同量的

基本解释 (translations)

commensurate

与同量的相关的网络例句 [注：此内容来源于网络，仅供参考]

In his view differences in adaptation are insufficient to create niches commensurate in number and kind.

按照他的观点，适应的差异不足以在数量上和种类上形成同量的小生境。

But when we mine commensuration groundwater, the falling velocity water level and range of the deep hydrous stratum are bigger than the shallow hydrous stratum. And the quantity of subsidence is not obvious different. 2. Analyzing the relation between the stratum of groundwater and land subsidence, with the depth of aquifer bed increased, the proportion that the released water because of compressibility of strata possessed become bigger, and it cause land subsidence more serious. 3. The physical and mechanical properties and the consolidation state of stratum do not become better with the depth increased.

依据： ①一般情况下，随深度增加，地层的压缩性会渐下；但是开采同量的地下水，其水位下降的速率及幅度深部含水组比浅部含水组要大的多，两者引起的沉降量不会有明显的差别；②从地下水开采资源组成与地面沉降关系分析，含水层深度越深，其中的压密释水量所占的比例也越大，造成的地面沉降也越严重；③地层的物理力学性质及固结状态，随深度的增加，也不完全是越来越好。

The main findings were as follows: 1. The results revealed that the conjunction of agreement and inconsistency among family members was found in a family. The phenomenon showed that in " the sameness has the differentness" and between "the differentness has the sameness", and it is the special result of system measurement. 2. It proved the system theory including "one adding one are not two", existence of subsystems. 3. Every family member has different perception to the same dyad relationship, so the subject should use the units of whole family, including father, mother, and one child or more. 4. The same members of this family had different perception to different dyad relationship, so the content of instrument should include different dyad. 5. In regard to analyzable methods of family system, the variance is between family members, and it is not adaptation to using average method and variance method.

主要结果包括：第一研究姿现成员问同时具备「一效性」与「不一致性」的现象，此种「同中有异」、「异中有同」的特性，反映出系统圳量时的独特之处；第二，验证家庭系统中的不等加性、家庭整体性并不能成功的被验证，但验证次系统的存在、以及验证次系统之问具有关连性等系统理论；第三，在划量对象上，结果姿现不同成员间的差异的确存在，故进行家庭系统测量之测量单位应以「整个家庭」为单位，故划量对象应包括父、母、子三者甚至更多，所获得的资料亦更接近系统性也更加丰富；第四，不同成员对於不同次系统知觉之分化内涵不同，故必须将不同次系统分开利量；第五，在家庭系统分析方法上，不同成员问观点之差异性是确实存在的，而不适合使用「平均数法」与「差异数法」处理系统资料。

Aimed at the characteristic of multiple types of faults possibly happened in nuclear power plant, large scale of training sample, and requirement of quick and accurate diagnosing, after the analysis of large sample number generated by large fault type exceeds limitation of 64K paragraph in DOS and large number of local minmum in error surface, measurements of same format of data file, Win95/NT operating system platform, resetting weight learning rate, dynamic training set in quick learning algorithm and improvement on quick learning algorithm using homotopy method which can avoid local minmum points in error surface have been adopted to ensure quickly and effective process of the course of neural network's training and testing.

针对核动力装置可能发生的故障种类多，训练样本规模大，故障诊断需要快速准确的特点等，分析了样本多和故障种类多产生的训练样本量超出DOS段大小和网络误差曲面上局部极小值多的情况，采取了使用相同格式数据文件、Win95/NT操作系统平台，对快速学习算法采用重置神经网络权值学习率和动态训练集、并采用能够有效克服网络误差曲面上局部极小点的同伦方法对学习算法进行改进等措施保证神经网络训练测试过程的快速、有效地进行；针对装置发生的故障须快速、准确诊断的需要，分析了故障的产生对装置参数变化的影响及操纵员对故障诊断的基础，在核动力装置发生故障时参数曲线的变化量与正常运行时参数曲线的变化量存在明显差异的基础上，提出采用参数曲线的变化量作为神经网络的输入，并围绕参数变化量的方法采用二次曲线拟合滤波求变化量和阈值技术来保证神经网络得到精确的装置参数变化量，从而得到准确的诊断结果。

To the problem that the isotropy and the technological efficiency of the parallel kinematic machine based on Stewart platform are not satisfactory, a novel architecture of 6-DOF 3-dimensional platform parallel kinematic machine (6-DOF 3-D PPKM) based on the 2-2-2-SPS 3-D PPR is presented. The technological efficiency of design of the parallel kinematic machine is analyzed. Its workspace and the effect of design parameters to the workspace volume are studied. By using the submatrices of Jacobian matrix and force Jacobian matrix, the kinematics/mechanics transmission isotropic indices, kinematics transmission indices, load-bearing capacity indices at any configuration of the parallel kinematic machine are proposed, respectively.

分析其结构和装配工艺性，研究其定位姿工作空间及机床结构参数对工作空间大小的影响，基于Jacobian矩阵和力Jacobian矩阵中同量纲元素构成的子阵，提出该并联机床在任意位姿的运动／力学传递各向同性评价指标、运动学传递能力评价指标和承载能力评价指标；基于柔度矩阵中同量纲元素构成的子阵，提出该并联机床在任意位姿的力-位置柔度评价指标、力-姿态柔度评价指标、力矩-姿态柔度评价指标和力矩-位置柔度评价指标；研究各性能指标在定位姿工作空间内的分布情况。

A plane curve formed by the locus of points equidistant from a fixed line and a fixed point not on the line.

按照他的观点，适应的差异不足以在数量上和种类上形成同量的小生境。

But taken the EKER as the standard, the results are not same as that of seed yield.

这主要是由于以上品种相配的产量并不是以吸收同量的钾为基础的。

"Reducing cattle and sheep populations, and increasing the kangaroo population on the rangelands to 175 million to produce the same amount of meat by 2020, would lower by 16 megatons, or 3 per cent of Australia's total emissions," his paper said.

他的研究中指出，「在二0二0年减少牛羊数量，提高牧场袋鼠数量至一亿七千五百万只，以生产与减少牛羊数同量的肉，可再减少温室气体排放量达一千六百万吨，占澳洲总排放量的百分之三。

Chapter Page 2 26 The sum or difference of two tensors is still a tensor, also of the same order .

两个同阶张量的和或差仍是一个张量，且同阶

The second group received I.V. infusion of L-arginine and the third,as the control group,was retroperfusion with normal saline.

第二组外周静脉接受同量的左旋精氨酸；第三组为对照组，冠状静脉逆行灌注同量的生理盐水。

与同量的相关的网络解释 [注：此内容来源于网络，仅供参考]

be commensurate with：相称, 同量

Japan science and technology agency 日本科学技术总局 | Be commensurate with 相称,同量 | Be responsible for 为...负责,形成...的原因

commensurable：可公度的

commensurability 公度 | commensurable 可公度的 | commensurate 同量的

commensurate：相当,同量的

commend 称赞 | commensurate 相当,同量的 | commingle 混合,混杂

commensurate：同量的

commensurable 可公度的 | commensurate 同量的 | comment card 注释卡

COMMENSURATE: A.1：相当的,相称的 2.相等的,同量的,同大的

PREDETERMINED: A.预先决定的;预先解商的 | COMMENSURATE: A.1.相当的,相称的 2.相等的,同量的,同大的 | COMPATIBLE: A.能和睦相处的,合得来的;协调的,一致的

commensuration：同量

commensurate 相称的 | commensuration 同量 | comment on 评论

commensuration：同量/同大/通约

commensurate 同样大小的,相称的 | commensuration 同量,同大,通约 | mensural 关于度量的,定律的

Impact heal：弹返成功根据攻击力自动回复同量的体力

Auto Impact C B A:防御时一定几率将对手的攻击弹返,等级越高几率越大 | Impact heal:弹返成功根据攻击力自动回复同量的体力 | Impact Edge:弹返成功根据攻击力给对手同量的伤害

isobaric：同量异位的

isobar 等压线 | isobaric 同量异位的 | isobaric analog resonance 同质异位相似共振

spinor：旋量

狄喇克发现旋量(spinor)是一种新的场量;它的最简单的方程在很大程度上能使人推出电子的性质. 后来,在同我的同事伐耳特.迈尔(Walter Mayer)博士合作下,我发现,这些旋量形成一种新的场的特例,在数学上同四维体系相联系,