量的例句（量在句子中的用法）

• I'll try to be as inconspicuous as possible. 我会尽量不惹人注意。
• Reduce asas possible to the inconformity the others standpoint and the opposition of the affection. 尽量减少对他人观点的不一致和感情的对立.
• Because of the postulated incompressibility of the fluid, equal masses of fluid occupy equal volumes. 因为有流体不可压缩的假设, 所以质量相等的流体所占据的体积相等.
• One that is incommensurable. 不能测量的东西(事物 )
• TURCK's single axis inclinometer sensor measures angular tilt in reference to gravity. 图尔克的单轴测斜仪传感器测量与重力有关的角度倾斜.
• Don't eat me. I am an inchworm. I am useful. I measure things. 不要吃我! 我是只尺蠖. 我很有用处. 我可以测量东西.
• Process Entropy is a measurement for the incertitude degree of process. “流程熵”是反应流程不确定程度的量度.
• He warned that the effects of any war would be incalculable. 他警告说任何战争造成的后果都是不可估量的。
• Above 100 MHz repetition rate and sub - nanosecond impulser is designed, combined with filter technology. 本文结合传统的滤波器技术,设计了能够达到百兆赫兹以上重复速率、亚纳秒量级的窄脉冲发生器.
• It has performed reliably when used at very high retentions in full - cell impregnation processes. 当用满细胞法使它具有很高的保持量时,它的使用是很可靠的.
• Our resources in technical knowledge are imponderable. 我们的技术知识资源是无法估量的.
• Our imponderable resources in knowledge are constantly growing and are inexhaustible. 我们无法估量的知识资源是不断发展永不枯竭的.
• The imperial gallon is not the same size as the US one. 英制的加仑与美制的容量不同.
• The impalpable power of faith. 信仰的玄妙力量.
• Methods : Urinary transferrin ( TRF ) ? retinol - binding protein ( RBP ) and alphl - microglobulin ( A 1 M ) were determined with enzyme - linked immunosorbent assays. 方法 　 采用酶联免疫吸附法测定尿中转铁蛋白 ( TRF ) 、微量白蛋白(mALB) 、视黄醇结合蛋白 ( RBP ) 和α微球蛋白 ( A1M ).
• Methods Immunohistochemistry and quantitative image analysis were used. 方法免疫组织化学染色与图像定量分析.
• Studies to date hae shown the alue of dipsticks, precipitation, and immunoassays to detect microalbuminuria. 迄今为止,研究已经显示了试纸法 、 免疫沉淀和免疫检测法对检测微量白蛋白尿的价值.
• The marked immunoassay technique gives the changes from macroanalysis to microanalysis. 标记免疫分析技术的出现使临床生化分析由常量分析向微量分析转变.
• Thus there is a greater calcium need to immobilize the oxalate. 因而需要较大量钙去固定草酸.
• Immersion in cold water resulted in rapid loss of heat. 浸泡在冷水中导致热量迅速散失。