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   天然气总 的翻译结果: 查询用时:0.515秒
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石油天然气工业
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天然气总
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  total gas
     The resource and proved reserves of coal-formed gas in the west part of China are nearly 20×10 12 m 3 and 14 407×10 8m 3 respectively,covering 62 5% and 67.8% of total gas resource and proved gas reserves.
     中国西部煤成气的资源量和探明储量分别近 2 0× 10 1 2 m3 和 144 0 7亿m3 ,相应占该区天然气总资源量和总储量的 6 2 5 %和 6 7 8% ;
短句来源
     By the end of2001,21large gas fields had been discovered in China,and their cumulative explored reserves of gas in place reached17953 × 10 8 m 3 ,taking up59.80%of China ' s total gas reserves.
     截至2001年底,中国发现21个大气田,累计探明天然气储量17953×108m3,占全国天然气总储量的59.80%。
短句来源
     The three large fossil plates in China, namely Yangtz, Tarim, and North China fossil plates, are prolific in natural gas with gas resources of 29.23 TCM, accounting for 52.30% of the total gas resources in China, and proved gas reserves of 35926.8 BCM, accounting for 72.2% of the total proved gas reserves in China.
     中国三大古板块(扬子古板块、塔里木古板块、华北古板块)天然气资源丰富,三大古板块天然气资源量为29.23×1012m3,占全国总资源量的52.30%; 三大古板块天然气探明储量为35926.8×108m3,占全国天然气总探明地质储量的72.2%。
短句来源
     The inner zone is prone to oil accumulation and composed of typical rift basins,and the outer zone,composed of 4 depressions (basins),is prone to gas accumulation and has 11.49 TCM of gas resources,accounting for 83.1% of the total gas resources offshore China.
     外带裂后期具有快速沉降特征的 4个盆地 (坳陷 )以生气为主 ,天然气资源量为 114942亿 m3,占近海天然气总资源量的83.1% ,其中莺歌海盆地和琼东南盆地占 6 2 .3% ,是中国近海最重要的气区。
短句来源
     The gas resources in 6 oil-and gas bearing basins in the western amount to 75 percent of the land total gas resources,therefore to quicken the development and utilization of the gas resources in these regions is an important component part of the western region devlopment of China and is also the material base of implementing “Western Gas Eastward Transportation ”engineering.
     西部地区六大含油气盆地天然气资源量占陆上天然气总资源量的四分之三 ,加快这些地区的天然气资源的开发利用是我国西部大开发的重要组成部分 ,也是实施西气东输工程的物质基础。
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  “天然气总”译为未确定词的双语例句
     It is estimated that total geological resources of natural gas are 38×10~(12)m~3, among which, the recoverable ones are about (7~8)×10~(12)m~3, they are mainly distributed in the western, central, eastern and offshore shelf areas in China.
     据估计,全国天然气总地质资源为38×10~(12)m~3,可采资源约为(7~8)×10~(12)m~3,主要分布在我国酉部、中部、东部和沿海大陆架四大气区。
短句来源
     By of the end of 2001, the proven and controlled natural gas reserves totaled 3561×10~8m~3 in the Quaternary biological gas zone in Qaidam basin.
     柴达木盆地第四系生物气区,截至2001年底探明加控制天然气总储量3561×10~8m~3。
短句来源
     Thereinto, the oxidative microcoulometry method, the technique of manipulation and the experience from practice are introduced in emphases.
     其中重点介绍了氧化微库仑法,以及用该方法进行天然气总硫测定的操作技巧和笔者在工作实践中的经验体会。
短句来源
     at the end of2001,we obtained OOIP of5.2786×10 8 t,OGIP of253.98×10 8 m 3 ,which account for30%of the total OOIP and40%of the total OGIP found in Junggar basin respectively.
     截止到2001年底,侏罗系探明石油地质储量5.28×108t,天然气地质储量253.98×108m3,分别占准噶尔盆地石油和天然气总探明储量的30%和40%.
短句来源
     Although the number of small fields is 79% in total, their proved reserves is only 16% in the total proved geologic reserves in China;
     小型气田数量虽占气田总数的 79% ,其探明地质储量仅占中国天然气总探明地质储量的 16 % ;
短句来源
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  相似匹配句对
     The Discussion on Determination Method of Total Sulfide Content in the Natural Gas
     浅谈天然气硫测定
短句来源
     A METHOD FOR RAPID DETERMINATION OF MICRO AMOUNTS OF TOTAL SULPHUR IN NATURAL GAS
     天然气中微量硫的快速测定法
短句来源
     Filter for Natural Gas
     天然气过滤器
短句来源
     On Natural Gas's Storage
     天然气的储存
短句来源
     the total yield was 51 %.
     收率为51%。
短句来源
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  total gas
Attention is focused on the calculation of the total gas flow rate through the channel cross-section.
      
It increases with increasing total gas pressure and carbon vapor partial pressure and depends on the diluent gas.
      
Results are presented from experimental and theoretical studies of the production of singlet delta oxygen in a pulsed electron-beam-sustained discharge ignited in a large (~18-1) volume at a total gas mixture pressure of up to 210 Torr.
      
The aluminum content in the layers can be increased not only by reducing the total pressure in the reactor but also by increasing the total gas flow through the reactor and reducing the trimethylgallium flux.
      
However, increasing of the biomass concentration led to lower values of the total gas hold-up.
      
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Natural gas hydrates,as the gas resource,is very abundants.It has been estimatedthat the gross gas resource in hydrates exceed the proved reserves of all the combustibleminerals,including coals,oil and conventional gases.Natural gas hydrates formation isthe fine seal to accumulating oil and free-gases,it is the sign to prospecting forpetroleum,The CH_4 in the natural gas hydrates is one of the key greenhouse gases,whichaffects the global climate change,and is the principle origin and source in the crust.Therefore,studying...

Natural gas hydrates,as the gas resource,is very abundants.It has been estimatedthat the gross gas resource in hydrates exceed the proved reserves of all the combustibleminerals,including coals,oil and conventional gases.Natural gas hydrates formation isthe fine seal to accumulating oil and free-gases,it is the sign to prospecting forpetroleum,The CH_4 in the natural gas hydrates is one of the key greenhouse gases,whichaffects the global climate change,and is the principle origin and source in the crust.Therefore,studying on natural gas hydrates is very important for developing new energy,perfecting the theory of petroleun pool formation, forecasting the hydrates blocking up gaspipleline during gas transporting and treating for use,and discussing the relationship be-tween natural gas hydrates and global climate change. At present,the following fieldsneed to research:1.the formation mechanism of natural gas hydrates and the evolution routine of oiland gas deposits with gas hydrates.2. distribution of natural gas hydrates in the crust and its potential region;3. Physical and chemical characteristics of natural gas hydrates,and the methods ofremoveing hydrates in pipletine.4.the relation between gas hydrates and the global climate changes. etc.

天然气水合物资源极为丰富。据国外专家估算,水合物中的天然气总资源超过了包括煤炭、石油与常规天然气在内的所有已知可燃矿产的储量。天然气水合物层是油气聚集的极好盖层,可以作为勘探油气藏的标志。天然气水合物还是影响全球气候变化的重要温室气体之一的甲烷的重要源和汇。因此,进行天然气水合物研究对开拓21世纪能源、完善油气成藏理论、解决天然气工业生产和输送过程的管进堵塞问题,以及探讨其与全球气候变化的关系问题均有重大意义。目前应开展的研究内容与重点课题包括:天然气水合物的成因机制与油气成藏演化规律;分布规律及有利蕴藏地区;物化特性及其生成与消除的方法;天然气水合物与全球气候变化的关系等。

Oil and gas resources are rich in the three major basins of injiang(Tarim,Junggar,Turpan-Hami),respectively accounting for 21.4%and 24.0%of total resources inChina,but only 8.8%oil and 1. 1%gas have been proved. Thus,the probability of discover-ing oil and gas fields is high. Exploration and development experiences in recent vears demon-strated that proved reserves in the three major basins are characterized by high value in bothper unit area and single well production and large oil and gas fields,comparable...

Oil and gas resources are rich in the three major basins of injiang(Tarim,Junggar,Turpan-Hami),respectively accounting for 21.4%and 24.0%of total resources inChina,but only 8.8%oil and 1. 1%gas have been proved. Thus,the probability of discover-ing oil and gas fields is high. Exploration and development experiences in recent vears demon-strated that proved reserves in the three major basins are characterized by high value in bothper unit area and single well production and large oil and gas fields,comparable with thebasin,can be discovered if deepening multidisciplinary research,following the explorationprograrn,preferential utilization of seismic survey,and regional exploration of the basiri as awhole are undertaken. The three major basins of Xinjiang is the hope and future of China’s oil industry.

新疆三大盆地(塔里木、准噶尔、吐哈)的油气资源十分丰富,其石油总资源量占全国的21.4%,天然气总资源量占全国的24.0%。但是油气资源探明率却很低,分别为8.8%和1.1%,因此,发现油气田的机遇率是很高的。近几年的勘探实践证实,新疆三大油田的新增储量丰度高,单井产量高,只要加强综合研究,坚持勘探程序、坚持地震先行、坚持以盆地为全局的综合区域勘探,就一定能发现与盆地相称的大油气田。

Weng's Life Cycle" is suitable for the description and prediction of the finite system of life amount, and its curve coincides to the increase curve of China's proved natural gas reserves. "Weng's Cycle"could be used to describe and predict oil and gas reserves. As oil and gas are non-regenerated resources, the results indicates that the peak period of gas reserve increase will be 2011 ̄2024 A. D., and the fina amount of proved gas resources will be 11. 5 ×10 12 ̄23. 0 × 10 12 m3.

翁氏生命旋回适用于对生命总量有限体系的描述和预测,其曲线形式与我国天然气累计探明储量的增长曲线一致.石油与天然气为非再生性矿产资源,能够用“翁氏族回”模型描述和预测,预测结果表明我国天然气储量增长高峰期在2011~2024年,最终可探明天然气总资源量为11.5×1012~23.0×1012m3。

 
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