1) tripterygium wilfordii
雷公腾
2) god of thunder
雷公
3) Leigongwu formation
雷公坞组
1.
A detailed geochemical analysis of major,trace and rare earth elements suggests that clastic rocks of Leigongwu Formation,Lower Sinian in southern Anhui derived from calc-alkaline volcanic are represented by JingtanFormation and deposited in a backarc basin.
系统的常量元素、微量元素和稀土元素地球化学分析表明,皖南下震旦统雷公坞组碎屑岩,属弧后盆地沉积。
4) Tripterygium wilfordii
雷公藤
1.
Study on the optimum extraction process of Tripterygium Wilfordii by orthogonal design;
正交设计优选雷公藤提取工艺
2.
Bioactivities of alkaloids extracted from Tripterygium wilfordii against the larvae of diamond-backed moth,Plutella xylostella;
雷公藤总生物碱对小菜蛾的生物活性
3.
Ceramides from tripterygium wilfordii;
雷公藤中神经酰胺类化合物的分离与结构鉴定
5) Leigong Mountain
雷公山
1.
Exloring Scene Planning and Experiencing Design——Taking Leigong Mountain Forest Park Planning as an Example;
情景规划与体验设计探讨——以雷公山森林公园规划为例
2.
The characteristics of the Leigong Mountain s tourism resource and conception of it s exploitation;
雷公山旅游资源的特点与开发构想
3.
By researching and analyzing the precipitation of chemical property of Leigong Mountains Nature Reserve located in Southwest China from 2003 to 2004 years,we find that the precipitation .
本文初步分析了中国西南部偏远地区—雷公山国家级自然保护区2003-2004年大气降水的化学性质,发现雷公山区域2003-2004年的降水酸性较强,降水中Ca2+、NH4+、SO42-、NO3-是主要的阴阳离子组分,属硫酸型酸雨;降水各化学组分冬季浓度最高、夏季浓度最低;酸性污染物来自中远距离传输,雷公山降水中碱性物质较少,是降水呈酸性主要原因。
6) Leigongshan
雷公山
1.
Present Status and Tactics for Development or Leigongshan Nature Reserve in Guizhou Province;
贵州省雷公山自然保护区发展现状及其对策
2.
The Leigongshan Early Paleozoic deformation zone was developed in a low-grade sericite slate,where a lot of pyrite strain shadows has been identified.
贵州雷公山地区早古生代变形带发育于低绿片岩相绢云板岩、(含)粉砂质绢云板岩、(含)凝灰质绢云板岩为主的岩石中,带内发育大量黄铁矿应变影构造。
参考词条
补充资料:雷公腾属
属名TripterygiumHook.雷公藤属
所属科卫矛科
分布量世界:4种;中国:4种
引种状况非引种
卫矛科其他属
属名Gymnosporia
描述Gymnosporia(WightetArn.)Benth.etHook.f=MaytenusMolina,卫矛科。
所属科卫矛科
分布量世界:0种;中国:0种
引种状况非引种
说明:补充资料仅用于学习参考,请勿用于其它任何用途。