计算的结果

基本解释 (translations)

calculation

与计算的结果相关的网络例句 [注：此内容来源于网络，仅供参考]

And, the associated momentum space wave functions are calculated by applying appropriate Fourier transformation.

计算结果与已有的实验实验值和其他文献的理论计算结果比较表明，本文计算的结果是准确的。

The calculating concrete example showed that the difference of results between perturbation method and Bessel function method are relatively.

实例计算证明，摄动法计算的结果与Bessel函数法计算的结果相差较小。

The numerical results presented are compared with the results obtained by the traditional method of moments. It is shown that, especially for electrically large targets, the complexity of computation is obviously reduced without sacrificing much accuracy.

将计算结果与传统矩量法计算的结果进行了比较，数值结果表明：在不影响精度的前提下，尤其是对于电大目标问题，本文方法的计算效率大大提高。

Using the one-atom theory, the electronic structures of Pt-electrocatalyst with fcc structure was determined as follows:(5dn)6.48 (5dc)2.02 (6sc)1.48(6sf)0.02. Compared to the result obtained by the first-principle method such as FP-LMTO, CASTEP, their results are in good agreement with each other. Comparing the calculations of physical properties such as lattice constants, cohesive energy and bulk modulus by OA method and first-principle method, the result obtained by OA method is in excellent agreement with experimental value, but the result obtained by first-principle method is not accordable. The relationship between the electronic structures and catalytic performance was explained qualitatively by OA method and first principle method according to its electronic structures. Because the d-orbital vacancies increases and static density is high around Fermi energy band, Pt has good catalytic performance.

摘 要：依据纯金属单原子理论确定面心立方结构电催化剂Pt的电子结构为(5dn)6.48(5dc)2.02-(6sc)1.48(6sf)0.02，与采用第一原理的FP-LMTO和CASTEP等方法所计算的电子结构相比较，其结果非常相近；由OA理论和第一原理方法计算的晶格常数、结合能、体弹性模量等物理参数进行比较，OA理论计算的结果与实验值较符合，而第一原理方法计算的结果与实验值相差较大；在此基础上用OA理论和第一原理方法研究了Pt的电子结构与催化性能的关系，由于d带空穴增多和费米能级附近态密度较高，导致金属Pt的催化性能很好。

Results obtained for several turbomachine cascades demonstrate both fast convergence speed and good coincidence agreement of calcu...

对一些叶栅计算的结果表明：本方法收敛迅速、稳定，计算结果与实验结果基本一致。

Results obtained for several turbomachine cascades demonstrate both fast convergence speed and good coincidence agreement of calculated result with the experimental value or available analytic solution.

对一些叶栅计算的结果表明：本方法收敛迅速、稳定，计算结果与实验结果基本一致。

Firstly, the flood control regulation of TGP in Sep is computed based on the analyses on the inflow in Sep and Oct, and the risk and loss on the ahead impounding scheme is calculated and analyzed. Then, the storage level, power production and releasing discharge are achieved by computing on the electricity generation model through reservoir regulation graph. Thirdly, obstruction in channel is analyzed and the problem in the Chongqing reach is more serious in 175-145-155m scheme. The sediment aggrading process and distribution on different schemes is calculated by 1-D reservoir mathematical model. The navigation benefit is computed by navigation model. Based on above calculations, the impounding time is decided by the multi-purpose decision model, and evaluate by analytical hierarchy and balance layout model. A best impounding scheme is achieved to match the requirement of flood control electricity generation and navigation et al.

首先，在对宜昌站9、10月份来水分析的基础上，采用第2章建立的防洪优化调度子模型进行了三峡水库9月份防洪调度，分析了汛末提前不同天蓄水对防洪的影响，计算了汛末不同蓄水方案水库9月份的洪灾风险率和风险损失；接着，根据第2章建立的发电调度子模型进行了三峡水库发电调度计算，得出了不同蓄水方案下水库的坝前水位、发电量及下泄流量过程；然后，分析了175-145-155m方案下三峡水库的碍航问题，指出175-145-155m方案下重庆河段的碍航问题最为严重，通过进行不同蓄水方案下水库一维泥沙冲淤计算，得出了不同蓄水方案下库区淤积过程及分布，并通过航运调度子模型，计算了不同蓄水方案下水库的航运效益；最后，根据以上防洪、发电及航运调度计算的结果，运用第3章水沙多目标决策模型对水库的蓄水时间进行了多目标决策，并采用层次加权均衡规划模型对计算结果进行评价，得到一个能满足水库防洪、发电及航运各方面要求的最佳蓄水方案。

The principle of programming is focused on easy understanding and good use. The basic calculating data of Dahuofang water diversion project is put into the program which the water hammer calculation begins.Part four, uses the advanced Bentley Hammer water hammer calculation software calculates several identical engineering conditions of Dahuofang water diversion project, and then compares the results with the results of programming calculation, and proofreads the accuracy of programming calculation.

程序编好后输进大伙房输水工程的基本计算数据就可以开始进行水锤计算。4、同时使用目前世界上比较先进的&Bentley Hammer&水锤计算软件，计算大伙房输水工程的几个相同工况，所得结果与编写程序计算的结果进行对比，对编写的程序的正确性进行校核。5、在证实了编写程序的正确性，公道性后。

The modal parameters of some typical structures, such as cantilever beam, stiffened plate were calculated with the iteration method.

用这种迭代算法计算了几种典型阻尼结构悬臂梁和压筋板的模态参数，计算结果与试验模态分析结果或理论解析计算的结果基本一致。

This paper also brings forward the generatordesign platform for the helical tube steam generator, by using thermal-technicalanalysis platform and calling of analysis modules, thermal-technical calculationfor different type of steam generators can be realized.

排管程序可以灵活选择输入参数进行自动排管计算得到蒸发器结构参数，其结果可以作为热工计算的输入条件，并和热工计算的结果相校核。论文还提出了蒸汽发生器通用设计平台，通过构建蒸发器的热工分析框架与分析功能的模块化调用，实现对不同型式蒸汽发生器的热工计算。

与计算的结果相关的网络解释 [注：此内容来源于网络，仅供参考]

assignment statement：赋值语句

如果你定义了...你可以使用赋值语句(assignment statement)将计算的结果存储到一个变量中. 赋值语句由一个变量名后跟一个赋值运算符(assignment operator)算术表达...字符类型(char)的变量存储一个字符. 在内存中每个字符占1 6位,两个字节,

conformal mapping：保角变换

[中文摘要]本文介绍了运用保角变换(Conformal Mapping)法与格林函数法(Green Function)计算电磁场边值问题主要是静电场边值问题的理论方法,并给出了几种特殊边界条件下应用保角变换法计算的结果,绘出了二维和三维等势线和电场线的图形.

count：数量

4.在查询中执行计算的注意事项 如果要在字段中显示计算的结果,可以使用 Microsoft Access 所提供的预定义计算或自定义的计算. 使用所谓"总计"的预定义计算,可计算出记录组或全部 记录的下列量值:总和(Sum)、平均值(Avg)、数量(Count)、最小值(Min)

evaluation：计算

~(match) 在 AWK 之涵意简述如下 :的子字符串; 若含有该成立(true) 则执行其对应的 Actions.之前所介绍的各种 Patterns, 其计算(evaluation)后结果为一逻辑值上式利用&& (and) 将两个 Pattern 求值的结果合并成一个逻辑值.当AWK读入的资料列使得 Pattern1 成立时,

Liriodendron chinense：鹅掌楸

实测Pmax与用式(1)模拟计算的结果相比,第2片叶在其下限范围,第4片叶恰在模拟数据内. 由于观测时间短,还需进一步试验研究,以便为建模提供可靠参数. [4] 郭志华 张宏达 李志安 胡宏伟,鹅掌楸(Liriodendron chinense)苗期光合特性的研究生态学报1999,19(2)

order of magnitude：量级

1945年美国第一枚原子弹爆炸现场,费米把撕碎的纸屑扔向空中,根据纸屑在爆炸冲击波作用下离开原点的距离来估计爆炸当量,结果跟后来计算机精确计算的结果所差无几,费米这种估计物理量的数量级(ORDER OF MAGNITUDE)的方法直到现在也是物理学

Spreadsheet：数据表

要求今天的学生必须能够:进行心算和有效的估算;知道在某一特定条件下适于使用哪种数学运算;能够正确、自信和恰当地使用计算器;会估计数量级以确认心算或计算器计算的结果:会使用表、图、数据表 (Spreadsheet)和统计技术去组织、解释和表示数值信息;

student's t distribution：学生t分布

假设,例如,你已经针对相等均值并且结果是边界(borderline)构造了一个学生t分布(Student's t Distribution). 或许你的两个样本彼此不同,或许它们不是彼此不同;基於计算的结果你并不能确定. 一个合理的问题是「在我获得一个样本的区别是真实的概率为X%时我需要进行多少次的测量?

Visitors：访问者

我们试图用2个实际例子来揭示可能的情况:在选择网站分析工具时,一定要与供应商探讨他们对访问者(Visitors)和访问人次(Visits)的定义和计算方法,否则你计算的结果无法与其它工具计算的结果进行比较.

Water vapor permeability：水蒸气透过系数

"水蒸气透过系数"(water vapor permeability)是材料本身的一个性质. 它是材料厚度与性能的算术计算的结果.