1) elevation compensating
标高补偿
2) compensation standard
补偿标准
1.
Currently regional ecological benefit compensation standard in Minjiang river basin is determined by the provincial government that relied on the hierarchical authority,which is lack of scientific calculation.
目前闽江流域区际生态受益补偿标准是由省级政府依靠科层制的权威确定的,因而缺乏对流域生态的科学计价。
2.
Concerning the problems existed in the compensation system of expressway requisition land,this paper points out lower compensation standard,unscientific compensation way and sever withholding compensation fund in management and granting at present.
针对高速公路征地补偿制度不完善的问题,指出目前的高速公路征地补偿标准偏低,补偿方式不科学,补偿金管理与发放过程中截留情况严重。
3) calibration-compensation
标定补偿
1.
According to angular velocity and accelerate error mathematical models of micro inertial measure unit(MIMU),a kind of quick calibration-compensation method called dynamic overturn 6 positions was proposed based on special features of micro electronic mechanical system(MEMS) inertial devices,which only needed one single axis velocity rolling plate(without referring to the north).
根据微机电系统MEMS(Micro Electronic Mechanical System)惯性器件的特点,在建立微惯性测量单元MIMU(Micro Inertial Measurement Unit)角速度及加速度误差数学模型的基础上,提出一种适用于MIMU的、仅采用单轴速率转台(无指北装置)的"动态翻转6位置"快速标定补偿方法。
4) compensation objective
补偿目标
1.
Two main types of compensation objectives are widely used in active power filters(APF):the"classic"compensation objective which provides compensated line current being a fundamental frequency(and positive sequence) active current and the compensation objective which makes the nonlinear loads where the APF is connected become an equivalent linear resistance.
在有源电力滤波器(APF)中,被广泛应用的有2种类型的补偿目标:一种是将非线性负载的馈线电流补偿为基波(正序)有功电流,另一种是将非线性负载补偿为一个等效线性电阻。
5) tag compensating
标签补偿
6) bid compensation
投标补偿
1.
For stimulating bidder s extra effort or inputs to prepare a high quality proposal during bid preparation,the owner tries to use bid compensation as an incentive measure.
为激励承包商投入更多的人力和财力进行项目的投标准备工作,进而递交出高质量的投标文件,业主试图通过给付投标补偿来实现激励。
补充资料:标高
地面或建筑物上的一点和作为基准的水平面之间的垂直距离。
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