有利的火山岩储层多发育在近火山口相带。
The favorable volcanic reservoir mainly develops near crater facies belts.
在火山岩储层研究中，岩性识别显得越来越重要。
Lithologyical identification is becoming increasingly important in the study of volcanic rock reservoirs.
火山岩储层岩石类型主要包括熔岩类、火山碎屑岩类。
Rock types of volcanic reservoirs include mainly lava and pyroclastic rock.
运用多种地质和测井方法对火山岩储层特征进行了研究。
The characteristics of volcanic reservoir were studied with some geological and logging methods.
火山岩岩性的准确识别是火山岩储层描述与评价的基础。
Accurate identification of volcanic rocks in volcanic reservoir description and evaluation is an important basis.
不同地区火山岩储层的发育状况与火山岩所处的位置有关。
The developments of volcanic reservoirs in different areas associate with the location of volcanic rocks.
除了岩性复杂外，火山岩储层孔隙类型和岩石结构也十分复杂。
Besides the lithology and structure of lava is complex, the pore type of lava is very complex as well.
酸性和碱性流体叠加溶蚀作用是本区火山岩储层形成的主要机制。
Acidic and alkaline fluid's dissolution is the main mechanism of the formation of volcanic reservoir in this area.
在火山岩储层评价中，岩性识别的正确与否直接影响评价结果的可靠性。
In volcanics reservoir evaluation, lithologic identification directly affects the reliability of evaluation results.
将火山岩储层形成划分为2个阶段：初始成岩作用阶段和成岩后生作用阶段。
Formation of volcanic rock reservoirs is divided into 2 stages, the initial diagenesis stage and the later diagenesis stage.
火山岩储层主要发育气孔、原生裂缝、次生裂缝；碎屑岩则以次生孔隙为主。
Volcanics mainly growth gas pocket, primary rift and secondary rift, The secondary porosity of clastic rocks is much more developed.
火山岩储层的储集性受多种因素的控制，重点探讨了岩相和构造应力的控制作用。
Many factors controlled the reservoir features of volcanic rocks. The lithofacies and tectonic stress were specially discussed.
火山岩储层主要发育在溢流相，尤其是溢流相顶底部的气孔带是最为有利的储集相带。
The major volcanic reservoirs are mainly in the effusive facies, and the best reservoir belts are in the gas cavity belts on top and at base of the effusive facies.
储层研究表明，本区火山岩储层主要发育原生和次生两种储集空间，以次生储集空间为主。
Reservoir study shows there have been primary and secondary reserving pores developed in the volcanic rock reservoirs of this area, the secondary pore being dominant.
火山岩油气藏是近年来热点勘探领域，三塘湖、准噶尔盆地已相继在火山岩储层取得了突破。
Volcanic reservoir has been becoming the hotspot prospecting region in recent years. Breakthrough has been made in Santanghu and Zhunge'er basin.
针对火山岩储层的地质和地球物理特征，提出了用常规测井方法评价火山岩储层的理论和方法。
According to geological and geophysical characteristics of volcanic reservoir, a new evaluation method for the special reservoir using well logging data is put forward.
随着国内外火山岩油气藏的发现，火山岩储层作为一种特殊的油气储层类型越来越受人们的重视。
With the discovery of volcanic oil-gas pools, volcanic rock reservoirs, a special oil-gas reservoir type, are paid more and more attention in these days.
通过对火山岩储层的系统研究，初步建立火山岩的评价方法，建立火山岩的测井、地震等解释模型。
Through the study of igneous rock reservoir, this paper founded the methods of evaluation and interpretation model specially for igneous reservoir.
指出航磁异常梯度带是火山岩储层的发育区带，近烃源岩或沟通烃源岩的航磁异常梯度带是火山岩天然气的富集区带。
It is shown that aeromagnetic gradient belts near or connected to hydrocarbon source are gas-abundant zones with well-developed volcanic reservoirs.
碎屑岩储层中主要的储集空间为剩余粒间孔隙以及在此基础上扩大溶蚀的孔隙；火山岩储层中则以火山岩基质溶蚀孔为主，构造缝、溶蚀缝次之。
The pore spaces are mainly residual intergranular porosity, dissolution porosity in clastic rock reservoir, dissolution matrix porosity and fractures in volcanic reservoirs.
二叠系储集层主要由碳酸盐岩、沉凝灰岩、碎屑岩和火山岩组成。
The reservoirs in Permian is consist of carbonate rock, tuff, clastic rock and volcanic rock.
通过对该区中生界火山岩的测井、地震相、振幅、频率、波阻抗等地球物理响应研究，来进行岩性识别和储层预测，进而指导勘探部署。
The study of geophysical response, such as logging response, seismic facies, amplitude, frequency and wave impedance, is helpful for recognizing and predicting volcanic rock.
石炭系的储层主要是火山岩、火山碎屑岩。
The Carboniferous reservoirs are mainly volcanic rock and volcanic clastic rock.
火山岩岩性岩相复杂，不同的岩性岩相决定了不同的储集层特征。
Lithology and lithofacies of volcanic rock are very complex, which control reservoirs characteristics.
通过成像测井资料并结合地质资料和常规测井资料分析，对16井区火山岩裂缝性储层有效性和渗透性进行了评价研究。
Based on the EMI data, geologic information and conventional logging data, the validity and permeability of the fractured reservoirs in the volcanic rocks of the area of Gu-16 well are evaluated.
近年来的勘探成果表明，火山岩作为源岩、储层和盖层可形成许多与它相关的特殊油气藏。
New exploration results discovered that the source rock, reservoir and caprock of the volcanic rock can form a series of oil and gas pools.
不同的岩性对石西石炭系火山岩储集层孔隙的形成有一定的影响。
Different lithology had some effects to the formation of pore of carboniferous volcanic reservoir in SHIXI.
成岩作用对石西石炭系火山岩储集层孔隙的发育具有一定的影响。
Diagenesis had some effects to the developing of pore of carboniferous volcanic reservoir in SHIXI.
大庆油田东部深层某井区火山岩气藏岩性复杂、储层参数计算以及流体性质识别困难。
The lithology of deep wells in eastern Daqing oil field and complex, so calculating reservoir parameters and recognizing fluid are very difficult.
大庆油田东部深层某井区火山岩气藏岩性复杂、储层参数计算以及流体性质识别困难。
The lithology of deep wells in eastern Daqing oil field and complex, so calculating reservoir parameters and recognizing fluid are very difficult.
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