 120 123
Ohtsuka, M. 425 451
Olsen, H.L. 378 379
Omar, H.J. 449
Omega Engineering Inc., USA 28 35 36 56 70 76 83 91 93 109 112 113 121 123 234 236 237 240 243 247 250 252 255 258 261 264 272 349 360 394 396 409 410 411 445 451
Optical fibre, high temperature 126
Optical fibre, light guide 125
Optical fibre, properties of 125
Optical fibre, quartz glass 126
Optical fibre, refractive index of core 125
Optical fibre, transmitted wavelength 125
Optical fibre, wavelength range 125
Orton (cones) 33
Osborn, W.J. 366 370 379
Osram 103
Osvald, W. 150
Output signal, desired 13
Palmer, A.W. 138
Park, S.N. 449
Patranabis, D. 112 123
Pavese, F. 32 36 123 421 448 451
PCMCIA in recorders 256
Pearson, G.L. 122
Peltier effect 37
Peltier, I.C.A. 37 74 77 312 449
Pepperhoff, W. 168 176
Perry, K..P. 360
Personal Computer 259
Personal Computer Memory Card International Association see "PCMCIA"
Petersen, K.M. 96 102 330
Philips Components Ltd 62 66 116 247 248 255 258
Phillips, R.W. 114 116 131 138
Photoelectric pyrometers 192
Photoelectric pyrometers, absorption free atmospheric window 194
Photoelectric pyrometers, automatic 227 see
Photoelectric pyrometers, band 193
Photoelectric pyrometers, basic diagram 193
Photoelectric pyrometers, construction 198
Photoelectric pyrometers, Drude theory 198
Photoelectric pyrometers, effective wavelength 195 198
Photoelectric pyrometers, errors, influence of atmosphere 221
Photoelectric pyrometers, general information 192
Photoelectric pyrometers, modulated radiant flux, basic diagram 193
Photoelectric pyrometers, monochromatic 193
Photoelectric pyrometers, non-black bodies 196
Photoelectric pyrometers, non-black bodies, calculation of corrections 196
Photoelectric pyrometers, non-black bodies, emissivity errors 197
Photoelectric pyrometers, non-black bodies, reference temperature 197
Photoelectric pyrometers, non-black bodies, relative error 196
Photoelectric pyrometers, portable 199
Photoelectric pyrometers, relative spectral detector sensitivity 194
Photoelectric pyrometers, relative spectral transmissivity 194
Photoelectric pyrometers, RS-232 interface 200
Photoelectric pyrometers, scale defining equation for black bodies 195
Photoelectric pyrometers, specialised 200
Photoelectric pyrometers, spectral transmission of atmosphere 194
Photoelectric pyrometers, spectral transmission of atmosphere layer 194
Photoelectric pyrometers, stationary 199
Photoelectric pyrometers, wavelength, effective 194
Photoelectric pyrometers, wavelength, reference 194
Photoelectric pyrometers, working band, correct choice 193
Photoelectric pyrometers, working wavelength band 193
Pietroscento, A. 409 410
Pitt, G.D. 126 138
Piuri, V. 272
Planck 6 8 9 11 128 132 156 157 158 164 173 194 195 204 213 214
Planck's constant 128 194
Planck's law 6 8 9 11 132 156 157 173 195
Plasma temperature measurement 375
Platinum resistance thermometer 8 10
Platinum resistors, Callendar equation 85
Platinum resistors, numerical example on wire length 86
Platinum resistors, Van Dusen equation 85
Platinum, bulb 3
Platinum, desirable properties of 11
Platinum, history in temperature measurement 85
Platinum, noble metal 8
Platinum, properties of 85
Platinum, resistance sensor 11
Platinum, RTD 86
Platinum, temperature dependence of resistance 85
Player, M.A. 112 123
Poggendorf 79
Pokhodun, A.I. 423 448 452
Potentiometric recorders 80
Pouillet 3 4
Powell, R.L. 82 426 451
Practical temperature scale 8
Praul, S.H. 323 332
Preston-Thomas, H. 9 18 421 422 423 424 425 428 451
Primary standards 9
Primary standards, pyrometers 427
Primary standards, pyrometers, disappearing filament 428
Primary standards, pyrometers, heat flux comparison 428
Primary standards, pyrometers, photoelectric spectropyrometer 428
Primary standards, resistance sensors, capsule 426
Primary standards, resistance sensors, for interpolation in ITS-90 427
Primary standards, resistance sensors, high temperature 426
Primary standards, resistance sensors, long stem 426
Primary standards, resistance sensors, long stem (construction) 427
Primary standards, resistance sensors, long stem (contemporary design) 426
Primary standards, resistance thermometers 425
Primary standards, tungsten strip lamps 427
Primary standards, tungsten strip lamps, calibration 428
Primary standards, tungsten strip lamps, thermometric characteristic 428
Prinsep 3
Process instrumentation, current 259
Process instrumentation, hardware elements 260
Process instrumentation, three level network 260
Process instrumentation, trends 259
Processing systems, computerised, components 259
PRT 8 9
PRT, interpolating equations 9
Pt thermometers 10
Pt thermometers, temperature sub-ranges 10
Pt-RTD 115
Ptacek, J. 13 18
PTB 420
PTC silicon resistors see "Silicon resistance thermometers"
Pyrometer Instrument Co. Inc., USA 220 228
Pyrometers 152 190
Pyrometers, classification 151
Pyrometers, classification by operating method 152
Pyrometers, classification by spectral response 152
Pyrometers, disappearing filament 153 see
Pyrometers, hand operated 152
Pyrometers, induction heated charges 406
Pyrometers, influence of atmosphere 220
Pyrometers, influence of atmosphere, atmospheric windows 220
Pyrometers, influence of atmosphere, disappearing filament pyrometers 221
Pyrometers, influence of atmosphere, effects of gases 221
Pyrometers, influence of atmosphere, error elimination/limitation (various methods) 222
Pyrometers, influence of atmosphere, gas mixtures 221
Pyrometers, influence of atmosphere, total radiation pyrometer errors 221
Pyrometers, influence of other factors (various) 222
Pyrometers, influence of surrounding walls 216
Pyrometers, influence of surrounding walls, chamber furnace 217
Pyrometers, influence of surrounding walls, cooled sighting tube 218
Pyrometers, influence of surrounding walls, eliminating reflected radiation 218
Pyrometers, influence of surrounding walls, errors conditions 217
Pyrometers, influence of surrounding walls, numerical example of true temperature 218
Pyrometers, influence of surrounding walls, various methods to reduce 217
Pyrometers, influence of target emissivity 210
Pyrometers, influence of target emissivity, approaching black body conditions 212
Pyrometers, influence of target emissivity, automatic compensation 216
Pyrometers, influence of target emissivity, calculation of measurement errors 211
Pyrometers, influence of target emissivity, errors 214
Pyrometers, influence of target emissivity, true temperature calculation 210
Pyrometers, influence of target emissivity, true temperature calculation, band photoelectric type 211
Pyrometers, influence of target emissivity, true temperature calculation, disappearing filament type 210
Pyrometers, influence of target emissivity, true temperature calculation, multi-wavelength type 211
Pyrometers, influence of target emissivity, true temperature calculation, total radiation type 211
Pyrometers, influence of target emissivity, true temperature calculation, two-colour type 211
Pyrometers, influence of target emissivity, various techniques 212
Pyrometers, influencing factors 209
Pyrometers, main error components 210
Pyrometers, manually operated 152 153
Pyrometers, manually operated, structure 153
Pyrometers, modulated radiant flux 193
Pyrometers, operating principle 152
Pyrometers, photoelectric, salt-bath furnaces 404
Pyrometers, practical applications 209
Pyrometers, proper choice, glass-tank furnaces 404
Pyrometers, ratio 153
Pyrometers, real operating conditions 210
Pyrometers, summary of properties/applications 223
Pyrometers, total error 210
Pyrometers, total radiation, salt-bath furnaces 404
Pyrometers, two-colour 153
Pyrometric cones 33
Pyrometric temperature measurement, calculation of correction 159
Quartz thermometers 139
Quartz thermometers, app 140
Quartz thermometers, coefficients 139
Quartz thermometers, crystal, cross-section 139
Quartz thermometers, crystal, properties 139
Quartz thermometers, errors 140
Quartz thermometers, operating principle 139
Quartz thermometers, reference temperature 139
Quinn, T.J. 428 450 451
R. S. Components Ltd, UK 123
Radiance, definition 161
Radiance, reducing factor 170
Radiance, spectral concentrations of 11
Radiance, total 165
Radiant intensity 6 155 156 158 165
Radiant intensity of an element of area 161
Radiant intensity, band 156
Radiant intensity, black body 156 161
Radiant intensity, spectral 156
Radiant intensity, spectral, maxima 157
Radiant intensity, total 159
Radiant, exitance 155
Radiant, heat, exchange 160
Radiant, heat, transfer 162
Radiation detectors 181
Radiation detectors, comparative tabulation 184
Radiation detectors, photodiodes 182
Radiation detectors, photoelectric 182
Radiation detectors, photoelectric, application 181
Radiation detectors, photoelectric, photoconductors/photoresistors 182
Radiation detectors, photoelectric, spectral sensitivity of various types 183
Radiation detectors, photomultipliers 183
Radiation detectors, photovoltaic cells 182
Radiation detectors, properties 183
Radiation detectors, thermal, metal bolometers 181
Radiation detectors, thermal, properties 181
Radiation detectors, thermal, pyroelectric 182
Radiation detectors, thermal, thermistors 181
Radiation detectors, thermal, thermopiles 181
Radiation detectors, thermal, thermopiles, hair-pin type 181
Radiation detectors, thermal, thermopiles, ribbon type 181
Radiation detectors, thermal, thermopiles, thin film type 181
Radiation detectors, thermal, thermopiles, wire type 181
Radiation detectors, vacuum photocells 182
Radiation pyrometry, errors 156
Radiation pyrometry, relative errors 156
Radiation thermometers see "Pyrometers"
Radiation, absorption 154
Radiation, black body 155
Radiation, constant, first 156
Radiation, constant, second 156
Radiation, definition 154
Radiation, direction 161
Radiation, emitting thermal 160
Radiation, heat flux density 156
Radiation, incident 156
Radiation, intensity 6
Radiation, laws 154
Radiation, reflection 154
Radiation, source 437
Radiation, thermal 6
Radiation, transmission 154
Radiation, transparent body 155
Radiation, wavelength 155
Radiation, white body 155
Raghavarao, R. 123
Rake, H. 299 332
Raman scattering 134
Rao, M.G. 118 123
Ratio pyrometers see "Two-colour pyrometers"
Rayleigh scattering light 134
Raytek Inc., USA 192 193 208 249 258
Real industrial sensors see "Real temperature sensors"
Real temperature sensor, changing heat transfer, equivalent transfer function 294
Real temperature sensor, changing heat transfer, heat tranfer coefficient 293 294
Real temperature sensor, changing heat transfer, radiative heat exchange 293
Real temperature sensor, changing heat transfer, sensor emissivity 293
Real temperature sensor, design of 291
Real temperature sensor, equivalent transfer functions (various) 295
Real temperature sensor, heat transfer coefficient 293
Real temperature sensor, response(s), central 292
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