1.
Effect of contents of imperatorin and isoimperatorin in Jiuweiqianghuo Granule processed by different preparation
不同工艺对九味羌活颗粒中欧前胡素及异欧前胡素含量的影响
2.
Comparative studies on photosynthetic characteristics of Notopterygium incisum and N.forbesii
羌活与宽叶羌活光合特性的比较研究
3.
The Qiang originally lived along the middle and upper reaches of the Yellow River.
羌人，最初活动于黄河中上游地区。
4.
A Glance at the Farming Activities by the Ancient Qiang and Rong Nationalities from Shi Jing(Classic of Poetry) ·Hebdomad;
从《诗经·七月》看古代羌戎族的农事活动
5.
Extraction of Notopterygium forbesii by surercritical CO_2 extraction
宽叶羌活超临界CO_2流体萃取工艺研究
6.
Neotectonic activities in the Qiangtang Basin and their geological and environmental effects
羌塘盆地新构造活动与环境地质效应
7.
Effect of Different Inter-planting Crops on Growth of Notopterygium forbesii de Boiss
不同套种作物对宽叶羌活生长的影响
8.
Disease survey and pathogen identification on Notopterygium incisum in Gansu province
甘肃省羌活病害种类调查及病原鉴定
9.
Analysis on habitat suitability of Notopterygium forbesii in China and its nummerical division
宽叶羌活适生地分析及数值区划研究
10.
Study on copper oscillation system perturbed by herbal medicine
独活、羌活参与铜振荡体系的动力学行为
11.
Rethinking the Formation and Development of Tibetan and Qiang Culture in the International Tourist Zone of Great Jiuzhai;
对大九寨国际旅游区藏羌文化形成和发展的再认识
12.
Study on the Planning and Design of Di Qiang Folk Village
氐羌民俗村规划设计研究——以略阳县九中金民俗村规划设计为例
13.
The Qiangzu people is a strong and powerful one living along the middle and upper reaches of the Yello River.
羌族是活动于黄河中、上游的一个强大民族。
14.
Studies on the Chemical Constituents of Senecio Dianthus, Ligusticum Chuanxiong and Notopterygium Forbesii;
双花千里光、川芎及宽叶羌活的化学成分研究
15.
Study on Ecological Characteristic and Effect of Fertilization on Yield and Quality of Notopterygium Franchetii;
羌活生态特性及施肥对其产质量影响的研究
16.
Extracting Isoimperatorin from Notoptergium Incisum by HPLC;
HPLC法测定羌活提取物中异欧前胡素的含量
17.
On The Xiongnu and Qiang People s Activities in Lanzhou Area During The Eastern And Western Han Dynasties;
两汉时期匈奴和羌在今兰州地区的活动述论
18.
Study tmperature impact of active component of Notopterygium during Ultrafine grinding
超微粉碎过程温度对羌活有效成分影响的考察