NEW MODELS OF HEAT FLOW SENSORS FOR MONITORING AND DIAGNOSTIC SYSTEMS OF POWER EQUIPMENT
Abstract
The paper discusses the construction principles of heat flow sensors for use in monitoring systems of thermal power equipment, taking into account the depending on the heat transfer conditions and the characteristics of the control object. In particular, considers the sensors with a reduced thermal resistance, the use of which allows to measure the heat flux in the conditions of high heat transferring; special sensors for research of transient heat transfer, and so on.
References
1. Grishenko, T., Dekusha, L., Shmarov, I., & Vorobyov, L. (2012). Effective thermal resistance of heat flow tranducer auxiliary wall type. Metrology and Instruments, No 6 (ISSN 2307-2180), P. 20-26. (Rus.)
2. Grishenko, T., Dekusha, L., Shmarov, I., & Vorobyov, L. (2013). Transducers of heat flow with thermal noise and temperature leveling coatings. Industrial Heat Engineering, Vol.29 №2 (ISSN 0204- 3602), P. 94-102. (Rus.)
3. Geraschenko O. (1971). Heatmetry. Kyiv: Naukova dumka.192 p. (Rus.)
4. Dekusha, L. Heatmetry measuring transducers for study of complex heat exchange: thesis submitted to the degree of Candidate in technical sciences : 05.11.04 / Institute of Technical Thermophysic of the National Academy of Sciences of Ukraine.– К., 1990. – 278 p. (Rus.)
5. Energy-saving. Thermoelectric transformers of heat flow for general purpose. General specifications: ДСТУ 3756-98. – [Valid from 2000- 07-01]. Derghspoghivstandart, 2000. – 54p.
6. Shmarov, I., Dekusha, L., Vorobyov, L. & Grishenko, T. (2012). Bicoiled heat flux transducer. Industrial Heat Engineering, Vol.34, №6 (ISSN 0204-3602), P. 86-93. (Rus.)
7. Patent 102475 UA, МПК G01K 17/08 Heat flux transducer. Dekusha, L., Shmarov, I., Vorobyov, L., & Grishenko, T. ; patentee is Institute of Engineering Thermophysics National Academy of Sciences of Ukraine. – Publ. 10.07.2013. – Bull. No 13. – 2013.
8. Dekusha, L., Vorobyov, L. & Grishenko, T. (2003). Multi-layer galvanic heat flux transducers // Metrology and Measuring Equipment. Vol.64 (ISSN 0368-6418), P. 48-52. (Rus.)
9. Dekusha, L., Vorobyov, L. & Grishenko, T. (2003). Specialised heat flux transducers. Industrial Heat Engineering, Vol.25, №4 (ISSN 0204-3602), P. 464-466. (Rus.)
10. Dekusha, L., Grishenko, T., Vorobyov, L. & other (2008). Features of heat flux transducer design for the study of unsteady heat exchange. Industrial Heat Engineering, Vol.30, №2 (ISSN 0204-3602), P. 99-104. (Rus.)
11. Dekusha, L., Vorobyov, L., Grishenko, T., & other (2008). Features of heat flux transducer design for the study of unsteady heat exchange. Metrology and Measuring Equipment. Vol.68 (ISSN 0368-6418), P. 116-125. (Rus.)
12. Inventor's certificate No 875222 (USSR), МКИ3 G 01 К 17/0. Heat flux sensor / Dekusha, L., Mazurenko, А., Phyodorov, W., & other. – No 2878032/18-10 ; Publ. 23.10.1981. – Bull. No 39(53).
13. Dekusha, L., Vorobyov, L., Dekusha, O., Grishenko, T., (2008). Heat flux transducer with correction thermopile. «Metrology and Measurement Techniques» («Metrology – 2008») : collected papers of VІ International Scientific and Technical Conference, Kharkiv, P. 333– 339. (Rus.)
14. Vorobyov, L., Grishenko, T., Dekusha, L., & other (2013). Heat flux transducers for control of heat load on the aerodynamic paylod fairing of a lounch-vehicle. Metrology and Instruments, No 2 (ISSN 2307-2180), P. 22-29. (Rus.)
2. Grishenko, T., Dekusha, L., Shmarov, I., & Vorobyov, L. (2013). Transducers of heat flow with thermal noise and temperature leveling coatings. Industrial Heat Engineering, Vol.29 №2 (ISSN 0204- 3602), P. 94-102. (Rus.)
3. Geraschenko O. (1971). Heatmetry. Kyiv: Naukova dumka.192 p. (Rus.)
4. Dekusha, L. Heatmetry measuring transducers for study of complex heat exchange: thesis submitted to the degree of Candidate in technical sciences : 05.11.04 / Institute of Technical Thermophysic of the National Academy of Sciences of Ukraine.– К., 1990. – 278 p. (Rus.)
5. Energy-saving. Thermoelectric transformers of heat flow for general purpose. General specifications: ДСТУ 3756-98. – [Valid from 2000- 07-01]. Derghspoghivstandart, 2000. – 54p.
6. Shmarov, I., Dekusha, L., Vorobyov, L. & Grishenko, T. (2012). Bicoiled heat flux transducer. Industrial Heat Engineering, Vol.34, №6 (ISSN 0204-3602), P. 86-93. (Rus.)
7. Patent 102475 UA, МПК G01K 17/08 Heat flux transducer. Dekusha, L., Shmarov, I., Vorobyov, L., & Grishenko, T. ; patentee is Institute of Engineering Thermophysics National Academy of Sciences of Ukraine. – Publ. 10.07.2013. – Bull. No 13. – 2013.
8. Dekusha, L., Vorobyov, L. & Grishenko, T. (2003). Multi-layer galvanic heat flux transducers // Metrology and Measuring Equipment. Vol.64 (ISSN 0368-6418), P. 48-52. (Rus.)
9. Dekusha, L., Vorobyov, L. & Grishenko, T. (2003). Specialised heat flux transducers. Industrial Heat Engineering, Vol.25, №4 (ISSN 0204-3602), P. 464-466. (Rus.)
10. Dekusha, L., Grishenko, T., Vorobyov, L. & other (2008). Features of heat flux transducer design for the study of unsteady heat exchange. Industrial Heat Engineering, Vol.30, №2 (ISSN 0204-3602), P. 99-104. (Rus.)
11. Dekusha, L., Vorobyov, L., Grishenko, T., & other (2008). Features of heat flux transducer design for the study of unsteady heat exchange. Metrology and Measuring Equipment. Vol.68 (ISSN 0368-6418), P. 116-125. (Rus.)
12. Inventor's certificate No 875222 (USSR), МКИ3 G 01 К 17/0. Heat flux sensor / Dekusha, L., Mazurenko, А., Phyodorov, W., & other. – No 2878032/18-10 ; Publ. 23.10.1981. – Bull. No 39(53).
13. Dekusha, L., Vorobyov, L., Dekusha, O., Grishenko, T., (2008). Heat flux transducer with correction thermopile. «Metrology and Measurement Techniques» («Metrology – 2008») : collected papers of VІ International Scientific and Technical Conference, Kharkiv, P. 333– 339. (Rus.)
14. Vorobyov, L., Grishenko, T., Dekusha, L., & other (2013). Heat flux transducers for control of heat load on the aerodynamic paylod fairing of a lounch-vehicle. Metrology and Instruments, No 2 (ISSN 2307-2180), P. 22-29. (Rus.)
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Published
2016-09-20
How to Cite
Vorobiov, L., Dekusha, L., & Kovtun, S. (2016). NEW MODELS OF HEAT FLOW SENSORS FOR MONITORING AND DIAGNOSTIC SYSTEMS OF POWER EQUIPMENT. Thermophysics and Thermal Power Engineering, 38(5), 86-97. https://doi.org/https://doi.org/10.31472/ihe.5.2016.10
Section
Measurement, Control and Automation of Thermal Processes
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