示蹤測井 的英文怎麼說
中文拼音 [shìzōngcèjǐng]
示蹤測井
英文
tracer log-
The development of this field in china was started in late 1980s. in 1988, china institute of atomic energy in cooperation with daqing oil company conducted the first test using tritiated water as tracer for waterflood, opened the curtain of interwell radiotracer test in china
八十年代末期,中國原子能科學中國原於能科學研究院博士學位論文研究院與大慶油田合作,利用氖水作為示蹤劑在國內首先開展了放射性井間示蹤測試。During the " 10th 5 - year - project ", researches on the following techniques, new isotopic carrier, 5 parameters combination logging, oxygen activation logging, injection profile logging for polymer flooding, trace relative flow rate logging, and so on, have been carried out and some advanced and practical results have been obtained
「十五」期間開展了新型同位素載體、五參數組合測井技術、氧活化測井技術、聚驅注入剖面測井技術、示蹤相關流量測井技術等課題的攻關,取得了一批先進實用的技術成果。Interwell radiotracer test is a method that can obtain the information of reservoir in large scale
放射性井間示蹤測試是一種能夠在較大范圍內獲得油藏信息的手段。The research and application of interwell tracer test has already a history of 40 years. possibly because of the competition world and reservoir security, there are few open publications available in this field
井間示蹤測試的研究和應用已經有四十多年的歷史了,可能是由於涉及競爭和油藏秘密等原因,該領域公開發表的文獻較少。The basic procedure of an interwell radiotracer test is, to inject a proper radioisotope tagged tracer material into the injector together with the injected fluid ; the tracer material will follow the injected fluid and go through the same path of injection fluid penetrating the formation ; finally the tracer material will be produced at the producer ; then, collecting samples at well head of producer, tracer response can be observed ; by analyzing the response of tracer, the information on dynamics of injection fluid and reservoir geology can be obtained
放射性井間示蹤測試的基本過程是:將一定量合適的放射性示蹤劑介入注入流體,使其通過注入井進入地層並跟隨注入流體穿越地層,最後被採油井采出;通過跟蹤監測示蹤劑在採油井上的響應,獲得注水井-採油井之間流體和地層的信息。New tracers and their analysis methods, new developments on the interpretation of tracer response and new concepts & methods contributed on tracer methodology. since 1980s, interwell radiotracer test has gained rapid development. the main reasons are radiotracers has the advancetages of high sensitivity, wide selectivity and no chemical contamination on the reservoir
自上世紀八十年代以來,放射性井間示蹤測試在國際上得到了很大的發展,主要是因為放射性示蹤劑具有種類多、檢測靈敏度高、並且對油藏不產生化學污染等優點。Main point of sdt is : when an interwell tracer test is conducting, the short - term changes of injection and / or production rates of the wells involved can generate abnormal tracer responses at the wells where tracer is already in producing ; by analyzing the abnormal responses, information on flows produced at the production well from different directions can be obtained
造成採油井上示蹤劑響應的突變,據此評價採油井中不同方向k來水之問的關系。在傳統的井間示蹤測試中使用微擾法,可以更快地獲得測試結果並且還可以獲得其它方向水流的信息。The contamination of isotope is an important factor that affects radioactivity isotope tracer injection profile logging, and the application of " gtp tiny ball without radioactivity " is an efficient way to eliminate contamination of isotope
摘要同位素沾污是影響放射性同位素示蹤注水剖面測井的一個重要因素,採用「冷球」是減少同位素沾污的一種有效手段。Radioactive species carrier tracer logging
放射性核素載體法示蹤測井In the gucheng ( ancient city ) oil field, where isotope trace injection profile test is not suit for, by having applied and spread the temperature method injection profile testing technique, a comparatively accurate injection profile result has been got. furthermore, during the process of dynamic monitor in steam injection development reservoir, the testing technologies of general well ' s temperature throughput profile in injection steam throughput production well and general well ' s temperature taking in steam profile in intermission steam pushing injection steam well are initiated, which having extended the applied field of the conventional temperature logging equipments, reduced the dynamic monitoring cost of thermal production reservoir greatly and provided much accurate and reliable data for the study of reservoir ' s behaviors and adjustment of developing projects
在不適宜進行同位素示蹤吸水剖面測試的古城油田,推廣應用了井溫法吸水剖面測試技術,取得了較為準確的吸水剖面,而且在注汽開發油藏動態監測工作中,首創了注蒸汽吞吐採油井普通井溫法吞吐剖面測試技術和間歇汽驅注汽井普通井溫法吸汽剖面測試技術,拓展了普通井溫測井裝備的應用領域,大大降低了熱採油藏動態監測成本,為油藏動態研究和開發方案調整提供了大量準確可靠的資料。The obvious effects have been made in the adjustment of injection to - producing and water blocking by applying comprehensively the log information of degree of saturation and profile - log and tracer survey information to tap the zone of enrichment of remaining oil potential, analyze the direction of injected water streamline and guide the measures for tapping potential in tuo 7 fault block
摘要總結了坨七斷塊綜合應用飽和度測井資料、吸水剖面資料、水井注示蹤劑資料,發掘剩餘油潛力富集帶、分析注水流線方向,指導油井措施挖潛、注采調整和堵水調剖工作所取得的明顯效果。Research work involved in this paper is in three aspects : 1 ) new concept and new method of tracer test : the concept of slight disturbance test ( sdt ) is proposed, the basic method of sdt is introduced
論文的主要研究內容包括三個方面: l )新的示蹤概念和方法:提出了微擾法井間示蹤測試的概念,研究了微擾測試的基本方法。It can be predicted that, if computer model and simulation techniques are employed for the interpretation of the abnormal tracer responses, formation parameters of near well bore region of the producer could be calculated
可以預見,利用現代計算機模型模擬技術解釋微擾響應數據,可能求解油藏地質參數。 z )示蹤劑測試方法的研究:研究建立了放射性井間測試中『 」 i一、廠』 co ( cn ) 。分享友人