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- Elsholtzia fruticosa (D. Don) Rehd. 鸡骨柴
- Elsholtzia fruticosan. 鸡骨柴
- Elsholtzia ciliata (Thunb.) Hyland. 土香薷
- Study on the Germination of Seeds of Wild Flower Potentilla fruticosa L. 野生花卉金露梅种子萌发特性研究。
- The plant community dynamic change of Potentilla fruticosa shrubs under grazing and enclosure were studied. 摘要对放牧和封育条件下金露梅灌丛群落动态变化进行了研究。
- The main ingredient of this kind of medicinal material is extracted from elsholtzia. 这种药材的主要成份是从香薷里提取的吧!
- This paper reports an FTIR spectrum analysis of the stem,leaf,and the whole part of(Elsholtzia) rugulosa. 本文利用FTIR光谱法分析了野坝子的茎、叶及全草红外光谱图,对红外光谱的峰形进行了归属分析。
- Objective To study the identification of roots of Amorpha fruticosa L.and their confusion roots by UV Spectrometry. 目的研究用紫外光谱法鉴别紫穗槐根与其混淆品。
- The peroxide value of Elsholtzia rugulosa Hemsl seed oil is low in the storing process. 压榨法提取的野香苏油在贮存过程中过氧化值较低。
- Conclusion: Elsholtzia Cilita essential oil may be used in some concentration range is safe. 结论: 香薷精油在一定浓度范围内使用是安全的。
- The volatile oil from Elsholtzia rugulosa shows quite good antimicrobial activity against common bacteria. 香芝麻蒿挥发油对常见的细菌有较好的抑菌作用。
- Objective:To analyze the essential oil constituents extracted from the herb of Elsholtzia cillata. 目的:分析半边苏挥发油的化学成分。
- The experiments on soil and water conservation of Vetiverazizanioides and Amorpha fruticosa had finished at fixed sites and positions for four years. 通过4年连续的定点、定位试验研究,结果表明:香根草、紫穗槐生物埂保水能力在第3年后达到或超过次生植被的保水能力;
- The germinationrates of Elsholtzia ciliat a and Ther mopsis lanceolata showed positive correlationswithlight. 香薷、披针叶黄华的萌发率与光照呈正相关。
- A shrub (Amorpha fruticosa) of eastern North America, having compound leaves with numerous leaflets and long clusters of purplish flowers. 假木蓝:北美洲东部的(紫穗槐属紫穗槐)灌木,有由许多叶片组成的复合叶和长串的紫花
- Physico chemical properties and fatty acid composition of Elsholtzia Ciliata (Thunb.) Hyland seed oil were analyzed by GC. 为开发利用香薷籽资源,对香薷籽油物理化学性质和脂肪酸组成进行了分析测定。
- Methods The absorbance ratio of 19 roots from Amorpha fruticosa L.and 2 confusion roots were measured by UV spectrometry and used as the evidence of identification. 方法取紫穗槐根19个样品及其2个混淆品,用紫外光谱法测得吸收度比值作为鉴定的依据。
- Physico-chemical properties and fatty acid composition of Elsholtzia Ciliata (Thunb.) Hyland seed oil were analyzed by GC. 摘要为开发利用香薷籽资源,对香薷籽油物理化学性质和脂肪酸组成进行了分析测定。
- Dry weight of leaf from sandy soil was highest. [Conclusion] The germination rate of A. fruticosa was highest in sandy soil and its growth in forest soil was biggest. 叶的干重以沙地的最高。[结论]紫穗槐在沙土中的发芽率最高,在森林土中的生长量最大。
- The content of unsaturated fatty acid is 90.46%.The result may be helpful for the further development of Elsholtzia Ciliata (Thunb.) Hyland seed. 香薷籽油不饱和脂肪酸含量高达90.;46%25;是不饱和脂肪酸含量极高的植物油之一。