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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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Tsividis, Y. 116 117 124 TTS 6 Turley, W.D. 396 Turnbull, L.G. 201 208 Two-colour pyrometers 172 Two-colour pyrometers, errors 172 Two-colour pyrometers, errors, influence of atmosphere 221 Two-colour pyrometers, general information 172 Two-colour pyrometers, manual, practical applications 223 Two-colour pyrometers, modern 172 Two-colour pyrometers, principle of operation 172 Two-colour pyrometers, ratio of spectral intensities 173 Two-colour pyrometers, ratio of spectral radiant intensities vs wavelength 174 Two-colour pyrometers, red filter 173 Two-colour pyrometers, red filter, effective wavelength 173 Two-colour pyrometers, scale defining equation 172 Two-colour pyrometers, scale defining equation, body emissivity 172 Two-colour pyrometers, simplified diagram 172 Two-colour pyrometers, spectral radiant intensity 172 Two-colour pyrometers, spectral radiant intensity vs wavelength 174 Two-colour pyrometers, upper application limit 174 Two-wavelength pyrometers 201 Two-wavelength pyrometers, construction 202 Two-wavelength pyrometers, electro-mechanical self-balancing 201 Two-wavelength pyrometers, electro-mechanical self-balancing, errors 201 Two-wavelength pyrometers, electro-mechanical self-balancing, red filter effects 201 Two-wavelength pyrometers, operating principle 201 Two-wavelength pyrometers, principles 201 202 Tye, R.P. 344 360 Ueda, T. 139 140 150 208 Ultrasonic thermometers 140 Ultrasonic thermometers, applications 143 Ultrasonic thermometers, block diagram 141 Ultrasonic thermometers, errors 143 Ultrasonic thermometers, gas temperature measurement 142 Ultrasonic thermometers, liquid temperature measurement 142 Ultrasonic thermometers, non-invasive technique 142 Ultrasonic thermometers, operating principle 140 Ultrasonic thermometers, solid body temperature measurement 143 Ultrasonic thermometers, solid body temperature measurement, internal 360 Ultrasonic thermometers, summary of various 143 Ultrasonic thermometers, wires and rods 141 Union Carbide Corporation, USA 57 Urbanek, P. 332 van der Aa, H.H.M. 446 447 Van der Ziel, A. 103 104 116 124 Van Drecht, A. 123 Van Dusen, W. 85 88 102 239 Vapour pressure temperature 10 VDE/VDI 314 Verhagen, D.M. 297 330 Verster, T.C. 119 120 124 Vertogradsky, V.A. 66 67 83 Walter, L. 168 176 212 228 Wang, Z. 75 83 138 Warnke, G.F. 178 183 184 194 195 208 221 228 Watari, M. 201 208 Water, boiling point of 2 Water, freezing point of 3 Water, mixture 3 Water, triple point temperature 8 Wavelength 6 Wavelength of radiation 155 Weber, S. 123 418 Weichert, L. 35 36 62 68 83 109 118 124 165 176 393 396 Weiss, H. 389 391 396 Wensel, H.T. 41 83 433 451 Wenzel, M. 365 366 380 West, W.E. 380 Western Thermistors 111 Westwater, J.W. 380 White, D.R. 10 13 17 112 124 White, W.P. 82 83 Wickersheim, K.A. 126 132 136 138 395 396 Widlar, R.J. 121 124 Wien 8 156 157 166 172 174 177 204 Wien's displacement law 157 177 Wien's Law 8 156 157 166 172 174 204 Wilcox, S.J. 355 360 Wilkins, S.C. 142 150 Williamson Corp., USA 206 207 208 407 411 Wise, J.A. 109 124 Witting, S. 379 Working standards 429 Working standards, disappearing filament pyrometers, temperature range 430 Working standards, function 429 Working standards, photoelectric pyrometer, silicon detector 430 Working standards, resistance sensors, application range 429 Working standards, testing baths, comparison testing 429 Working standards, thermocouple sensors 430 Working standards, thermocouple sensors, accuracy 430 Working standards, thermocouple sensors, calibration 430 Working standards, tungsten strip lamps, temperature range 430 Working substance 4 5 6 Working substance, thermometric 3 4 Worthing, A.G. 159 162 198 208 Woschni, E.G. 307 321 330 332 Wu, Y.Y. 123 Yamada, T. 228 Yamagata, M. 120 123 Yamamoto, K. 123 Yamamoto, M. 208 Yamazaki, D. 150 Yao, Q. 102 Yarishev, N.A. 296 297 301 302 305 313 332 356 360 Yuan, Z. 452 Zanstra, P.E. 51 84 Zemel, J.N. 19 Zhang, Z.J. 102 130 131 132 136 137 138 Zhao, Q. 396 428 446 452 Ziegler, H. 139 150 Zimmerman, E. 150 Znichenko, W.M. 346 360 Zoss, L.M. 329 Zubov, W.G. 324 332 Zysk, E.D. 47 66 67 84
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