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IETE Journal of Research Volume 29, 1983 - Issue 10
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Original Articles

Measurement of Effective Efficiency of Thin-Film Barretter Mount at 10.0 Ghz Using Microcalorimetric Technique Established at Npl, New Delhi

P.C. KothariNational Physical Laboratory, Hillside Road, New Delhi110 012.
,
H.M. BhatnagarNational Physical Laboratory, Hillside Road, New Delhi110 012.
,
R. AggarwalNational Physical Laboratory, Hillside Road, New Delhi110 012.
,
V.K. AgrawalNational Physical Laboratory, Hillside Road, New Delhi110 012.
&
K. ChandraNational Physical Laboratory, Hillside Road, New Delhi110 012.
Pages 501-506 | Received 21 Feb 1983, Published online: 10 Jul 2015

REFERENCES

  • A.E. Fantom, MK-III Calorimetric RF Power Meter, PL (Teddington) Report DES 45: 1978.
  • M.L. Crawford, A New r.f.-d.c. Substitution Calorimeter with Automatically controlled Reference Power, IEEE Trans. IM-17, 1968: 378–384.
  • H. Bayer, Prāzisionsbestimmungen von Abschwāchungen bis 20 dB und derspezifisehen Leitfahigkeit von Metallen im Hōchstfrequenzbereich PTB—Mitterlungem, 1972; 289–293.
  • J.McA Steel, C.R. Ditchfield & A.E. Bailey, Electrical Standards of Measurement part 2: RF and Microwave Standards, Proc. IEE. 122, 1975; 1037–1057.
  • IEEE Standard Application Guide for Bolometric Power Meters, IEEE Std. 470, 1972, Published by IEEE. Dec. 1972.
  • T. Inoue, K. Yamamura & T. Nemoto, Automatic calorimeter system for the Effective Efficiency Measurement of a Bolometer Mount in 35-GHz Band. IEEE Trans. IM-27, 1978; 205–209.
  • T. Inoue, K. Yamamura & T. Nemoto, A calorimeter for measurement of effective efficiency of 100 GHz Bolometer mounts. Trans. Soc. Inst. Contr. Eng. 13, 1977; 609–614.
  • K. Sakurai & T. Nemoto, A Thin-Film Bolometer Unit. IEEE Trans IM-16, 1967; 206–211.
  • P.C. Kothari, R. Aggarwal, V.K. Agrawal and K. Chandra, An experimental Study of Frequency and Power Stability of Phase Locked Microwave Signal Sources. Journal of IETE, 27, 11; 1981; 517–520.
  • P.C. Kothari, H.M. Bhatnagar, V.K. Agrawal & K. Chandra, A Feed Through Microwave Power Measuring Transfer Standard at 10.0 GHz. Journal of IETE. 26, 11; 1980; 579–583.

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