1) Hongshangou Formation
红山沟组
2) Hongliugou Formation
红柳沟组
3) Hongxiugou formation
红锈沟组
1.
Study with regional tectonic,local tectonic and sedimentary environment of coal bearing stratum,the article gives a simple analysis of the coal-accumulating laws of Hongxiugou formation and explains the volcanic activities\' influence to coal property.
本文从区域构造、区内构造及含煤地层沉积环境方面入手,对红锈沟盆地北部含煤地层红锈沟组聚煤规律特征进行简要分析,并阐述了火山喷发活动对煤质的影响。
2.
By analyzing the coalbed physical property,chemical property,characteristics of coal and rock,harm elements and process est,technic data of Hongxiugou Group in Hongxiugou basin under cretaceous,explains the coal characteristics of Hongxiugou formation in northern coal-bearing seam of Hongxiugou basin.
通过分析红锈沟盆地白垩系下统红锈沟组煤层物理性质、化学性质、煤岩特征、有害元素、工艺性能等数据,阐述红锈沟盆地北部含煤地层红锈沟组煤层煤质特征。
4) Jiashangou Formation
夹山沟组
5) Section camellia
红山茶组
1.
Phylogenetic Study on Section Camellia Based on ITS Sequences Data;
基于ITS序列的红山茶组植物系统发育关系的研究
2.
The results indicated that 29 species of Section Camellia should be grouped under four clusters, that is, Subsect.
以山茶属29种红山茶组植物叶片为材料抽提DNA,利用筛选出的23种随机引物对其进行PCR扩增,将扩增出的谱带转化成0-1型数据,用UPGMA法进行相关分析和聚类分析。
3.
Section Camellia, belonged to the genus Camellia, is distributed in Japan, eastern and soutern parts of China.
研究了金沙江中游地区红山茶组植物的ＧｉｅｍｓａＣ－带。
6) Sect. Camellia
红山茶组
1.
Studies of the Cross-Compatibility within Sect. Camellia And its Influencing Factors;
山茶属红山茶组内杂交亲和性及其影响因子
2.
Research on Phylogenesis of Sect. Camellia in the Genus Camellia;
山茶属红山茶组植物系统学研究
补充资料：山沟
1.山谷。
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