Differential display is prone to cloning artifacts.

差压开关
双语对照
词典结果：
differential pressure switch
[英][ˌdɪfəˈrenʃəl ˈpreʃə switʃ][美][ˌdɪfəˈrɛnʃəl ˈprɛʃɚ swɪtʃ]
压差开关,压差传感器;

差分全球定位系统

看了一下,你的问题的membrane domains不完整,个人认为应该是 membrane lipid domains ,中文意思是膜脂结构域.生物膜在化学组成上是不均一的,这也决定了其物理和生物学特性的不均一.习惯上将整片生物膜上化学、物理和生物学性质相接近的区域归为一类,称为membrane lipid domains.各类membrane lipid domains 间分工明显,有些负责信号转导,有些负责物质的跨膜转运,有些负责生化反应等等.domain就好比复杂蛋白质结构中存在多种结构上明显差异的区域（称为结构域,即domain).
differential gene transcription又称differential gene expression,即差异性基因表达.因为gene的转录即是gene expression的第一步,也是最重要的一步.人的每个细胞,不管其来自心肌细胞或时脑细胞,都含有46条chromosomes,也就是说含有相同的基因.但是每个细胞在结构形态上差异巨大,如神经细胞长达1m,普通细胞仅1um左右.为什么呢,实际上主宰细胞的一类大分子绝对是proteins,每个细胞有自己特有的一套蛋白质.而proteins来自不同genes的expression.所以就涉及特定细胞内一些基因表达的关闭,仅部分基因“说话”.当然这看似简单的调节却包含着极为复杂的调控系统,而这些内容正是当今developmental biology的研究热点.
以上全是个人意见,完全没有上网复制粘贴,绝对好的话就顶起!

无新常数的微分环延伸

Differential protective relay has been used as the primary protection of most power transformers for many years.差动保护继电器在大多数电力变压器中作为主保护已经采用好多年了.Inrush can be generated when a transformer is switched on the transmission line or an external line fault is cleared.涌流可能产生在变压器切换到输电线上或外部线路故障被清除时.It may result in mal-operation of differential protection if blocking scheme is unavailable.Therefore,discrimination between an internal and a magnetizing inrush current has long been recognized as a challenging power transformer protection problem.如果未能利用闭锁方案,它会导致差动保护的误动作.因此,在内部涌流和励磁涌流之间做出鉴别一直被认为是电力变压器保护的具有挑战性的问题.Since a magnetizing inrush current generally contains a large second harmonic component [2],[3] in comparison to an internal fault,conventional transformer protection systems are designed to restrain during inrush transient phenomenon by sensing this large second harmonic.因为励磁涌流与内部涌流相比,一般包含大的二次谐波分量【2】,【3】,所以常规的变压器保护系统都通过传感这一大的二次谐波而被设计成在涌流瞬态现象过程中抑制.However,the second harmonic component may also be generated during internal fault due to CT saturation or the existence of a shunt capacitor or the distributive capacitance in a long EHV transmission line to which the transformer may be connected.然而,二次谐波分量在内部故障过程中也可能因CT（电流互感器）饱和,或并联电容器的存在,或可能与变压器连接的大长度超高压输电线上分布电容的存在而产生.In certain cases,the magnitude of the second harmonic in an internal fault current can be close to or greater than that present in the magnetizing.Moreover,the second harmonic components in the magnetizing inrush currents tend to be relatively small in modern large power transformer because of improvements in the power transformer core material.在一定情况下,在内部故障电流中二次谐波的幅值可能接近或大于存在于励磁作用中的幅值.而且,在现代化的大型电力变压器中,励磁涌流中的二次谐波分量往往相对较小,因为电力变压器铁芯的材料改进了.Recently,other techniques have been developed to carry out current classification applied in transformer protection,including pattern recognition using trained artificial neural network (ANN),transformer inductance during saturation,fuzzy logic and flux and voltage restraints [3],[4].最近,其他技术已经开发出来,以进行电流的分类而用于变压器保护,这些技术包括：采用经过训练的人工神经网络（ANN）,在饱和过程中的变压器电感,模糊逻辑,以及磁通和电压制动来识别图形【3】,【4】.These techniques require a large computational burden,large memory toaccommodate the required algorithms,complex experimental data or large dependence on the transformer parameters.这些技术需要大的计算负荷,大的存储器来容纳所需的算法,还需要复杂的实验数据或对变压器参数大的依存性.
问题补充：This paper proposes a new principle to discriminate between an internal fault and a magnetizing inrush current by correlation function principle in DSP and the selfcorrelation
function of the sampled data is calculated and compared with the standard self-correlation function formed with sinusoidal current.The results of theoretical analysis and dynamic simulation verify the feasibility of the proposed method.
本文提出了一种新的原理,以便用数据信号处理（DSP）中的相关函数原理鉴别内部故障涌流和励磁涌流,并对采样数据的自相关函数进行了计算,并与由正弦电流形成的标准自相关函数做了比较.理论分析和动态仿真的结果验证了所提出方法的可行性.

Because the differential cross section is usually independent of ¢,we need to consider beam particles at only ¢=0.We have to take into account the fact that in a real beam,there are more particles at some values of b than at others.
因为微分散射截面通常都不依赖于¢,我们只需要考虑位于¢=0的束中粒子.我们必须考虑到一个事实,即实际的粒子束中,某些b的取值总是比其他b的取值对应着更多粒子.（即粒子数目对于b的分布不是均匀的,取某些特定b值会得到更多粒子数目）
That is,the number of particles in a real beam is proportional to InbAb,the area of the ring between b and b + Ab,where we have integrated over the values of to obtain the factor of lit.Here Ab is the interval between the values of b used in the program.Because there is only one target in the beam,the target density is n = （公式）
这也就是说,在一个实际的粒子束中,粒子数目是正比于 InbAb ,即半径介于b和b+Ab的环的面积,这个面积我们通过对的值的积分来得到lit因子.（嗯,没上下文,看不出来,但是应该是一个和lit因子有关的公式,lit应该是缩写一类的,不好翻） 这里Ab是程序中b的值之间的区间宽度（应该程序里面有多个b的值,每相邻两个b对应一个区间）.因为只有一个标靶在粒子束中,（标）靶密度是n=（公式）

多维微积分
电磁场
系统理论

differential pressure switch
[英][ˌdɪfəˈrenʃəl ˈpreʃə switʃ]
[美][ˌdɪfəˈrɛnʃəl ˈprɛʃɚ swɪtʃ]
意思为：压差开关,压差传感器;

差分对布线：
- 每个信号跟踪装置和路由之间的RJ45应该有一个100欧姆差分阻抗特性+ / - 10％
- 关于TRD公司+ / - 追踪,并从两人一comon港口应在租赁另一个是跟踪高3倍之间的空间
- 路线,使差分对的TRD公司+和TRD公司,信号相距甚近.陨星在宇宙中不使用,使线路长度匹配.对不改变路线层（等）尽可能
- 确定所有高带宽信号及其返回路径
- 不要越过护城河路线信号

(a)dy/(y^(1/2)) = 4dx/x2y^(1/2) = 4ln|x| + cx = 1,y = 1:c = 2√y = 2ln|x| + 1y = (lnx² + 1)²(b)dy/y = 2dx/(x² - 3x +2) = [2/(x - 2) - 2/(x - 1)]dxln|y| = 2ln|x - 2| - 2ln|x - 1|+ cx= 0,...

differential表示差分,
RSE ,Referenced Single Ended,表示参考地单端；
NRSE, Non-Referenced Single Ended,表示无参考地单端.
基本上,就是选差分,或者RSE.

车辆运动在直角坐标系(XOY)中的微分方程式,可以通过将自然坐标系中的力和阻力在X,Y轴上的分量投射在已知角度a来获得.

应该是：ordinary differential equations(常微分方程) 比 differential equations(微分方程)
常微分方程比微分方程简单,因为微分方程还包括偏微分方程

Defferent 强调两者不同性质的差异,其反义词是 Same 相同的,比如：计算机和电视机
Defferential 强调是程度和级别上的差异,既相同的东西之间存在的偏好差异,比如,笔记本电脑中的上网本和商务本

differentiation,微分（名词）
differentiate,求导,或者求微分（动词）
differential（微分的）形容词
还有一个：differentiable可微的