Rock-drillability evaluation and bit selection through ultrasonic velocity measurement on cuttings;
利用巖屑波速隨鉆檢測(cè)地層可鉆性及優(yōu)選鉆頭類型
Experiment and application of NMR technology on cuttings;
核磁共振巖屑分析技術(shù)的實(shí)驗(yàn)及應(yīng)用研究
The method of oil bearing abundance in cuttings measured by mud logging technology of nuclear magnetic resonance
核磁共振錄井技術(shù)測(cè)量巖屑含油豐度的方法研究
New cutting image analyzing technology;
巖屑圖像分析新技術(shù)簡(jiǎn)介
Influence of Washing Ways of Oil Cuttings on Fluorescence Characteristics of Crude Oil;
含油巖屑洗滌方式對(duì)原油熒光特性的影響
Analyzing cutting oil bearing property with the fluorescence digital image technology;
應(yīng)用熒光數(shù)字圖像技術(shù)分析巖屑含油性
Identification of debris based on texture feature
基于紋理特征的巖屑圖像識(shí)別
Benzene, toluene, ethylbenzene, xylene (BTEX) compounds in debris samples which were at different depth and at the same well were determined by micellar electrokinetic capillary chromatography (MECC).
用膠束電動(dòng)毛細(xì)管色譜法測(cè)定了同一井位、不同深度巖屑樣品中的苯、甲苯、乙苯和二甲苯化合物。
Starting from the view point of practical application, based on large amount of pressure well logging data home and abroad, the author demonstrated how to distinguish over-pressure formations using wellsite data, through selected methods such as drilling parameters, rock fragment analysis, drilling fluid parameters, and electric well-logging.
本文從現(xiàn)場(chǎng)實(shí)用性的角度出發(fā),綜合國(guó)內(nèi)外大量壓力錄井資料,其中,選取了部分常用的壓力評(píng)價(jià)方法,如鉆井參數(shù)、巖屑分析、鉆井液參數(shù)、電測(cè)井等,對(duì)如何利用現(xiàn)場(chǎng)資料來(lái)判斷超壓層進(jìn)行闡述。
Results The Chang 4+5 reservoir rock of Jiyuan Oilfield is mainly lithic arkose with average rock fragment content of 17.
結(jié)果姬塬油田長(zhǎng)4+5儲(chǔ)層巖性主要為巖屑長(zhǎng)石砂巖,巖屑平均含量17。
subfeldspathic lithic arenite
亞長(zhǎng)石質(zhì)巖屑砂屑巖
lithic arkosic wacke
巖屑長(zhǎng)石砂巖質(zhì)雜砂巖
lithic subarkosic wacke
巖屑亞長(zhǎng)石砂巖質(zhì)雜砂巖
Loose fragments or grains that have been worn away from rock.
巖屑從巖石上磨損下來(lái)的疏松的石粒或碎屑
The cardium sandstone is lithic, being composed of grains of chert, quartz, quartzite, silicified argillite, and other rock fragments.
卡迪砂巖是巖屑砂巖,由燧石,石英、石英巖、硅化泥板巖和其它巖石碎屑顆粒所組成。
shatter cone
(巖石上因強(qiáng)大沖擊波而形成的)碎裂屑錐, (有裂縫的)錐狀巖屑
The experts did a painstaking sifting of debris.
專家們對(duì)巖屑進(jìn)行了煞費(fèi)苦心的研究。
sparry intraclastic calcarenite
亮晶內(nèi)碎屑砂屑灰?guī)r
packed intramicrite
密集內(nèi)碎屑微晶灰?guī)r
sandy algal biosparite
砂質(zhì)藻屑生物亮晶灰?guī)r
pellet-bioclastic grainstone
球粒生物屑粒狀灰?guī)r
sandy algal biomicrite
砂質(zhì)藻屑生物微晶灰?guī)r
sandy intrasparite
砂質(zhì)內(nèi)碎屑亮晶灰?guī)r
sandy intramicrite
砂質(zhì)內(nèi)碎屑微晶灰?guī)r
The Logging Research for Pyroclastic Rock Identification;
火山碎屑巖巖性的測(cè)井識(shí)別方法研究
Pyroclastic rocks are a kind of transitional and complex rocks between lavas and sedimentary rocks.
火山碎屑巖是介于溶巖和沈積巖之間的過(guò)渡類型巖石,巖類復(fù)雜。
Transition from marine clastic rocks to nonmarine clastic rocks in the west of Sichuan Basin,China
四川盆地西部海相碎屑巖-陸相碎屑巖的轉(zhuǎn)換過(guò)程
The sediments are detrital and largely of greywacke facies.
沉積巖為碎屑質(zhì),大部分屬于雜質(zhì)砂巖相。
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