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Method of preparing micro-element fertilizer formulation, micro-element fertilizer formulation and application of micro-element fertilizer formulation in plant cultivation
Method of preparing micro-element fertilizer formulation, micro-element fertilizer formulation and application of micro-element fertilizer formulation in plant cultivation
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机译：微量元素肥料配方的制备方法，微量元素肥料配方及微量元素肥料配方在植物栽培中的应用
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摘要
The scope of the notification is the manufacture of a micro-element fertiliser, consisting of at least one complex metal, selected from a group comprising Fe, Cu, Zn, Mn. This means that at least one insoluble water-soluble compound of at least one of the micro-elements selected from the group of Fe, Cu, Zn, Mn is introduced into the aqueous solution of the polymer chelating agent in the form of tartaric acid, in the case of a weight ratio of metal, converted to elementary, to polymer from 1:20 to 1:5 and the metal compounds are dissolved at a rate. 80-100oC, by 2-24 h,and at the end of the chelation process, a second complexing agent is added to the solution in the form of at least one carboxylic acid, selected from a group of lactic acid, citric acid, apple acid, ascorbic acid, gluconic acid or its lactone, in a quantity of 5-15 en. Wagon. per 100 c. Wagon. poly(itaconic acid),After dissolving carboxylic acid, the solution is kept at a rate. until 90oC by 1-12 h, preferably by continuous or intermittent mixing, and then the resulting after-action solution is filtered and packaged and diluted with water before reconstitution to obtain the fertiliser in liquid form, relatively dry by solvent to obtain the fertiliser in the form of slurry. The notification shall also cover a micro-nutrient fertiliser which, in liquid form, contains up to 2,5% weights. iron, up to four% weights. copper, up to three% weights. zinc,to 3% weights. manganese in the form of poly(itaconic acid) complexes and at least one of the carboxylic acids used in the production process, and in syrup form contains up to eight% weights. iron, up to 12% weights. copper, up to ten% weights. zinc, to ten% weights. manganese in the form of poly(itaconic acid) complexes and at least one of the carboxylic acids used in the production process and characterised by solubility in water of at least 20 g/L. Furthermore, the scope of the notification is to apply the following. preparation for growing plants.
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机译：通知的范围是制造一种微元素肥料，该肥料由至少一种选自Fe，Cu，Zn，Mn的复合金属组成。这意味着将至少一种选自Fe，Cu，Zn，Mn的微元素中的至少一种的不溶性水溶性化合物以酒石酸的形式引入聚合物螯合剂的水溶液中，在金属与聚合物的重量比为1:20至1：5的情况下，金属化合物以一定比例溶解。 80-100oC，2-24小时后，在螯合过程结束时，将第二种络合剂以至少一种羧酸的形式添加到溶液中，该羧酸选自乳酸，柠檬酸，苹果酸，抗坏血酸，葡萄糖酸或其内酯，用量为5-15 en。车皮。每100摄氏度车皮。聚（衣康酸），溶解羧酸后，将溶液保持一定速率。直到1-12小时达到90oC，最好是连续或间歇混合，然后过滤并包装所得的后效溶液，并用水稀释，然后复水以获得液态肥料，用溶剂相对干燥后得到肥料。浆料的形式。通知还应涵盖液体形式的微营养肥料，其重量不得超过2.5％。铁，重量最多可达4％。铜，最高达三重量％。锌，至3％重量。聚（衣康酸）配合物和至少一种在生产过程中使用的羧酸形式的锰，以及糖浆形式的锰含量最多为8％。铁，重量最多可达12％。铜，重量不超过10％。锌，达到重量的10％。聚衣康酸配合物形式的锰和至少一种在生产过程中使用的羧酸，其特征是在水中的溶解度至少为20 g / L。此外，通知的范围将适用以下内容。准备种植植物。
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