• Acquire
Hide↑
Journals →  Tsvetnye Metally →  2011 →  #4 →  Back

Automation
ArticleName Several thermoelectrode materials for thermoelectric converters developed in nuclear industry
ArticleAuthor Zaytsev P. A., Oleynikov P. P., Usachev V. B.
ArticleAuthorData P. A. Zaytsev, Director, e-mail: npo@sialuch.ru; P. P. Oleynikov, Chief Researcher; V. B. Usachev, Chief of Workshop No. 2, “Atomterm” branch Research Institute, Scientific Development and Production Center “Luch”.
Abstract
Current state of high-temperature measurements in Russia is described. Features of thermoelectric converters operating conditions in the nuclear industry are noted. Results of thermocouple cable of different manufacturers research are presented. Ways of improving tungsten-rhenium alloy thermocouple thermoelectrical parameters are shown along with the possibilities of individual calibration for increasing temperature measurements accuracy.
keywords Tungsten-rhenium alloy thermocouple, high-temperature annealing, thermoelectric transducers, thermoelectode matherials, temperature measurements, accuracy, heat-resistant and compensating cable.
References

1. Nalivaev V. I., Pampura V. B., Nikulshin V. S. et al. Tsvetnye metally – Non-ferrous Metals. 2007. No. 11. pp. 76–78.

2. Ignatev D. N., Oleynikov P. P., Senchukov A. D. Novye prom. tekhnologii – New industrial technologies. 2008. No. 1. pp. 39–43.

3. Vasilev E. V., Vasileva N. L., Kadyeva L. Kh., Oleynikov P. P. Yadernye izmerit.-inform. tekhnologii – Nuclear Instrumentation Information Technologies. 2005. No. 1(13). pp. 56–60.

4. Vasileva N. L., Nalivaev V. I., Nikulshin V. S. et al. Novye prom. tekhnologii – New industrial technologies. 2008. No. 1. pp. 44–48.

5. Oleynikov P. P., Priymak S. V., Turchaninov V. K. Nauch.-tekhn. konferentsiya «Datchiki i detektory dlya AES» : sb. dokl. (Collection of papers of Scientific-engineering Conference “Transducers and Detectors for Atomic Power Stations”). Penza, 2002. pp. 166–169.

6. All Union State standard R 8.585–2001. Termopary. Nominalnye staticheskie kharakteristiki preobrazovaniya (Thermocouples. Unique sensor curves of transformation). Used since 2001-11-21. Moscow : State Committee of the Russian Federation for Standardization and Metrology Gosstandart Rossii, 2002.

7. Fedik I. I., Deniskin V. P., Konstantinov V. S. et al. Vysokotemperaturnye izmereniya v toplivnykh sborkakh yadernykh raketnykh dvigateley (High temperature measurements in fuel assemblies of nuclear rocket engine). Proc. of the 8th International Temperature Symposium, Chicago, Illinois, USA. October 21–24, 2002.

8. Ulanovskiy A. A., Medvedev V. A., Nenashev S. N. et al. Vosproizvodimost termoelektricheskikh kharakteristik vysokotemperaturnykh termopar VR5/20 (Reproducibility of thermal-electrical characteristics of high-temperature thermocouples VR5/20). Collection of papers. International conference TEMPMEKO & ISHM 2010. Portorozh (Slovenia), 2010.

9. Certificate of authorship No. 268698 USSR. Termopara dlya izmereniya vysokikh temperatur (Thermocouple for measurement of high temperatures) / V. P. Amosov, S. K. Danishevskiy, S. I. Ipatova, L. D. Oleynikova et al; priority since 27.01.67.

10. Oleynikova L. D. Issledovanie novykh tipov termopar dlya izmereniya vysokikh temperatur (Researching of new types of thermocouples for high temperatures measurement). Inaugural dissertation of Candidate of Engineering Sciences. Moscow, 1969.

11. Pampura V. B., Povalyaev V. A., Oleynikov P. P., Khotkin A. G. Novye prom. tekhnologii – New industrial technologies. 2007. No. 6. pp. 61–63.

12. Ulanovskiy A. A., Shmyrev B. L., Altukhov Yu. N. Pribory – Devices. 2006. No. 5(71). pp. 4–13.
Language of full-text russian
Full content Buy
Back