稠油

Based on GC and GC-MS analyses, the geochemical characteristics of these typical deep viscous oils are listed as follows:(1) strong preference of even n-alkanes over odd n-alkanes;(2) strong preference of phytane over pristane, i. e. Pr/Ph ratio＜＜1;(3) high abundance of gammacerane relative to C〓hopanes;(4) much more amounts of C〓 pentakishomohopanes than C〓 tetrakishomohopanes and even C〓 trishomohopanes.

罗家—垦西地区稠油饱和烃色谱、色谱-质谱分析结果展示：(1)正构烷烃具有明显的偶奇优势；(2)类异戊二烯烷烃具有较强的植烷优势，姥姣烷/植烷比值远小于1；(3)伽玛蜡烷相对含量(相对于C30藿烷)普遍很高；(4)C35升藿烷明显高于C34、甚至C33升藿烷；表现出膏盐湖相生物标志物的组成特征。

Finite difference method for solving mathematical models, and through examples of well calculated and analyzed for heavy oil well electric heating rod pump production program designed to provide scientific basis.

有限差分法求解数学模型，并通过实例井计算分析，为稠油有杆泵电加热井生产方案设计提供科学依据。

We consigns us to develop a kind of reducing viscosity agent and takes charge its production and application.

为改善这些区块的开发效果，我们进行了稠油降粘剂配方研制工作，并负责产品的生产与应用。

According to the working conditions of the cutting lubricating coolant used in stone processing,through the evaluations on the base oil, emulsifier and anti-wear agent,a specialized emulsifying oil for stone processing coolant is developed by making use of the resources of naphthenic thick crude from Karamay.

根据石材加工使用的切削润滑冷却液工作要求，利用克拉玛依独特的环烷基稠油资源，通过对基础油、乳化剂、抗磨剂等评选，开发研制出专用石材加工冷却液乳化油，并自行制定相应的产品技术指标。

Analysis showed that the field injection technique of thermochemical system is feasible, the heat-generating rate and the position of "thermal spike" can be controlled and the thermochemical system is unharmful to the formation.

分析认为现场热化学体系注入工艺可行、放热反应速度与"热峰"位置可控、对地层无伤害，热化学生热提温促进稠油就地水热裂解降粘具有可行性，具体应用时应深入分析热化学就地生热提温的影响因素并优化相关操作参数。

It is a stimulation method of oil field, using appropriative membrane separation device to separate nitrogen from the air.

它是利用专用的膜分离制氮注氮装置把空气中的氮气分离出来，针对稠油、稀油、气田等不同的油气藏特点，不同的开采方式采用不同的注氮工艺技术来达到油田增产的目的。

Heavy oil; autogenetic; foam system; viscosity reduction;physical simulation experiment; displacement mechanism;enhanced oil recovery

稠油；自生泡沫体系；降粘；物理模拟实验；驱油机理；提高采收率

The macrographic investigation and the analyses on chemical composition, metallography and mechanical property at normal temperature of the damaged tube material of thermal recovery steam-injection boiler used for heavy oil recovery were carried out.

对稠油开采设备热采注汽锅炉破损炉管的材料进行了宏观检查、化学成分分析、金相分析、常温力学性能分析，并检测了给水水质，探讨了锅炉炉管在当前条件下的腐蚀机理。

This thesis investigated the influence of the structure of LHTO on thermalcracking reaction by using elemental analysis,NMR,GPC,Quinoline-lnsolubles analysis and micropolariscope .

本文利用元素分析、核磁共振波谱分析、相对分子质量分布分析、喹啉不溶物分析和偏光显微镜测试等试验方法研究了辽河稠油的组成结构特点对热转化反应过程的影响。

Low oil?steam ratio and high water cut occurred after multicycle huff and puff in heavy oil block.

稠油区块经过多轮次蒸汽吞吐之后出现油汽比低、含水高的问题。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。