1) shim power
匀场电源
1.
In order to realize the setup and control of the shim power initial parameters,this paper uses single chip microcomputer(SCM) as the controller and uses EEPROM as the memorizer for initial parameters.
为了实现匀场电源初始参数的设置和控制,采用STC89C58单片机作为控制器。
2) active shimming
有源匀场
1.
Research on the optimization algorithm of active shimming current;
有源匀场电流优化算法研究
3) passive shimming
无源匀场
1.
To calculate the position and number of passive shimming ferromagnetic elements, a simulation algorithm is designed for magnetic resonance imaging(MRI)permanent magnet system.
实验结果表明,该方法能够有效地指导无源匀场工作,得到满意的匀场效果。
2.
A new passive shimming method has been developed based on dynamic programming algorithm.
提出一种基于动态规划的无源匀场方法,并编制了相应的匀场软件;分别在双柱型磁体和传统C型磁体上进行了匀场实验,大量实验结果表明该方法可以有效提高磁场均匀度。
4) uniform electric(UE) field
匀强电场
1.
Bioremediation of oil-contaminated soil under uniform electric(UE) field condition in north Shannxi Province,China;
匀强电场和微生物联合修复石油污染土壤的实验研究
5) even varying electric field
匀变电场
1.
The magnetic field induced by the even varying electric field is calculated by solving differential equations, and the result is identical to that from integral.
通过求解微分方程,得到圆形平行板电容器间匀变电场激发的感生磁场,所得结果与积分法完全相同。
6) uniform electric field
均匀电场
1.
The shell structure of three dimensional harmonic oscillator in the uniform electric field and magnetic field;
均匀电场、磁场中三维各向同性谐振子的壳结构
2.
In order to clarify the effect of an electric field on the bubble shape, the visualized experiments are carried out on a single bubble formed by manually injecting in a uniform electric field, and the electric field distribution in the bubble-liquid two-phase system and the electric stress acting on bubble are calculated.
为探明外加电场对汽泡形状的影响规律,本文采用人工注射汽泡的方式,对均匀电场作用下单个汽泡的形状进行了可视化试验研究,计算了汽-液两相系统中的电场分布及汽泡所受的电应力。
3.
The forces caused by uniform electric field acting to polarized water drop were calculated by integrating surface unit method.
分别对均匀电场作用下4种油中水滴的变形量进行模拟计算,结果表明,运用变形动力学模型得到稳态水滴在电场中变形量的数值解与Eow[4]的实验结果基本吻合。
补充资料：矿石匀化料场
矿石匀化料场
ore blending area
kuongshl yunhuol一ooehong矿石匀化料场(ore blending area)具有定的矿石贮存能力，通过堆料和取料程序进行矿石匀化的堆场。1905年美国一家钢铁厂首先采用匀化料场对铁矿石进行匀化，到80年代，匀化料场已被世界许多工业部门采用。(参见彩图插页第22贞) 矿石匀化料场主要由进料带式输送机、堆料机、取料机、料堆、出料带式输送机、样品检测和环保设施等组成。在匀化料场上，堆料机连续地将矿石按规定的堆料方式堆成符合要求的料堆;而后，取料机在堆好的料堆上按规定方式切割料层。通过这样的堆料和取料过程可使矿石匀化，为选矿厂提供性质稳定的矿石。 匀化料场主要有长方形和圆形两种:长方形料场有一跨两堆制、两跨两堆或四堆制;料场最少有两个料堆，户个堆料，一个取料，保证堆料和取料不会互相干扰。圆形料场的料堆为圆环形，外圆直径为朽~一100m为避免堆料和取料相互干扰，圆形料场以三分之几的容量供取料，三分之一容量供堆料。料场多为露天的;当有防冻、防雨或环保要求时，可将料场设在厂房内、料场的大小根据生产厂规模及要求贮存的时间来计算。为r获得良好的效果，必须有相当数址的料层，般为400一600层。 料场设有专门的样品检测装置，可及时掌握料堆中的矿石性质。料场还需配置避免或减少料场内外环境污染的设施。 (宋梅’资)
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