1) Kekeya
柯克亚地区
1.
The oil cracked gas has been identified in Kekeya region based on the geochemical characteristics of oil and gas.
对柯克亚地区原油和天然气的地球化学特征分析表明:原油和天然气的成熟度相对较高,均处于裂解气的成熟阶段;原油中存在着丰富的金刚烷,缺少含氮化合物,与在国外发现的裂解气共生的原油有相似之处;随着油层深度的增加,天然气中甲烷的含量依次增多。
2) Kekeya
柯克亚
1.
Evaluation Method for Small Oil Ring Reserves and Development Measures-an example from Kekeya oilfield;
小油环储量评价方法及开发对策——以柯克亚油田为例
2.
Determination of Gas-Water Boundary in Gas Reservoir Using Dim Spot Technique-an example of Kekeya E_2k gas reservoir;
利用暗点技术确定气藏气水界面——以柯克亚E_2k气藏为例
3.
Study on Sedimentary Facies and Reservior Characteristics of the Kalataer Formation of Paleogene in Kekeya and Its Adjacent Area, Tarim Basin;
塔里木盆地柯克亚及邻区下第三系卡拉塔尔组沉积相及储层特征研究
3) Kokyar
柯克亚
1.
According to the distribution of n-alkane and the characteristics of biomarkers,there exist 5 types of crude in Kokyar oil reservoir,including original-state oil,residual oil from fractionation through migration,condensate and light oils from evaporation and retrograde condensation,residual crude from gas washing,and crude with wax crystallization.
根据原油中正构烷烃的分布和生物标志物特征 ,柯克亚油藏存在着 5种原油类型 ,即第一类基态原油、第二类运移分馏残余油、第三类蒸发 -反凝析形成的凝析油和轻质油、第四类气洗残余原油及第五类发生晶析作用的原油。
2.
An apatite fission track investigation was carried out from the Cenozoic (N) sandstones along Kokyar section in the western Kunlun foreland basin.
西昆仑山前柯克亚剖面厚度约7 000 m,通过对该剖面4个样品的磷灰石裂变径迹特征进行的详细分析,按地层厚度计算,样品埋深应为3 000~5 000 m,按古地温梯度计算埋深温度至少为60℃,进入磷灰石裂变径迹的退火带温度。
4) Hitchcock
希区柯克
1.
Beyond the Suspense and Thrill:A General View to Hitchcock Classic Films through "Rear Window";
不只是悬念与惊悚——从《后窗》管窥希区柯克的经典老片
2.
The Arcanum of Hitchcock-On Suspense;
希区柯克的奥秘—论悬念
5) Alfred Hitchcock (1899～1980)
希区柯克，A.
6) Kokyar Gas Field
柯克亚气田
1.
The Geochemical Characteristics and Origin of Gas and Condensate Oil in Kokyar Gas Field, Tarim Basin;
柯克亚气田的油气成因复杂,对原油和可能烃源岩的分子标志物特征进行了剖析,在凝析油中检测到3-甲基甾烷,不含4-甲基甾烷,富含重排藿烷和C30-未知萜烷,表明油源主要来自于二叠系源岩。
补充资料：希隆斯克地区谢米亚诺维采
希隆斯克地区谢米亚诺维采
旧译“谢米亚诺维采·希隆斯凯”。波兰南部卡托维兹省城市。卡托维兹北郊的卫星城镇（相距5公里）。人口7.8万（1982）。上西里西亚的重要采煤中心。钢铁、炼锌、电子和煤炭化学工业也很发达。
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