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- Based on 2-D-optimum orthogonal design and model analysis, the effect of phosphorus was stronger than that of nitrogen on the seed yield of Phleum pratense L. 摘要采用二因素D-饱和最优设计方案，建立回归模型并进行效应解析后表明，磷对猫尾草种子产量的影响大于氮；
- Phleum pratense L. [医] 梯牧草，猫尾草
- Based on 2-D-optimum orthogonal design field experiment in the jointing-heading period of Phleum pratense L. , the results show that potassium content is the most productive on the seed yield, phosphorus comes next and nitrogen the least. 摘要采用二因素D-饱和最优设计，通过猫尾草拔节－抽穗期的根氮、磷、钾和茎叶氮、磷、钾的含量对其种子产量和产量因子进行灰关联熵分析。
- Phleum pratense variety seed yield and adaptability 猫尾草不同品种的种子产量和适应性评价
- The Cultivation and Production of Phleum pratense in China 我国猫尾草引种栽培与猫尾草产业之梗概
- Hay yield and adaptability of different Phleum pratense varieties 猫尾草不同品种的草产量和适应性评价
- Initial discussion on the planting and management of Phleum pratense 猫尾草的栽培管理初探
- Effect of interaction of nitrogen and phosphorus on Phleum pratense L. Seed yield 氮磷肥互作对猫尾草种子产量的效应
- Grey relation entropy analysis of nitrogen, phosphorus and potassium contents in Phleum pratense L. With seed yield and its components 猫尾草氮磷钾含量与种子产量及产量因子的灰关联熵分析
- Phleum pratensen. 梯牧草
- Phleum pratense L 猫尾草
- Timothy ( Phleum pratense L. ) 猫尾草
- They are Equisetum arvense,E. pratense,E. 、草问荆(E.;pratenseEhrhart)、林问荆(E
- Total flavonoids from Trifolium pratense L. 红车轴草总黄酮
- Het is Tibetaanse monniken verboden om met buitenlanders te praten. 藏族僧人是不允许和外国人说话的。
- Any of several grasses of the genus Phleum, especially P. pratense, native to Eurasia, and P. alpinum, of North America, having a dense cylindrical inflorescence of compressed, one-flowered spikelets and widely cultivated for hay. 梯牧草各种梯木草属草本植物，尤指产于欧亚的梯牧草和产于北美的高山梯牧草，有一个浓密圆锥状花序，紧缩的单花小穗，大量种植用作干草
- In this paper, the chemical constituents and quality of Trifolium pratense L. 本论文对红车轴草和川续断的化学成分及质量进行了系统的研究。
- Conclusion Trifolium Pratense should be harvest in the initial flowering stage. 结论建议红车轴草在初花期时采收。
- Objective To identify the optimal harvest time for maximal contents of isoflavones in Trifolium Pratense. 目的为确定红车轴草最佳采收期提供依据。
- Trifolium pratense isoflavone was extracted with the technique of ultrasonic wave. 对利用超声波提取红三叶异黄酮的工艺进行了研究。
