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1)  fuzzzy comprehensive evaluation
石油地质风险
2)  petroleum risk
石油风险
1.
Based on above analysis,puts forward some effective measures,including establishing risk early-warning system on this foundation,strengthening the explore of resources at home and abroad,building the petroleum lays to separate the petroleum risk and strengthening the macro view management which works to moderate and the stanza oil to guarantee the safety of nation petroleum.
分析了近年来国际油价上涨的原因及对中国经济的影响,提出了建立风险预警系统、强化国内外资源勘探开发、建立石油储备、加强对节油工作的宏观管理与协调等应对措施,以化解石油风险,保障国家石油安全。
3)  geological risk
地质风险
1.
A portfolio optimization model for petroleum exploration projects with consideration of geological risk;
考虑地质风险的勘探项目投资组合优化模型
2.
In the models of geological risk for the lithological trap,the appraisal parameters are classified into three levels or aspects i.
依据对油气勘探理论和圈闭概念的理解和认识,认为在建立岩性圈闭地质模型时,对岩性圈闭的地质风险评价应分3个层次进行,即圈闭的成藏环境、圈闭自身的成藏条件和圈闭可靠性的评价,从而得到圈闭的含油气性系数或圈闭的地质风险系数。
3.
The basic principle and its relevant mathematics models of geological risk probability method, fuzzy set comprehensive assessment method and minimum economic reserves size are introduced systematically in this .
本文系统地介绍了地质风险概率法、模糊集合综合评判法和最小经济储量规模法的基本原理及相关数学模型 ,并结合实例分析 ,对油气资源的地质风险和经济风险进行研究 ,以优选勘探目标 ,提高勘探成功率。
4)  geologic risk
地质风险
1.
The reservoir characteristics and geologic risk evaluation of the Jiyang downwarp stratigraphic trap;
济阳坳陷地层圈闭成藏特征及地质风险评价
2.
They possess similar structural and sedimentary features and similar geologic features for lithologic reservoir,and this is the basic factor to establish common method and criteria of analyzing geologic risk for mithologic trap.
中国石化东部的济阳坳陷、东濮凹陷、南泌凹陷、苏北盆地、江汉盆地等,均为中新生界陆相断陷含油气盆地,具备相似的构造沉积特征和岩性油藏地质特征,具有建立统一的岩性圈闭地质风险评价方法和评价标准的地质基础。
3.
Considering geologic risk and fund efficiency,this model takes the expected.
该模型在综合考虑地质风险与资金效率的基础上,引入期望净现值和期望净现值比率作为圈闭优选指标,实现了单圈闭评价、无资金限制和资金限制条件下的圈闭优选。
5)  geology risk
地质风险
1.
Exploration geology risk evaluation in mature exploration area-taking Jiyang Depression as an example;
成熟探区勘探地质风险评价——以济阳坳陷为例
2.
Therefore,when the geology risk assessment is done,the geology risk index as effective thickness,porosity,permeability,abundance,exploration maturity,heterogeneity,exploration success ratio and gas combination are selected.
为此,在对地质风险评价时,选取了有效厚度、孔隙度、渗透率、丰度、勘探成熟度、非均值性、勘探成功率、含气组合等8个地质风险指标,以某油田某地区的7个井区为例,结合地质风险评价的特点,运用灰色聚类法对其进行地质风险综合评价研究,使以各个区块为单元的未动用储量的优劣得以量化表现。
3.
This method can not only evaluate the geology risk but also evaluate the economic risk.
介绍的风险评估方法以海上边际油田风险评价数学模型为基础,能够将地质风险评估和经济风险评估有机的结合起来。
6)  petroleum geology
石油地质
1.
Lithofacies paleogeography and petroleum geology of the Silurian in Yangtze area;
扬子地区志留纪岩相古地理与石油地质条件研究
2.
The Problems of the Standard in Petroleum Geology and Exploitation;
谈石油地质和开发行业标准中的问题
3.
Through field investigation of petroleum geology and sample analysis, as well as combinating the new information attained in recent years, the petroleum geological conditions of Jurassic and Cretaceous strata in Jianchang—Kazuo basin were recognized and evaluated.
通过野外石油地质调查以及采样分析,结合近年获得的新资料,对建昌-喀左盆地内发育的侏罗系和白垩系地层石油地质条件进行了认识与评价。
补充资料:地质和石油钻采用钢管
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性质:这类钢管包括地质钻探和石油钻采用的各种钢管,主要有套管、钻杆、钻铤、油管和接箍等。它们用标志屈服强度的专用钢种生产,可以是无缝管也可是焊接管。根据美国石油学会(API)的标准,套管、油管、钻铤等油井用管钢级的屈服强度在276~1138兆帕之间。套管的规格为φ114.3~508×5.21~16.13毫米,长4.9~14.6米;油管的规格为φ26.7~114.3×2.87~9.52毫米,长6~9.7米。套管和油管用螺纹接箍连接,连接螺纹分短圆螺纹、长圆螺纹、偏梯形螺纹和直接型螺纹。钻杆用的钢管供应5.5~13.7米定尺长度,而端部分内加厚、外加厚、内-外加厚的,车丝(接箍用)和不车丝(对焊用)的。钻杆的断面有圆、四方、六方几种(见图)。钻铤即加重钻杆,是两端带公母的厚壁管(见图),直径88.9~279.4毫米。

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