TEHNOLOGIYA IZVESTKOVYH UDOBRENIY I OCENKA IH AGROHIMICHESKOY EFFEKTIVNOSTI
Authors:
1.
KNITU
Type:
Article
eLocation:
Status:
Published
Received:
20.04.2023
Accepted:
01.08.2025
Published:
01.08.2025
Subject area:
UDC 631.82
Language:
Russian
Keywords:
карбонатное сырье, доломит, термическое разложение, каустический доломит, доломитовая известь, удобрение, нейтрализующая способность, почва, агрохимическая эффективность, carbonate raw materials, dolomite, thermal decomposition, caustic dolomite, dolomite lime, fertilizer, neutralizing capacity, soil, agro-chemical efficiency
Abstract (English):
The results of experiments to assess the neutralizing capacity of dolomite [MgСа(СО 3) 2] and the products of its firing. The technology of lime fertilizers on the basis of local dolomite, consisting in their grinding and subsequent firing (primarily to produce caustic dolomite). In pot trials with some grains (wheat) and industrial crops (amaranth) increase grain green weight using the proposed fertilizer reaches respectively 20% and 50%.
The results of experiments to assess the neutralizing capacity of dolomite [MgСа(СО 3) 2] and the products of its firing. The technology of lime fertilizers on the basis of local dolomite, consisting in their grinding and subsequent firing (primarily to produce caustic dolomite). In pot trials with some grains (wheat) and industrial crops (amaranth) increase grain green weight using the proposed fertilizer reaches respectively 20% and 50%.
Keywords:
карбонатное сырье, доломит, термическое разложение, каустический доломит, доломитовая известь, удобрение, нейтрализующая способность, почва, агрохимическая эффективность, carbonate raw materials, dolomite, thermal decomposition, caustic dolomite, dolomite lime, fertilizer, neutralizing capacity, soil, agro-chemical efficiency
карбонатное сырье, доломит, термическое разложение, каустический доломит, доломитовая известь, удобрение, нейтрализующая способность, почва, агрохимическая эффективность, carbonate raw materials, dolomite, thermal decomposition, caustic dolomite, dolomite lime, fertilizer, neutralizing capacity, soil, agro-chemical efficiency
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