The article deals with the problems of optimizing the design and structure of the moisture meter, which generally reduces to minimizing measurement errors by selecting the type of sample former and its basic parameters. The constructive, structural and algorithmic optimization methods proposed in the article allow to create a single unified complex of means for controlling the moisture content of fibrous and solid bulk materials that were used in the development of a multi-purpose microwave moisture meter for fibrous materials and granular products of the agro-industrial complex.
1. Ismatullaev PR, Usmanova Kh.A., Turgunbaev A. Multifunctional microwave device for measuring the humidity of fibrous and bulk materials. // "Metrology and Instrumentation". - Minsk, 2015. №3, p. 45-49. 2. Usmanova Kh.A., Matyakubova P.M. Development of a primary sensitivity transducer for bulk and fibrous materials. // Bulletin of Tashkent State Technical University. Specialist. release, - Tashkent, 2015.C.51-56. 3. Ismatullaev PR, Usmanova Kh.A., Turgunbaev A. Wethometry of cotton and cotton materials (Monograph). “Fan va texnologiya” .- Tashkent, 2017. – 288 pp.
Usmanova, Kh.A and Turgunbaev, A.
"Developing a multi-purpose moisture meter on ultra high frequency.,"
Chemical Technology, Control and Management: Vol. 2018
, Article 46.
Available at: https://uzjournals.edu.uz/ijctcm/vol2018/iss3/46