所说的全混合饲粮颗粒料产品由以下方法制得：用各种微量元素原料和无机载体生产成复合微量元素预混剂；
The total mixed diet granulated feed product is prepared by the following method of: producing a compound trace element premix by using various trace element raw materials and inorganic carriers;
试验表明：稀土及其复合孕育剂能有效地消除微量元素的危害，改善铸铁的组织和性能。
It was showed by experiment that re and RE-containing inoculant could effectively eliminate the harmful effects of trace elements, and improve the structure and properties of cast iron.
采用硫氰酸铁—亚硝酸催化法测定1 %牛羊复合预混料中微量元素碘含量。
Using the method of Fe(SCN) HNO 2 catalyze, the 1% content of iodide micro element in compound premix for cattle and sheep was menstruated.
纳米复合永磁材料中添加微量元素，对改善纳米复合磁体的微结构、提高硬磁性能有着显著的功效。
Microelement in the nanostructured composite permanent magnet can reform the microstructure of the permanent magnet, and increase the hard magnetic character remarkably.
含微量元素的硬组织修复和重建复合材料及制备方法。
The invention relates to a composite material containing microelement for hard tissue repair and reconstruction and a preparation method thereof.
更为重要的是，植酸酶可使植酸盐蛋白质复合物降解从而提高蛋白质的利用率，减少植酸盐对微量元素的螯合，提高饲料的营养价值。
The more important thing was to promote the utilization of protein for combined protein, reduce the combination of phytate and microelement and increase the nutrient value of feedstuff.
复合氨基酸生成率为71．7％，微量元素螯合率达到98％以上。
The yield of complex amino acid could reach 71.7%. The percent chelation was over 98%.
其突出特点是含有丰富的复合碳水化合物及膳食纤维，同时早餐谷物食品即可强化许多微量元素，如维生素和矿物质，又可添加可可粉、糖粉、蜂蜜、麦芽糖等。
It is fast and nourishing food with given structure, such as granule shape, flake shape and animal shape. Its outstanding characteristic is containing abundant compound carbohydrate and meal fibre.
配以植物所需的氮、磷、钾和微量元素后，可成为多功能、高效的液体复合肥。
The nitrogen, phosphor, potassium and other trace elements added for necessary of plants, it can be multi-functional and efficient liquid compound fertilizer complex.
本发明为复合肥中微量元素的配制方法。
The invention relates to a preparation method of trace elements in compound fertilizers.
本试验研究了复合蛋白螯合铁、蛋白螯合锌、蛋白螯合锰、酵母硒取代部分无机微量元素对母猪生产性能、血清微量元素的含量以及相关激素的影响。
An experiment was conducted to determine the effect of compound proteinates replacing part inorganic minerals on the sow performance and the level of relevant serum indices.
本试验研究了复合蛋白螯合铁、蛋白螯合锌、蛋白螯合锰、酵母硒取代部分无机微量元素对母猪生产性能、血清微量元素的含量以及相关激素的影响。
An experiment was conducted to determine the effect of compound proteinates replacing part inorganic minerals on the sow performance and the level of relevant serum indices.
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