oil sampling中文是什么意思

• 油品取样

• oil    n. 1.油；油类；油状物〔一般是不可数名词，表示种类时 ...
• sampling    n. 1.取样(品)，取标(本)〔指行动或程序〕。 2. ...
• cross-sectional sampling of oil    从油罐内各层采取石油样品
• fuel oil sampling    燃料油取样
• oil sampling cock    油试验阀; 油样试验用旋塞
• oil sampling plug    油样活塞
• oil sampling valve    油样活门
• sampling    n. 1.取样(品)，取标(本)〔指行动或程序〕。 2.样品，标本。 3. 剽窃拼凑歌曲。
• acceptance sampling    抽样验收; 接收抽样; 认可选样; 选样认可; 验收抽样; 验收取样
• accessibility sampling    可达性抽样
• accidental sampling    随意抽样
• accumulative sampling    聚集采样; 聚集取样; 累积采样
• activity sampling    动作抽样法; 工作的抽样检验; 活动抽样; 业务抽查
• adaptive sampling    自适应采样 最适取样; 自适应抽样
• additional sampling    补充采样
• adenophora sampling    简单取样
• advantage of sampling    抽样的优点
• aerial sampling    空中采样
• aerosol sampling    气溶胶取样
• aersol sampling    气溶胶取样
• age sampling    时效抽样检验法
• air sampling    空气采样; 空气抽样; 空气取样
• analog sampling    模拟采样
• analytical sampling    分析抽样; 分析取样
• anisokinetic sampling    非同流态取样

• According to the hydrocarbon analyses of crude oil samples an offshore oil field in china and the sea bed sediments just over this field , it is proved that the advanced technology can be used in such aspects of offshore geochemical prospecting as the correlations between oil and oil and between oil and sea bed sediments , the identification of hydrocarbon characteristics , and the estimation of traps
  摘要对中国某海域油气田原油及其上方海底沉积物样品的指纹烃组分特徵进行分析后认为，在海洋油气化探领域中的油与油、油与海底沉积物对比研究和圈闭油气性质识别及圈闭评价等方面，指纹烃技术具有广阔的应用前景。
• As a matter of fact , three types of wear debris can be classified by the present software programmed in this research , that is , normal , spherical and cutting debris can be identified . by analyzing and processing the actual ferrograph of wear debris from a used oil sample , the experimental results show that the effects of automatic recognition are equal to those of manual recognition , and the automatization of ferrographical diagnosis has been realized simply and partly , which will be helpful to improve the intelligence of the digital ferrography system
  通过对实际油样中制取的图谱进行分析与处理，结果表明，本系统可以实现对三种常见的磨粒进行识别，即对正常磨粒、球状磨粒以及切削磨粒进行分类，验证了该软件的自动识别效果与人工识别相当，具有一定程度的智能效果，为铁谱仪数字化系统打下了一定的基础。
• Oil - source correlation studies show that the oil sample in well yi535 did not mainly derive from coals , but mainly originated from the coal measure mudstones and / or carbonaceous shales . the condensates in tiergen structure originated from coals with a later stage of maturation . the oils in yinan 2 well might originate from the coal measure mudstones with relative high maturity , which bear the same source as the oils in yi535 well but with different mature level
  精细的油-岩直接对比发现：依535井原油并非典型的煤所生，它主要来自煤系泥岩和或炭质泥岩，而提尔根构造带的凝析油主要来自成熟晚期的煤；依南2井凝析油来自煤系泥岩，而不是三叠系湖相泥岩。
• The main function of the oil monitoring system to ship power system & device is : analyzing the change of the parameters of oil quality , monitoring the inferior change of the oil quality . analyzing the debris in the oil sample , search after the affiliation between the character ( component , concentration , size and distribution , shape and distribution , color etc ) and the wear condition and the failure of the part of the device . study the affection of the contamination in the oil to the performance and condition of the device
  船舶动力装置与设备油液监控系统的主要功能是：通过分析油液的性能指标变化监控其劣化状况；通过对油样中的磨粒等污染物进行检测和分析，根据磨粒特征(成分、浓度、尺寸及尺寸分布、形状及形状分布、颜色等) ，推断设备磨损状态、磨损部位和严重程度，以及污染物对设备性能、技术状态的影响；为油液的管理和使用，以及船舶动力装置与设备的修造、检验等提供科学的建议。
• Guided by new theories and viewpoints of sedimentology , petrology , log - geology , oil and gas geochemistry , the paper used extensive data including seimic , log , cores , oil samples and oil - gas geochemistry in order to make an integrated research on the northwest margin of zhunger basin . it emphasized on the distribution and laws of sedimentary facies , the controlling factors of facial distribution and relations between oil and sedimentary facies
  本文以沉积学、岩石学、测井地质学、油气地球化学等学科的基本理论和观点为指导，综合运用地震、测井、录井、岩心和油气地球化学资料，对准噶尔盆地西北缘进行构造、沉积和地球化学等多学科地质综合研究。着重分析了西北缘的沉积岩相分布特征和规律，研究了西北缘沉积相展布的控制因素以及沉积相和油气分布的关系。
• Associated with the study of lighter hydrocarbon constituent , carbon isotope , biomarker and inclusions , adopted the technique of oil source correlation on whole oil samples , it can be confirmed that the hydrocarbon source of viscous crude in permian , in the east slope of jimusaer depression , is pingdiquan formation mudstone ; carboniferous oil comes from carboniferous source rock . meanwhile , the causes of oil formation are investigated based on datum of reservior geochemistry : viscous crude of permian is the result of biodegradation and low maturity working together , and that lighter hydrocarbon constituent of carboniferous oil is missing . at last , the mode and mechanism of the oil pool formation are analysed in the study area according to the structure phylogeny , sedimentary history , and data of reservior geochemistry
  本论文根据轻烃、碳同位素、生物标志化合物等资料，运用全烃地球化学油源对比方法进行油源对比，得出吉木萨尔凹陷东斜坡区二叠系的稠油来自平地泉组泥岩，石炭系的稀油来自石炭系本身源岩；同时，根据地化资料研究了原油的成因，认为二叠系稠油是生物降解和成熟度较低共同作用的结果，石炭系的稀油存在轻组分散失现象；最后，综合构造、沉积、烃源岩和油藏地球化学资料，分析了吉木萨尔凹陷原油的成藏机制和模式。
• The patterns are used to make correct and repid classification and recognition of 340 simulated spilled oil samples of diesel fuel , gasoline and lube oil with their volumetric fraction of seawater greater than 4 : 10000 , which provides scientific basis for using near - infrared spectrometry to discriminate the real spilled oil samples
  采用比模型对柴油、汽油和润滑油等334个与海水体积分数4 : 10000的模拟溢油样品进行了准确快速的分类和识别，为近红外光谱技术判别实际溢油样品提供了科学依据。