1) plane error
平面误差
2) Error field
平面误差场
3) plane
平面
1.
Research on water flooding effect improved by vectorial well arrangement for reservoirs with permeability heterogeneity in plane;
矢量井网改善平面非均质油藏水驱开发效果研究
2.
Distribution of Magnetic Charges in Arbitrarily-shaped Region on the Plane;
平面上任意形状范围内的磁荷分布
3.
Simulation of Even Material Removal During Eccentric Plane Polishing by a Tin Polisher;
定偏心锡磨盘超精密平面抛光均匀去除模拟计算(Ⅰ)
4) flat
平面
1.
Anti-earthquake research is done on various type of flat metallurgical buildings of reinforced concrete,the affecting factors are analyzed such as: working space,shift and twist,column shape,roof rigidity,side-way stress resistance of gable and longitudinal wall and so on,the adjusting index for space effect and twist influence in flat truss calculation proposed.
针对各种类型的钢筋混凝土单层冶金厂房进行抗震研究,考虑到厂房的空间工作、平移和扭转、柱子形式、屋盖刚度、山墙和纵墙的抗侧力作用等因素,提出了平面排架计算的空间作用和扭转影响的调整系数。
2.
The flatted-painting resulted from the previous internal evolution of paint-ing.
绘画平面化就是绘画内部先前事件的结果,它的目的是要使绘画内部诸形式手段获得独立并指向自身,这种发展的内在逻辑并不会随着社会的,经济的,意识形态的变化和转折而更改。
5) Plan
平面
1.
Taking Dong Nationality s traditional residence in Tongdao, Hunan for examples, this paper studied on the technological characteristics of it, from the respects of plan style, structure mode and constitution method, and summarized that the general features of Dong Nationality s traditional residence are simplicity, utility and freenes
本文以湖南通道侗族传统住宅为例,从平面类型、结构方式、构造做法几个方面研究了侗族传统住宅的建筑技术特点,认为简朴、实用、不拘一格可以视为侗族传统住宅建筑技术的总体特色。
6) level
平面
1.
The expression of line and level in three-dimensional space in computer is introduced respectively, laying the emphasis on the method of judging the position relation of line and level.
分别介绍了空间直线与平面在数学及计算机中的表示方法,重点强调空间直线和平面位置关系的判定方法,并介绍了这一方法的应用。
2.
There are syntactic,semantic and pragmatic levels in grammatical research and different sentence constituents can be analyzed in each level.
在语法研究中存在三个平面,句法的、语义的、语用的。
参考词条
补充资料:【系统误差】(systematicerror)
【系统误差】(systematicerror)
亦称“恒定误差”。在同一条件下多次测量同一量时,误差的数值和符号保持不变,或在条件改变时,按某一确定的规律变化的误差。产生的主要原因:(1)分析方法不完善。如在重量分析中,由于沉淀的溶解和共沉淀现象等;在职滴定分析中,由于反应进行不完全和*等当点与滴定终点不符合等,均将系统地影响测定结果偏高或偏低。(2)仪器本身不够精确。如砝码重量、容量器皿刻度等。(3)试剂不纯。(4)操作者主观上带来的误差。如对滴定终点颜色的辨别不同等。为保证分析结果的准确度,对这类误差必须尽量减小以致消除。常采用标准试样和标准方法来进行校正,或由不同单位、不同人员测得的结果,进行对照和评价,从而得出校正系数以消除之。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。