1) tracer location
示踪剂定位
2) localization
[英][,ləukəlai'zeiʃən] [美][,lokəlaɪ'zeʃən]
示踪定位
1.
Research on Localization Technique of Pipeline Robot Based on Ultra Low Frequency Electromagnetic Wave;
基于超低频电磁波的管道机器人示踪定位技术研究
2.
According to the localization requirement of sea-bed pipeline inspection robot and the shield character of metal pipe,the magnetic distribution of ultra low frequency electromagnetic wave is presented based on magnetic dipole.
针对浅海海底泥面下管道维护要求及管道对普通电磁波的屏蔽特点,给出了基于磁偶极子模型的超低频电磁波磁场分布,提出了基于超低频电磁波的多传感器管道机器人示踪定位模型。
3) stable isotopic tracer
稳定同位素示踪剂
4) in-situ tracer
原位示踪剂
5) isotope tracer
同位素示踪剂
1.
The isotope tracer were injected into mid-low permeability reservoir of Qinghai oil field using inter well tracer monitoring technique to evaluate the connectivity of between wells,explain the parameter of highpermeability channels,provide information for exploitation of oil filed.
将同位素示踪剂井间监测技术应用于青海油田狮子沟油田N1油藏,以评价井间连通性,解释高渗通道参数,为油田挖潜增效提供依据。
2.
The flow principle and flow character of the isotope tracer in sand and fracture reservoir were analyzed,and the production curve model of tracer were established.
分析研究了同位素示踪剂在砂岩及裂缝性油藏中的流动机理及表现特征,建立了示踪剂产出曲线模型,并将其应用于吐哈油田。
3.
The isotope tracer 35S-KSCN and its trace test in oil field were described.
研究了同位素示踪剂35S-KSCN在油田井间示踪测试中的分析方法并将其应用于矿场进行示范试验。
6) isotopic tracer
同位素示踪剂
1.
The screening and designing dosage of isotopic tracer were completed.
在双河油田Ⅳ4区块调剖中使用了同位素示踪剂。
2.
The radioactive isotopic tracer technique was mainly to inject one kind of radioactive isotopic tracer into water-injection wells, then compute the output of the radioactive isotopic tracer and analyze the peak characteristics in different spots of oil wells, semi-analytical trace explanation software was used to make analog computation and derive various formation parameters.
放射性同位素井间示踪技术主要是在注水井中注入一种放射性同位素示踪剂,通过不同部位油井放射性示踪剂产出计算及峰值特征分析,利用半解析示踪解释软件进行模拟计算,推导出多种地层参数,在此基础上计算出油水井之间存在的高渗透层及大孔道参数,为下步注采调整方案及封堵大孔道控水稳油等工作提供可靠的依据。
补充资料：标记药物示踪试验
分子式：
CAS号：
性质：利用放射性同位素(如T，14C，99Tcm和放射性碘等)标记的药物，研究药物在体内的吸收、分布、代谢和排泄等以及药代动力学的实验。此法用于新药研制，阐明药物作用机制和预测临床疗效等。
CAS号：
性质：利用放射性同位素(如T，14C，99Tcm和放射性碘等)标记的药物，研究药物在体内的吸收、分布、代谢和排泄等以及药代动力学的实验。此法用于新药研制，阐明药物作用机制和预测临床疗效等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条