Место работы автора, адрес/электронная почта: Арктический государственный агротехнологический университет ; 677008, г. Якутск, ш. Сергеляхское, 3/3 ; https://agatu.ru/
Ученая степень, ученое звание: канд. техн. наук
Количество страниц: 13 с.
Grain drying is a broad subject when one considers all grains and the various locations and conditions under which they are cultivated and dried. In recent decades improvements in cereal yield and the introduction of crops, such as oil seed rape, have caused many farmers to consider increasing the capacity of grain drying systems. Basically, grain conditioning and safe storage relates largely to the removal of moisture. It has been found that for high-temperature drying, mixed flow driers with convective and continuous drying outlets with cross-movement of grain flow and drying agent are the most promising type of drying equipment. It has been determined that one of the important problems in plant growing remains the reduction of fossil fuel consumption, primarily liquid fuel, for drying grain. A stable trend has been identified, both in high-temperature and aeration dryers, to use combustion units with a heat exchanger, which eliminates contamination of grain with fuel combustion products. Particularly relevant issues in both drying systems are the growing use of alternative energy sourcesto replace fossil fuels. A comparative analysis of high-temperature and aeration grain drying reflects the general trend in world grain drying practice, expressed in the spread of both drying systems, which can be effectively used in combination with each other.
Аммосов, И. Н. Сравнительный анализ высокотемпературной иаэрационной сушки зерна / И. Н. Аммосов, Ю. Ж. Дондоков, В. М. Дринча ; Арктический государственный агротехнологический университет // Вестник АГАТУ. - 2024. - N 3 (15). - С. 31-43.
Количество страниц: 12 с.
The negative adverse effects of intensive agricultural production on food safety and the environment are presented. It has been substantiated that the use of microbial inoculants in plant growing is a viable alternative to traditional industrial technologies based on the use of agrochemicals such as pesticides, inorganic fertilizers, herbicides, etc. and leading to destructive effects on human health due to the consumption of unsafe food. The classification of microbial inoculants for seed treatment according to functional characteristics has been developed. It has been established that in the seed treatment with biological preparations, the most common method is treatment with microbial inoculants containing nodule bacteria. The list of biopreparations used in practice for plant protection is presented, as well as the main characteristics of methods for applying them to seed. It has been determined that the technological effectiveness of seed treatment with microbial inoculants depends on many factors that ensure the survival of microorganisms during seed processing and storage, the dominant ones being the formulation of the inoculant, as well as its ability to multiply in the spermosphere, infect the root system, and in some cases, the rhizosphere of plants.
Микробная инокуляция семян для повышения безопасности и устойчивости растениеводств / Ю. Ж. Дондоков, В. М. Дринча, А. З. Платонова [и др.] ; Арктический государственный агротехнологический университет // Вестник АГАТУ. - 2024. - N 2 (14). - C. 46-57.