气源的

基本解释 (translations)

atmogenic

与气源的相关的网络例句 [注：此内容来源于网络，仅供参考]

Gas source selection, according to Air Track needs to hate the characteristics of the compressed gas.

气源的选择，要恨据气垫导轨需要压缩气体的特点而定。

The choice of aperture is the choice of gas source match.

而孔径的选择是与气源的选择相匹配的。

Gas Distribution series of devices - from the control point of view, a semi-automatic and fully automatic with two gas from the gas source is composed of two groups of (liquefied petroleum gas, compressed air) and three groups of (nitrogen , Hydrogen, propane or butane) of the points is to provide natural gas and gas cities of the ideal alternative source of gas equipment, especially for gas production-line equipment manufacturers and test firing of Quality Supervision, Inspection departments for laboratory and performance of combustion Test.

从配气气源组成有二组份及三组份（氮气、氢气、丙烷或丁烷）之分；是提供天然气和城市人工煤气替代气源的理想设备，特别适用于燃气器具生产企业在线生产试烧和质量监督检验部门用于实验室及燃烧性能的检验。

The research shows that in the Yinggehai basin, the formation of CO_(2) reservoir which is crust-sourced and crust-mental-mixed-sourced, mainly controlled by local action of hot fluid in the mud diapir area which is multi terms and multi zones and by physical-chemical mechanism of very thick marine calcareous sandstone and mudstone of Pliocene-Miocene. The volcano- and mantle-sourced CO_(2) in the Qiongdongnan basin and Pearl River Mouth basin is mainly controlled by volcanos activities and by the exist of large faults which reached to base to connect the gas from the mantle. According to different mechanism ang formation of reservoir os the the crustal rock-chemical genesis and volcano-and mantle-sourced CO_(2), we can follow the source of it, analysis and predict the migration and accumulation and distribution model of gas and espacially CO_(2), so as to help to make the plan of petroleum exploration and reduce the risk of exploration.

认为：莺歌海盆地壳源型及壳幔混合型CO2的形成及富集成藏，主要受控于泥底辟热流体晚期分层、分块和多期的局部上侵活动，和巨厚的上新统—中新统海相含钙砂泥岩的物理化学综合作用，且CO2运聚分布规律亦具多期和分层、分区的特点；琼东南盆地东部及珠江口盆地火山幔源成因型CO2则主要受控于幔源型火山活动和沟通深部气源的基底深大断裂的导气配置作用，CO2运聚富集规律与幔源型火山活动及深大断裂的发育展布密切相关，CO2主要来自地壳深部幔源火山活动所伴生的大量CO2；因此，根据壳源岩石化学成因型CO2与火山幔源成因型CO2不同成因机理及成藏条件，可以追踪CO2气源，可分析和预测天然气尤其是CO2的运聚分布规律，可为天然气勘探部署及决策提供依据，可减少和降低勘探风险。

It is shown that in the basins in the Eastern China, onshore and offshore, the formation of CO2 reservoir is crust-sourced and crust-mantal-mixed-sourced, mainly controlled by local activity of hot fluid into the mud diapir area in multi-phase and multi-zones in physical-chemical mechanism of very thick marine calcareous sandstone and mudstone of Pliocene-Miocene. The volcano- and mantle-sourced CO2 in the Qiongdongnan Basin and Pearl River Mouth Basin is mainly controlled by magmatism and major faults which cut through the basements and link to the mantle gas.

研究表明，中国东部陆相断陷盆地与东海陆架盆地及南海北部陆架琼东南盆地东部和珠江口盆地的CO2气藏及高含CO2油气藏中CO2均属典型的火山幔源型成因，主要受控于幔源型火山活动脱气与沟通深部气源的基底深大断裂的导气配置作用，其运聚富集规律及控制因素与幔源型火山活动及深大断裂的发育展布密切相关，CO2气源主要来自地壳深部幔源火山活动所脱出的大量原始CO2；南海北部陆架西区莺歌海盆地CO2气藏及中国东部陆相断陷盆地部分高含CO2油气藏中CO2，则属于壳源型及壳幔混合型成因，CO2形成及运聚成藏，主要受控于火山侵入活动对碳酸盐岩的烘烤和泥底辟热流体晚期分层分块多期的局部上侵活动与沉积巨厚的海相含钙砂泥岩的物理化学综合作用，其运聚分布规律具多期和分层分区的特点。

The study shows that in various continental downfaulted basins in eastern China,the China East Sea basin of the southeast sea region and the continental shelf—Qiongdongnan basin and Zhujiangkou basin—of the northern South China Sea,CO2 in CO2 reservoirs and CO2-rich oil/gas reservoirs is of typical volcanic mantle-derived type and that its migration and concentration is mainly controlled by mantle-derived volcanism and gas-conducting distribution of deep basement faults connected with the gas source at depth. CO2 is mainly sourced from substantial amount of CO2 associated with mantle-derived volcanism at the deep level of the crust. CO2 in the CO2 reservoirs and CO2-rich oil/gas reservoirs in the Yinggehai basin on the continental shelf of the northern South China Sea is of crust origin and crust-mantle mixing origin and mainly controlled by local,layer-by-layer and zone-by-zone,multiple intrusion of late hydrothermal fluids in mud diapir areas and physico-chemical processes of very thick Pliocene-Miocene marine calcareous sandstone and mudstone.

研究表明，中国东部陆上诸断陷盆地与东南沿海海域的东海盆地及南海北部大陆架琼东南盆地和珠江口盆地CO2气藏及高含CO2油气藏中，CO2均属典型的火山幔源型成因，其运聚富集主要受控于幔源型火山活动与沟通深部气源的基底深大断裂的导气配置作用，CO2气源主要来自地壳深部幔源火山活动伴生的大量CO2；南海北部大陆架西区莺歌海盆地CO2气藏及含CO2油气藏中的CO2，属于壳源型及壳幔混合型成因，主要受控于泥底辟热流体晚期分层分块多期的局部上侵活动与沉积巨厚海相含钙砂泥岩的物理化学作用，其运聚分布具多期和分层分区的特点。

Considering the multiplicity of existing and potential natural gas source in Shenzhen City , gas exchangeability , natural gas category and gas appliance adaptability , the selection of reference natural gas in Shenzhen City is discussed.

考虑深圳市目前及潜在天然气气源的多样性、燃气互换性、天然气类别及燃具适应性，对深圳市天然气基准气的选择进行了探讨。

The invention relates to a processing method of preventing frostbite and restarting of hydrogen electric pile, whose characteristic lies in the treating processes includes: When the electric pile turns off, the unsaturated fuel gas or the nitrogen, through the circle boast to clean the dissociate water; drying the MEA film module to keep the water content below the stipulated temperature which does not ice up; then the recycle gas through a wet exchanger to dry and the dried gas is continue used in the dry pile step; when restarting the electric pile, the recycle gas must heats then through the pile to elevate the temperature, then heats the fuel gas and the oxidant of the gas source, through the weting of the wet exchanger enters to the calefactive pile, enhances the wet step of the film module in the pile, starts the power output of the pile.

本发明涉及一种氢电堆的防冻和重新启动时的处理方法，其特征在于处理过程包括：电堆停机时，将水蒸气不饱和的燃料气体或氮气，通过循环吹扫除去电堆的游离水；干燥其中的MEA膜组件，使膜组件含水量降低到规定低温下不结冰的程度；而后再令循环气体通过一个湿交换机将循环气体干燥，以及被干燥后的循环气体继续用来干燥电堆的步骤；在电堆重新启动时，须将循环气体加热后通过电堆，使电堆升温，然后再将气源的燃料气及氧化剂加热，通过湿交换机加湿后进入已升温的电堆，提高电堆中膜组件的湿度的步骤，开始电堆的功率输出。

The carbon dioxide fire extinguishing system is able to put gas fire out after the gas supply source is cut, and it is also able to put out liquid fire, solid fire of fusible materials such as paraffin and asphalt, solid surface fire, deep-seated solid fire such as wincey, fabric, and paper, and electric fire, etc.

二氧化碳灭火系统可扑救灭火前可切断气源的气体火灾，液体火灾或石蜡、沥青等可熔化固体的火灾，固体表面火灾及棉毛、织物、纸张等固体深位火灾，电气火灾等。

It is shown that the mechanism of directly releasing mantle gas from the magma chambers by taking the faults as the paths controls mantle-derived CO2 reservoir formation,gas source supplement and the geochemical characteristics of the gas,providing further evidence for the mantle genesis of the CO2 reservoirs at the same time.

这表明，幔源气体以断裂为通道自岩浆房中直接释放的机制对于含油气盆地中幔源CO2气藏的形成、气源的补给和气体地球化学特征的塑造起着控制作用，同时也为CO2气藏的幔源成因提供了进一步的证据。

与气源的相关的网络解释 [注：此内容来源于网络，仅供参考]

amorphous：非晶质

通常,反应腔之阴极石墨棒上所沉积的奈米碳管,可观察到非晶质(amorphous) 碳、石墨微粒及煤灰等杂质,因而常需后续的纯化处理. 图8微波电浆触媒辅助电子回旋共振化学气相沉积法(ECR-CVD) 利用CH4及H2 为反应气源,

depth gauge：深度计

和调节器相连的一般还有压力表(Submersible Pressure Gauge)--让潜水员随时随地知道气瓶内的空气量,通常还会有深度计(Depth Gauge),一个额外的二级头--称为备用气源(Alternate Air Source),和一条低压充气管--此管可接合在浮力调整装置的抵押充气阀上.

diffusion pump：扩散帮浦

+ 束源气室是产生分子束的所在,其内装产生分子束的脉冲阀(pulsed valve),圆锥状撇取器(skimmer)及气体导管,此气室的体积约为20 L(气室外壳及所有元件的材质均为不锈钢)气室底部依序连接电动式阀门(electropneumatic gate valve),扩散帮浦(diffusion pump)及其前段的机械帮浦

Equalize：均衡

把抽真空(Vacuum)开关、氮气(Nitrogen)开关和均衡(Equalize)开关打到自动(Auto)位置,再打开气体总开关到On的位置. 关闭氮气气源,把氮气供应管换到氮气口(N2)上,把厌氧气供应管连接到厌氧气接口(anaerobic gas)上,并调节好压力(同步骤2).

heptane：庚烷

以廉价的水玻璃为硅源,用乙醇(EtOH)/三甲基氯硅烷(TMCS)/庚烷(Heptane)溶液对湿凝胶进行改性,采用一种新的常压干燥工艺合成了SiO2气凝胶.

soak：浸泡

WCVD工艺一般由四个步骤组成:加热并用SiH4浸泡(Soak),成核(Nucleation),大批淀积(Bulk Deposition)和残余气清洗(Purge). (图2)在成核这一步中,SiH4和氢气的混合气体与WF6源气体反应形成了一薄层钨,这一薄层钨作为后续钨层的生长点.

tet：四氯化硅

北京元泰大友投资管理有限公司控股的沁阳国顺硅源公司是我国微电子化学品业唯一生产电子高级二氯二氢硅等特种气体生产企业,并通过国家发改委的立项审批和国防技术工业委员会军需项目的审批. 主要产品:高纯二氯二氢硅烷(DCS)、高纯三氯硅烷(TCS)、高纯四氯化硅(TET). 产品主要用于外延硅晶体的化学气相沉积(CVD)和高性能太阳

atmogenic：气源的

气涌作用 gas streaming | 气源的 atmogenic | 气钻 air drill

atmogenic：气成的, 风积的, 气源的

atmoclast | 大气碎屑岩 | atmogenic | 气成的, 风积的, 气源的 | atmograph | 呼吸描记器

air drill：气钻

气源的 atmogenic | 气钻 air drill | 器官 organ