1) trace element fertilizer in rich silicon
富硅微肥
2) silicon fertilizer
硅肥
1.
Manufacture of silicon fertilizer:calcinations de-alkali and catalysis and gasification of alkali coal-cinders by using pulverized anthracite;
无烟粉煤催化气化碱渣煅烧脱碱制取硅肥
2.
Effects of calcium magnesium phosphate and silicon fertilizer on the growth and element uptake of pakchoi in cadmium, lead and zinc contaminated soil;
钙镁磷肥和硅肥对Cd、Pb、Zn污染土壤上小白菜生长和元素吸收的影响
3) silicon
[英]['sɪlɪkən] [美]['sɪlɪkən]
硅肥
1.
Effects of silicon and calcium application on the material characteristics of super hybrid rice;
硅肥和钙肥对超级杂交稻茎秆抗倒力学的影响
2.
Effects of silicon,boron and other trace elements on the physiological properties of lily were studied.
在施用氮磷钾肥基础上配施硅肥、硼肥等有益元素和微量元素,探讨其对百合生长的影响。
3.
Effects of different ways (applying silicon to soil and spraying to foliage)of silicon treatment and its rate on quality of Mengshan tea were studied with the tea cultured in pots.
通过盆栽试验研究硅肥的两种施用方法(土壤施用和叶面喷施)及其不同施用量对川西蒙山茶叶品质的影响。
4) Si fertilizer
硅肥
1.
The result showed: Using Si fertilizer at maize can promote leaf grow and improve constitution of leaf system, accelerate development of stems and strengthen the resistance to lodging, impel aerial root occur and enhance its absorbing capacity, promote the ear growth and raise number of grains, raise accumulated dry matter after spinning etc, obviously improve quality of population.
试验表明 ,玉米上施用硅肥具有促进叶片生长 ,改善叶系构成 ;促进茎秆发育 ,提高抗倒能力 ;促进气生根发生 ,增强吸收能力 ;促进果穗发育 ,增加粒数 ;提高吐丝后群体的干物质积累能力等作用 ,使群体质量得到明显改善 ,增产达 5 。
2.
The results were the following:Si fertilizer can significantly increase rice yield by significantly increasing of 1 000 grain weight,effective ears,seeds of per ear and solid seed percent ?The regression equation of Si fertilizer to yield is y=6953.
在大田条件下 ,应用随机组合设计方法 ,研究了石灰性草甸土壤施用硅肥对水稻产量及其构成因素的影响。
3.
However,the information on the relationship between Si fertilizer application and the availability of soil N was little.
两种硅肥对施入土壤中氮的去向均无明显影响。
5) Response of siliceous fertilization
硅肥肥效
6) liquid fertilizer of high selenium
富硒液肥
补充资料：螯合微肥
分子式：
CAS号：
性质：又称螯合微量元素肥料（chelate micro fertilizers），简称螯合微肥。用螯合剂与植物必需的微量元素（硼和钼除外）制成的肥料，如螯合锌、螯合铁、螯合锰、螯合铜等。螯合微量元素肥料比无机微量元素肥料好，在土壤中不易被固定，易溶于水，又不离解，能很好地被植物吸收利用。也可与其他固态或液态肥料混合施用而不发生化学反应，不降低任何肥料的肥效。但由于这种肥料价格昂贵，目前尚未广泛施用。可用的熬合剂有乙二胺四乙酸（EDTA）及其二钠盐、二乙三胺五乙酸（DTPA）、乙二胺二羟基苯乙酸（EDDHA）和羟乙基乙二胺三乙酸（HEDTA）等。腐殖酸中的黄腐酸也可与微量营养元互素螯合制成螯合微肥。由有机物络合微量营养元素而制成的有机微肥，虽然肥效不及螯合微肥，但价格便宜得多。如木质素磺酸锌、尿素铁络合物（三硝酸六尿素合铁）、黄腐酸二胺铁和环烷酸锌乳剂等。
CAS号：
性质：又称螯合微量元素肥料（chelate micro fertilizers），简称螯合微肥。用螯合剂与植物必需的微量元素（硼和钼除外）制成的肥料，如螯合锌、螯合铁、螯合锰、螯合铜等。螯合微量元素肥料比无机微量元素肥料好，在土壤中不易被固定，易溶于水，又不离解，能很好地被植物吸收利用。也可与其他固态或液态肥料混合施用而不发生化学反应，不降低任何肥料的肥效。但由于这种肥料价格昂贵，目前尚未广泛施用。可用的熬合剂有乙二胺四乙酸（EDTA）及其二钠盐、二乙三胺五乙酸（DTPA）、乙二胺二羟基苯乙酸（EDDHA）和羟乙基乙二胺三乙酸（HEDTA）等。腐殖酸中的黄腐酸也可与微量营养元互素螯合制成螯合微肥。由有机物络合微量营养元素而制成的有机微肥，虽然肥效不及螯合微肥，但价格便宜得多。如木质素磺酸锌、尿素铁络合物（三硝酸六尿素合铁）、黄腐酸二胺铁和环烷酸锌乳剂等。
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参考词条