1.电子自旋共振
2.红细胞沉降速度
1.electron spin resonance
2.erythrocyte sedimentation rate
1.The main content of this project is to prepare working electrolyte for high voltage, large capacitance, low ESR wet tantalum capacitors.
本课题研究的主要内容是用于高压大容量低ESR液体钽电解电容器的工作电解质。
2.A high field superconducting magnet as well as an ESR modulation coil are supplied with the system.
系统提供可产生高磁场的超导磁体和电子自旋共振模块线圈。
3.The technology of electroslag remelting (ESR) and powder metallurgy (PM) are the main measures in current preparation of high speed steel.
现行的高速钢坯料制备工艺主要是电渣重熔和粉末冶金两大类。
4.A patented method for internal contacting enables the realization of a very low ESR and the most marginal residual inductivity .
专利的内部接续作法,使得实现一个非常低的ESR和最边际的残馀感抗为可能。
5.The results showed that the electromagnetic force is the main driving force for the flow formation in the ESR slag pool.
计算结果表明:电磁力是渣池运动的主要驱动力;
6.In general, patients with PC had a lower hematocrit and higher erythrocyte sedimentation rate(ESR).
总体来说,PC患者一般表现为低血细胞比容及高红细胞沉降率(ESR)。
7.White blood cell(WBC) count, erythrocyte sedimentation rate(ESR), and C-reactive protein(CRP) were higher than normal values.
白细胞计数、红细胞沉降率、高敏C反应蛋白均高于正常值。
8.Arg. extracts were evaluated by the electron spin resonance (ESR) spin-trapping technique.
提取物进行了评价的电子自旋共振(ESR)自旋捕集技术。
9.IBM Support Assistant ESR integrates nicely with data collection and simplifies the PMR submission process.
IBMSupportAssistantESR与数据收集实现了很好的集成,简化了PMR提交流程。
10.This paper presents the theories and practices of optimization of the ESR slag parameters.
本文论述了电渣冶炼渣参数优化选择的理论与实践。