SOLUTION TO THE BOUNDARY PROBLEM OF HEAT AND WATER TRANSMISSION IN A LAYER OF A LOOSE DISPERSE MATERIAL EXEMPLIFIED BY MILLED PEAT EXPOSED TO INFRARED HEATING

Vestnik MGSU

Sinitsyn Anton Alexandrovich¹  Pavlov Mikhail Vasil'evich¹  Karpov Denis Fedorovich² 

[1] Vologda State Technical University (VoSTU);Vologda State Technical University» (VoSTU);

关键词: diffusion problem;    thermal task;    heat and water transmission;    source of infrared radiation;    infrared heating;    milled peat;    loose disperse material;    boundary conditions;   

DOI  :  

来源: DOAJ

【 摘 要 】

Maintenance of appropriate thermal and humidity modes of soil is the main condition of intensive growth and development of plants. It is feasible in the event that the temperature and humidity patterns of the soil environment can be projected in time and registered at different depths. Towards this end, the author proposes three alternative solutions to the boundary problem of heat and water transmission in a layer of a loose disperse material exemplified by milled peat. Each solution is based on the operation of a source of infrared radiation. The research results are benchmarked against the experimental data, and thereafter, the list of optimal solutions and substantiations is composed.

【 授权许可】

Unknown