1) TACOT
塔柯特
2) Kalpintag
柯坪塔格
1.
The Kalpintag nappe is located at the southwestern foot of the Tianshan Mountains,consisting of several rows of NE-to EW-trending fold-reverse fault zones.
柯坪塔格推覆体位于天山西南麓,由多排NEE—EW向的褶皱-逆断裂带组成。
2.
Based on a lot of outcrop geological surveys, we discussed the thrust fault belt in the front of the east section of Kalpintag in Kalpin area and found many evidences, including the fault incising the surface of diluvium and fluvial channel sediments and terraces, and also the fracture and subsection character of the faults.
柯坪塔格前缘断裂东段是柯坪推覆构造系前缘的一条活动断裂,野外调查获得了其晚第四纪错断洪积扇、冲沟阶地面的证据,实测了变形地貌面上的断层陡坎,分析了断层的形变量,通过采样测年估算了断层的缩短速率。
3.
This paper tries to discuss paleoearthuakes along the east section of the range front fault of Kalpintag during late Quaternary by doing field investigation along the fault, measuring geomorphic deformation and excavating trenches in some important sites where young alluvial fans were displaced obviously.
文中试图通过对柯坪推覆构造区的影像解译和野外观察、断错地貌的实测和探槽开挖,探讨柯坪塔格山前断裂东段晚第四纪以来的古地震活动。
3) tacamahaca
['tækəməhækə]
塔柯胶
4) Kepingtage Formation
柯坪塔格组
1.
Sedimentary characteristics and pool distribution in the Silurian Kepingtage Formation of Tazhong area;
塔中地区志留系柯坪塔格组沉积特征与油气分布
2.
Trace Fossils in the Silurian Kepingtage Formation in the Kalpin Area,Xijiang;
新疆柯坪地区志留系柯坪塔格组的遗迹化石
3.
Sedimentary Characteristics of Silurian Kepingtage Formation,Tahe Area
塔河地区志留系柯坪塔格组沉积特征
5) Kelumute
柯鲁木特
1.
#228 vein of the Kelumute lithium-tantalum-niobium deposit is rich in lithium, tantalum and niobium and large in scale according to the result of the reconnaissance survey.
通过对柯鲁木特锂-钽-铌矿床228号矿脉的普查,发现该矿脉锂、钽、铌的含量较高,矿脉规模大。
6) Cortese method
柯特斯法
1.
Two methods (Bondi Mueller method and Cortese method )which need not ethyl chloroformate as material or reagent for the synthesis of sodium taurocholate are selected for comparative studies,and the technical conditions,purity and yield of products related to the two methods are compared.
选择无需用氯甲酸乙酯作原料的邦迪 缪勒法和柯特斯法进行牛磺胆酸钠的合成研究。
补充资料：塔柯特
分子式：
CAS号：
性质：学名四硝基二苯并-1,3a，4，6a-四氮杂戊搭烯(tetranitrodibenzo-1,3a，4，6a-tetrazapentalene)。是一种耐热炸药。橙黄色结晶。溶于热二甲基亚砜和95％浓硝酸，稍溶于硝基苯和二甲基甲酰胺，不溶于水和大多数有机溶剂。密度1.85g/cm3。熔点410℃。爆发点419℃(5s)。爆速7.25km/s(密度1.64g/cm3时)。做功能力96％(TNT当量)。撞击感度64％(5kg，94cm)。在316℃下长期加热不发生爆炸，378℃才开始分解。从硝酸硝化二苯并四氮杂戊搭烯制得。用作耐热炸药，适用于导弹、火箭与空间器件的装药与高温爆破工程。
CAS号：
性质：学名四硝基二苯并-1,3a，4，6a-四氮杂戊搭烯(tetranitrodibenzo-1,3a，4，6a-tetrazapentalene)。是一种耐热炸药。橙黄色结晶。溶于热二甲基亚砜和95％浓硝酸，稍溶于硝基苯和二甲基甲酰胺，不溶于水和大多数有机溶剂。密度1.85g/cm3。熔点410℃。爆发点419℃(5s)。爆速7.25km/s(密度1.64g/cm3时)。做功能力96％(TNT当量)。撞击感度64％(5kg，94cm)。在316℃下长期加热不发生爆炸，378℃才开始分解。从硝酸硝化二苯并四氮杂戊搭烯制得。用作耐热炸药，适用于导弹、火箭与空间器件的装药与高温爆破工程。
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