1) strain sensibilization
应变增敏
1.
Based on the mechanism of the fiber Bragg grating s cross-sensitivity to temperature and strain,a new fiber Bragg grating superficial bonded strain sensor with temperature compensation and strain sensibilization was designed and fabricated.
在分析光纤Bragg光栅的温度应变交叉敏感机理的基础上,设计并制作了一种新型的具有温度补偿和应变增敏效果的光纤Bragg光栅表面粘贴式应变传感器。
2) amplification reaction
增敏反应
3) enhancing effect
增敏效应
1.
The paper has studied the enhancing effect of kinds of surfactants, ammonium salts and alcoholics to Cr ( Ⅲ ) or Cr ( Ⅵ ) in atomic absorption flame spectroscopy and explained tentatively their enhancing mechanism .
本文研究了在火焰原子吸收法中各种表面活性剂,铵盐和醇类对Cr(Ⅲ)、Cr(Ⅵ)的增敏效应,并对其增敏机理作了初步解释,同时还拟定了钢中铬的分析方法,进行了标准回收实验,结果表明该分析方法是可行的。
4) stress sensitivity enhancing
应力增敏
1.
Study on stress sensitivity enhancing of optical fiber Bragg gratings;
光纤Bragg光栅应力增敏研究
5) strain increment
应变增量
1.
Applying the law of least square,an optimum straight line is fitted,then the optimum value of strain increment Δε is determined.
因此 ,应用最小二乘法可以拟合一条最佳直线 ,进而确定应变增量Δε的最佳
2.
In order to study inherent relation of strain parameters in depth,the relation between different strain increments and Lode parameter was formulated,hence the quantitative relation between strain increments was given directly.
为深入研究各应变参量间的内在联系,推导出应变增量与罗德系数间关系的表达式,直观地给出了不同应变增量间的定量变化关系。
3.
It is suitable using the simulation results of main strain for analysis in ANSYS-2D and using the simulation results of plasticity zone in FLAC-2D and using the simulation results of strain increment in FLAC-3D.
结合工程实例,采用ANSYS-2D,FLAC-2D和FLAC-3D程序对导水断裂带发育规律进行了大量计算和分析,认为:ANSYS-2D宜采用主应变指标来确定;FLAC-2D宜采用塑性区范围来确定;FLAC-3D宜采用应变增量(曲率)指标来确定。
6) lncremental strain
增量应变
补充资料:放射增敏剂(radiosensitizer)
放射增敏剂(radiosensitizer)
是指单独使用不杀伤细胞,只有与射线共同使用时才提高射线杀伤作用的药物。放射增敏剂的能力用增敏比SER(sensitivityenhancementratio)表示,为
SER=不用增敏剂时达到某一效应的放射剂量/使用增敏剂时达到同样效应的放射剂量
在作增敏剂的横向比较时,还用到另一个量—c1.6,是指增敏比为1.6时的增敏剂浓度。可列入增敏剂的有:BSO(D,L-丁硫氨酸-S,R-亚砜基亚胺)和DEM(顺丁烯二乙脂)、PNAP(双硝基苯乙酮)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