GOC

The oil and gas coordinated development is another approach to control the GOC effectively .

对油气界面进行有效控制的另一种方法即是油气协调开发。

In the GOC process , high liquid yield could be achieved at a low temperature ;

十氢萘GOC反应在较低温度下即可获得较高的液体收率；

Advices on Improving Evaluation Plan of GOC Training

改进GOC培训考试评估方式的若干建议

Benzene was largely partially oxidized by oxygen into CO in GOC .

在苯的GOC反应中，氧气主要参与烃的部分氧化反应生成CO。

The original and dynamic chances of GOC and WOC are determined by static state and dynamic method .

文章采用静态和动态的方法确定原始油气、油水界面和其动态变化规律。

At lower temperature , GOC process of decane is more suitable for producing liquid compounds , as well as low alkenes .

于热裂解反应相比，低温下正癸烷的GOC反应更适合制备液体组分，同时联产低碳烯烃。

The dynamic position of GOC and WOC can be determined by the production data or the fluid contacts in observation wells .

利用油井的生产资料或观察井中的流体界面变化情况来确定油气、油水界面的动态位置。

Aim at the problem of gas coning and oil coming into gas cap , water flooding barrier on GOC is used to solve to them .

针对油气界面变化带来的气窜和油侵气顶的问题，常用在油气界面处注水障的方法来解决。

The gas phase oxidative cracking ( GOC ) processes of decalin and cyclohexane were investigated by using the quartz tube reactor at atmospheric pressure .

采用石英管反应器，在常压下研究了十氢萘和环己烷的气相氧化裂解（GOC）过程。

It had been demonstrated by our experiments that higher conversion of hydrocarbons and yield of light alkenes could be obtained in the GOC of various hydrocarbons than those in the pyrolysis .

不同原料烃的气相氧化裂解实验表明，与热裂解相比，气相氧化裂解在较低温度下就具有很高的烷烃转化率和高的烯烃收率；

Apart from light alkenes , CO prevailed in the produced COX while the selectivity to CO2 was always below 1 % , so the efficient utilization of carbon resources in the GOC process is high .

气相氧化裂解是一个高碳资源利用率的生产过程，除低碳烯烃外，其产物中的COx主要为CO，而CO2的选择性低于1%。

Due to the considerable CO in the products , the GOC process would be fit for offering raw materials to such process as hydroformylation , which demands for a mixture of light alkenes and CO instead of pure light alkenes .

由于产物中相当量CO的存在，气相氧化裂解过程不适合生产纯的低碳烯烃，更适合为诸如加氢甲酰化等同时需要CO和低碳烯烃的过程提供原料。

Emphases were put on the co-production of light alkenes and CO by the gas phase oxidative cracking ( GOC ) of above hydrocarbons and the oxidative cracking of hexane with the addition of hydrogen over platinum based catalysts .

侧重对不同烷烃经气相氧化裂解（GOC）制低碳烯烃并联产一氧化碳过程及铂基催化剂催化的正己烷临氢氧化裂解催化过程进行了研究。

This paper presents derivation of anisotropic quasi perfectly matched layers absorbing boundary condition in generalized orthogonal coordinates ( GOC ) . The anisotropic quasi perfectly matched layers absorbing media in rectangular coordinates , cylindrical coordinates and conformal mapping cylinder coordinates are given in this paper .

本文推导出了广义正交坐标系下的各向异性准完全匹配吸收层（QPML）边界条件，给出了直角坐标、圆柱坐标、保角变换柱形坐标的各向异性准完全匹配吸收媒质。