2) synthetical tracing method of karst water
岩溶水综合示踪方法
3) tracer interpretation technology
示踪剂综合解释技术
1.
In order to get the interwell parameter of the well which have not get tracer breaking,a similarity calculation method of fingerprint between the breaking well and the unbreaking was carried out by combinating the tracer interpretation technology with the polymer flooding water cut curve.
为了解示踪剂注剂井组中未见剂井的井间参数特征,利用示踪剂综合解释技术对其进行了注采井井间储层参数综合解释;结合聚合物驱单井含水率变化特征曲线和指纹图谱相似度计算方法进行了未见剂井与见剂井的相似度计算。
4) integrated display
综合显示
1.
To Realize digitizing and integrated display and control in tank and armored vehicle, it is necessary to replace mechanical instrument with digital virtuall instrument.
坦克装甲车辆上,用数字化的虚拟仪表代替传统的机械式仪表是实现坦克数字化和综合显示控制技术的必要条件,也是未来坦克装甲车辆仪表的发展方向。
2.
This article briefly introduces general technological development of integrated display and reinforced flat indicator.
简要阐述了综合显示与加固平板显示器技术发展概况,并对综合显示体系结构及三种平板显示器加固方法、应用场合进行了探讨。
3.
This includes upload and fine interpolation of crosswell geophysical data in depth domain, integrated display of crosswell geophysical data, as well as analysis and interpretation of crosswell geophysical data.
井间地球物理资料的综合显示是实现井间地震资料人机交互解释的必备工作,具体内容包括:①对井间地球物理数据在深度域作精细插值,并加载建库;②实现井间地球物理资料的综合显示;③对深度域井间地球物理资料进行综合分析与解释。
5) Synthesis Display
综合显示
1.
Key Technologies of Synthesis Display System for Flight Simulator;
飞行仿真器综合显示系统关键技术研究
2.
Connotation of Synthesis Display System and status quo were proposed; the architecture of Synthesis Display System was introduced based on Flight Simulator Platform, and the key techniques were studied.
介绍了综合显示系统的概念,以及国内外发展的现状;提出了在飞行仿真器平台上综合显示系统的框架结构,并研究了其中的关键技术。
6) colligation demonstration
综合演示
1.
Research and development of new-type colligation demonstration meter on the mechanism of thermal expansion and contraction of solid;
固体热胀冷缩机理探究与新型综合演示仪的研制
2.
Discussion on new-type colligation demonstration meter on thermal expansion and contraction of solid and exploring of physical principle
新型固体热胀冷缩综合演示仪与相关物理原理的讨论
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