1) Maomaochang-Zhazichang
猫猫厂-榨子厂
1.
The paper summarized the geological cognition of the fomer reseachers on the ore-controlling structure,orebody occurrence characteristics and deep part ore prospecting perspective of the Maomaochang-Zhazichang lead-zinc deposit in Northwestern Guizhou.
阐述了前人对黔西北猫猫厂-榨子厂铅-锌矿床的控矿构造、矿体产出特征及深部找矿前景的地质认识。
2) the Maomaochang-Zhazichang Pb-Zn deposit
猫猫厂-榨子厂铅锌矿床
1.
This article has analyzed the potential for exploring mineral resources in depth of the Maomaochang-Zhazichang Pb-Zn deposit based on the ore-forming conditions of the Pb-Zn deposit,the vertical variation of the Pb-Zn mineralization,magmatic activities and geophysical features of the area,and the comparison of the same type o.
猫猫厂-榨子厂铅锌矿床位于黔西北铅锌矿集区中部,是矿集区内很具代表性的中型矿床。
3) Maomaochang in Guizhou
贵州猫猫厂
4) feline
[英]['fi:laɪn] [美]['filaɪn]
猫
1.
Corneal posterior lamellar reconstruction with feline bone marrow derived endothelial progenitor cells and cornea acellular matrix;
以猪角膜脱细胞基质为载体培养猫骨髓内皮祖细胞构建角膜后板层的实验研究
2.
A method for isolating and culturing in vitro feline islet cells;
猫胰岛细胞的分离纯化和培养
3.
Study on the Feline Calicivirus Infected Tiger;
老虎感染猫传染性鼻-结膜炎病毒的研究
5) Cats
[英][kæt] [美][kæt]
猫
1.
Study of N-acetylaspartate distribution in different cerebral regions with ~1H magnetic resonance spectroscopy after cerebral ischemia in cats;
猫脑缺血后氢谱N-乙酰天冬氨酸在各脑区分布特点的研究
2.
Study of ~1H-MR spectra and its pathologica bases in cats with focal cere bral ischemia;
猫局灶脑缺血区氢谱分析及其病理基础的研究
3.
ObjectiveTo observe the changes of artery diameters, cerebral blood flow and glutamate level in the early stage (2 h after the stimulus finished) of acute mechanical middle cerebral artery (MCA) vasospasm in cats.
目的观察猫大脑中动脉(MCA)受机械性刺激痉挛后早期(2h内)的血管直径、脑血流量和谷氨酸变化。
6) Cat
猫
1.
Different types of coexpression of BDNF, NGF and NT-3 mRNA and proteins in the left sixth lumbar dorsal root ganglion of cats;
BDNF,NGF和NT-3的mRNA和蛋白在猫左侧腰第六背根节共表达的不同方式(英文)
2.
Distribution of S100 protein and age-related changes of its expression in cat primary visual cortex;
S100蛋白在猫初级视皮层中分布及其年龄相关性变化
3.
Novel method for culturing cat’s corneal endothelial cells in vitro;
培养猫角膜内皮细胞的新方法——联合酶消化法
补充资料：经厂
见经厂本。
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参考词条