1. Kalandarov, P.I., et al., "Analysis of Moisture Measurements as Raw Material Quality Control Objects," in: Conference: Software for the Digitalization of Enterprises and Organizations, Magnitogorsk, Russia, December 2024. 2. Usmanova H.A., Turgunbaev A. et al. Moisture meter in a large-diameter pipeline. Patent for a utility model. FAP 2700 since 11.04.2025.

1. Kalandarov, P.I., et al., "Analysis of Moisture Measurements as Raw Material Quality Control Objects," in: Conference: Software for the Digitalization of Enterprises and Organizations, Magnitogorsk, Russia, December 2024. 2. Usmanova H.A., Turgunbaev A. et al. Moisture meter in a large-diameter pipeline. Patent for a utility model. FAP 2700 since 11.04.2025.

3. Usmanova H.A. et al. Report on the State Committee for Science and Technology grant EF-2-9 "Development of theoretical foundations for the construction and design of primary measuring transducers with microprocessor kits for quality control of various products" (final). Tashkent, 2017. 4. Kuziev B.N., Usmanova H.A., Turgunbaev A. Research of a Laboratory Installation for Measuring the Humidity Characteristics of Bulk Materials. International Journal of Control and Automation. Vol.13, No. 4, 2020. pp. 237-244. 5. Usmanova H.A., Turgunbaev A. et al. Capacitive moisture meter for bulk and liquid materials. Patent for invention. lAP 06856 dated 15.05.2022

6. Matyakubova P.M., Usmanova H.A., Turgunbaev A., et al. Capacitive moisture meter for oil, petroleum products, and bulk materials. Patent for invention. IAP 06796. dated February 28, 2022. 7. Ismatullaev P.R., Usmanova H.A., Turgunbaev A. Moisture metry of cotton and cotton materials. "Fan va texnologiya". - Tashkent, 2017. - 288 p. 8. Sekanov Yu.P., Lisovsky V.V. Theory and Practice of Ultra-High-Frequency Moisture Monitoring of Agricultural Materials. – Minsk, 2005. 320 p. 9. Usmanova H.A. Research and Development of Metrological Support for an Automatic Multifunctional Ultra-High-Frequency Moisture Meter for Cotton Materials. Abstract of a PhD dissertation in technical sciences. Tashkent, 2018. – 42 p.

10. R.I. Saitov. Microwave moisture measurement of agricultural products / Ufa. BIRO Publishing House. 1999. 51 p. 11. Likov A.V., Mikhailov Yu.A., Theory of heat and mass transfer. Moscow: Gosenergoizdat, 1983.

12. Orlov I.V., Dovgotea S.T. Forms and types of moisture bonds with textile fibers // News of higher education institutions. Series: Technology of light industry. 1983. No. 4. p. 27. 13. Ismatullaev P.R., Usmanova H.A. Study of the structure and composition of cotton materials as an object of moisture measurement. Bulletin of TashSTU. No. 1. 2014. 14. Ismatullaev P.R., Usmanova H.A., Turgunbaev A. Metrology and problems of moisture metry of solid and bulk materials. Collection of scientific papers. II International Conference. State and trends of development of standardization and technical regulation in the world. October 14-15, 2024. Tashkent. pp. 256-259.

15. Turgunbaev A. Experimental study of the electrophysical characteristics of grain. MNT Symposium "Education through Science" dedicated to the 175th anniversary of Bauman Moscow State Technical University. Kaluga, Russia. Section 3. Methods of thermophysical experiments. 2005. 16. Ismatullaev P.R. Microwave moisture measurement of cotton materials. TashSTU. Tashkent. 2018. 94 p.

17. Usmanova H.A., Turgunbaev A. Study of the influence of material physical parameters on the conversion error of microwave moisture meters. In press? 18.Matyakubova P.M., Usmanova H.A., Turgunbaev A. Experimental setup for measuring moisture characteristics of bulk materials. Collection of scientific papers. International conference. State and development trends of standardization and technical regulation in the world. October 13-14, 2022. Tashkent. pp. 251-254.

3. Usmanova H.A. et al. Report on the State Committee for Science and Technology grant EF-2-9 "Development of theoretical foundations for the construction and design of primary measuring transducers with microprocessor kits for quality control of various products" (final). Tashkent, 2017. 4. Kuziev B.N., Usmanova H.A., Turgunbaev A. Research of a Laboratory Installation for Measuring the Humidity Characteristics of Bulk Materials. International Journal of Control and Automation. Vol.13, No. 4, 2020. pp. 237-244. 5. Usmanova H.A., Turgunbaev A. et al. Capacitive moisture meter for bulk and liquid materials. Patent for invention. lAP 06856 dated 15.05.2022

6. Matyakubova P.M., Usmanova H.A., Turgunbaev A., et al. Capacitive moisture meter for oil, petroleum products, and bulk materials. Patent for invention. IAP 06796. dated February 28, 2022. 7. Ismatullaev P.R., Usmanova H.A., Turgunbaev A. Moisture metry of cotton and cotton materials. "Fan va texnologiya". - Tashkent, 2017. - 288 p. 8. Sekanov Yu.P., Lisovsky V.V. Theory and Practice of Ultra-High-Frequency Moisture Monitoring of Agricultural Materials. – Minsk, 2005. 320 p. 9. Usmanova H.A. Research and Development of Metrological Support for an Automatic Multifunctional Ultra-High-Frequency Moisture Meter for Cotton Materials. Abstract of a PhD dissertation in technical sciences. Tashkent, 2018. – 42 p.

10. R.I. Saitov. Microwave moisture measurement of agricultural products / Ufa. BIRO Publishing House. 1999. 51 p. 11. Likov A.V., Mikhailov Yu.A., Theory of heat and mass transfer. Moscow: Gosenergoizdat, 1983.

12. Orlov I.V., Dovgotea S.T. Forms and types of moisture bonds with textile fibers // News of higher education institutions. Series: Technology of light industry. 1983. No. 4. p. 27. 13. Ismatullaev P.R., Usmanova H.A. Study of the structure and composition of cotton materials as an object of moisture measurement. Bulletin of TashSTU. No. 1. 2014. 14. Ismatullaev P.R., Usmanova H.A., Turgunbaev A. Metrology and problems of moisture metry of solid and bulk materials. Collection of scientific papers. II International Conference. State and trends of development of standardization and technical regulation in the world. October 14-15, 2024. Tashkent. pp. 256-259.

15. Turgunbaev A. Experimental study of the electrophysical characteristics of grain. MNT Symposium "Education through Science" dedicated to the 175th anniversary of Bauman Moscow State Technical University. Kaluga, Russia. Section 3. Methods of thermophysical experiments. 2005. 16. Ismatullaev P.R. Microwave moisture measurement of cotton materials. TashSTU. Tashkent. 2018. 94 p.

17. Usmanova H.A., Turgunbaev A. Study of the influence of material physical parameters on the conversion error of microwave moisture meters. In press? 18.Matyakubova P.M., Usmanova H.A., Turgunbaev A. Experimental setup for measuring moisture characteristics of bulk materials. Collection of scientific papers. International conference. State and development trends of standardization and technical regulation in the world. October 13-14, 2022. Tashkent. pp. 251-254.