1) Insoluble phosphates
难溶性磷源
2) Insoluble P
难溶磷源
1.
Genotypic Variation in P Utilization of Soybean(Glycine max L.)Grown in Various Insoluble P Sources;
大豆利用难溶磷源基因型差异(英文)
3) insoluble phosphate
难溶性磷
1.
Effects of municipal solid waste composting on solubilization of insoluble phosphate and soil phosphorus sorption characteristics;
垃圾堆肥对难溶性磷转化及土壤磷素吸附特性影响
2.
Study on the mechanism of transformation and utilization of insoluble phosphate by soil algae;
土壤藻类转化利用难溶性磷的机理研究
4) insoluble phosphorus
难溶性磷
1.
Mobilization and uptake of insoluble phosphorus by different common bean genotyes;
不同菜豆基因型根系对难溶性磷的活化吸收
2.
In order to increase the conversion efficiency of insoluble phosphorus in compost,a phosphorous dissolving condition was optimized for heat-resistant inorganic phosphorus strains(BL161) screened from high-temperature compost.
为提高堆肥中添加难溶性磷的转化效率,对筛选于高温堆肥中的耐高温解无机磷菌株(BL161)解磷条件进行优化研究。
5) insoluble p
难溶性磷
1.
Mobilization of insoluble phosphates by root exudates plays an important role in improving P nutrition of crops.
土壤大部分磷以难溶性磷形式存在,是影响作物生产的重要限制因素之一。
6) difficult dissolving phosphorus and potassium
难溶性磷钾
补充资料：难溶性磷肥
分子式：
分子量：
CAS号：
性质：见磷肥。
分子量：
CAS号：
性质：见磷肥。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条