1) Tibet mineral medicine
矿物藏药
1.
In this paper,the history,classification,effect,prepare technology of Tibet mineral medicine have been discussed.
矿物药是传统藏药学和藏医药文化中不可或缺的一部分,本文对传统矿物藏药的历史、分类、功效、及其特殊炮制工艺做出分析,并指出它们是我国非物质文化遗产的重要内容,亟须保护与传承。
2) Tibetan medicinal plants
藏药植物
1.
Based on the medicobotsny field survey of the authors to Tibetan medicinal plants in Lasa,Linzhi and Shannan, Tibetan native medicine resources characters,the status of endangered resources,current situation of the researches on the planting and its techniques were discussed in this article.
结合对西藏拉萨、林芝、山南等地藏药植物资源的考察和藏药材人工种植情况的调查,对西藏藏药植物的资源特点、濒危状况、藏药材人工种植现状和种植技术研究进展进行了论述。
2.
The results showed that there were 233 species,149 genera,59 families of Tibetan medicinal plants in total in this area,and they accounted for 32.
对西藏米拉山区的藏药植物资源进行了调查。
3) Traditional Tibetan medicine plant
藏药植物
1.
Investigation of the traditional Tibetan medicine plant resource of the Artemisia in the Eastern of Qinghai-Tibet Plateau
青藏高原东缘蒿属藏药植物资源调查
2.
Investigation of traditional Tibetan medicine plant resource of Astragalus in the Eastern of Qinghai-Tibet Plateau
青藏高原东缘黄芪属藏药植物资源调查
3.
And some suggestions about traditional Tibetan medicine plant resource exploitation and utilization were presented.
青藏高原东缘生态环境复杂,植物种类多样,蓼科藏药植物资源丰富,据初步统计,共有6属15种。
4) reservoir mineral
油藏矿物
1.
Effect of molecular deposition film oil displacement agent on the wettability of reservoir minerals;
分子沉积膜驱剂对油藏矿物润湿性的影响
2.
Enhance viscosity reduction of heavy oil by using reservoir minerals and chemical agents in aquathermolysis;
油藏矿物和化学剂强化稠油水热裂解降黏研究
3.
Reservoir minerals can catalyze the aquathermolysis of heavy oil,the reduction rate was doubled by the action of reservoir minerals.
采用辽河稠油,通过室内实验研究了高温水蒸汽作用下油藏矿物及化学剂环烷酸镍和甲酸对稠油性质的影响。
5) Mineral medicine
矿物药
1.
The speciation analysis is responsible for the pharmacological characteristics, toxicity and safety evaluation of mineral medicine.
综述了自然界、特别是人体内汞的存在形态，讨论了汞形态分析中样品的预处理、分离富集、分析方法的研究现状和进展，指出了汞形态分析所面临的问题，对矿物药的药效研究及毒性和安全性评价具有一定指导意
2.
The determination of soluble As(Ⅲ) and As (Ⅴ) from mineral medicines realgar and orpiment in artificial gastric juice by ion chromatography is described.
离子色谱法测定了矿物药雄黄、雌黄在盐酸配制的人工胃液中可溶性砷（Ⅲ）和砷（Ⅴ）。
3.
Having referred to and analyzed several recent references on mineral medicine——magnetic stone,we summarize .
矿物药是传统中药三大门类之一。
6) Mineral drug
矿物药
1.
Based on the nature and flavour of mineral drugs and the chemical elements dissolved from them, mineral drug patterns can established.
以溶出成分化学元素种类为特征，以性、味为类别标记构成矿物药模式，用ID3方法分别对不同的矿物药模式集做自适应模式识别。
补充资料：藏药
分子式：
CAS号：
性质：又称一枝蒿碱。本品为固体，熔点57～60℃。在浴温为140℃时，可在高真空下进行蒸馏。具有强碱性，pK值为12.2。其盐酸盐为扁平针状结晶（稀乙醇），熔点311～312℃（分解），旋光度+28°。存在于毛茛科植物雪上一枝蒿（铁棒锤）（Aconitum anthora L.）的根，异叶乌头（A.heterophyllum Wall.）。也可经合成法制得其外消旋体再经拆分得到。有解热作用，可作为退热药。
CAS号：
性质：又称一枝蒿碱。本品为固体，熔点57～60℃。在浴温为140℃时，可在高真空下进行蒸馏。具有强碱性，pK值为12.2。其盐酸盐为扁平针状结晶（稀乙醇），熔点311～312℃（分解），旋光度+28°。存在于毛茛科植物雪上一枝蒿（铁棒锤）（Aconitum anthora L.）的根，异叶乌头（A.heterophyllum Wall.）。也可经合成法制得其外消旋体再经拆分得到。有解热作用，可作为退热药。
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