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1)  PMF
光合微肥
1.
Physiological Effects of Adjuvant Bond and PMF on Winter Wheat;
辅剂Bond与光合微肥对冬小麦生理效应的研究
2.
EFFECTS OF ADJUVANTS LI-700, BOND AND PMF. ON THE GROWTH ANDYIELD OF WINTER WHEAT;
辅剂Bond、LI—700与光合微肥(PMF)对冬小麦生长及产量构成的影响
2)  compound micro-fertilizer
复合微肥
1.
According to the study of determination of molybdenum in compound micro-fertilizer by means of mix indicator technique, it was found that change of terminal colour of titration is clear.
研究了混合指示剂法对复合微肥中钼的测定 ,测定终点颜色变化明显 。
3)  compound micronutrient
复合微肥
1.
Pot culture experiments show that compound fertilizer combined with compound micronutrient, such trace elements as sulfuric acid zinc, and so on, can obviously promote the growth of the plant and increase the production of the seed fruit, but compound fertilizer combined with rare earth can only give slight effect.
采用盆栽试验研究了复合肥与微量元素配施对玉米产品和品质的影响,结果表明:复合肥配施复合微肥、硫酸锌等微量元素能明显促进植株的生长发育,增加籽实产量;但与稀土配施对植株的生长发育及籽实产量无明显影响。
2.
The formula using compound fertilizer of nitrogen, phosphorus and potassium and compound micronutrient has best effect.
盆栽试验结果表明:在此土壤条件下,施钾和微量元素对根系的发育有促进作用,有效地防止早衰,使其活秆成熟;硫酸锌和稀土对植株的生长无促进作用,三元素复合肥配施复合微肥效果最好;钾能促进氮从根系往植株体运输,稀土不利于氮素向籽实转移,锌和复合微肥对氮的吸收无明显作用;各种微量元素对磷的吸收无明显影响;氮磷肥有助于钾的吸收和运输;ZnSO4和稀土可能延迟钾的吸收,随着生育时期的延迟,植株和根系的含钾量随之降低。
4)  chelate fertilizers
螯合微肥
5)  HLS
合肥光源
1.
Application of Frequency Map Analysis to HLS GPLS Mode;
Frequency Map分析在合肥光源GPLS上的应用
2.
Longitudinal impedance calculation of coated ceramic vacuum chamber at HLS;
合肥光源镀膜陶瓷真空室纵向阻抗计算
3.
VXI based beam measurement system in HLS;
合肥光源基于VXI总线的束流测量系统
6)  photosynthetic bacterial fertilizer
光合菌肥
1.
The effect of different concentrations of urea and photosynthetic bacterial fertilizer on growth and quality of Chinese chive was studied.
以"791"韭菜品种为试材,研究了尿素和光合菌肥不同配施对韭菜生长发育和品质的影响。
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。

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