1.
The computational results reveal the characteristic of the flow field.
计算结果比较准确地揭示了流场的内部特征。
2.
The diffraction efficiencies are given and compared with scalar results.
给出了计算结果，并与标量近似计算结果进行比较。
3.
The obtained results agree satisfactorily with those deduced theoretically by other authors.
其计算结果和前人用理论计算方法得到的结果比较符合。
4.
The results of calculation and of test agree fairly closely.
通过理论计算及测量结果的比较,证明计算与测量结果非常符合。
5.
Results the standard curve and calculation method of Method-one were rational.
结果方法1制备的曲线和计算方法比较合理。
6.
We would expect the self-consistent to be more accurate.
我们认为自相容计算所得的结果比较准确。
7.
COMPARISON BETWEEN TWO METHODS USED FOR CALCULATING RELATIVE CLAY MINERAL CONTENTS
两种方法计算黏土矿物相对含量结果的比较
8.
It is concluded that more accurate results can be obtained by considering latent heat in process analysis.
与实验结果比较，证明考虑潜热的计算模型会得出更精确的结果。
9.
From the experiment results and the normalization results, the surface recombination velocities of silicon pn junction were obtained.
通过测量结果和计算结果的归一化比较，获得了其表面复合速率。
10.
And the deduced method is verified to be valid by comparing result with the result of the method of moment (MOM).
通过与矩量法的计算结果进行比较,验证了本文算法的有效性。
11.
The result show that GA can be satisfied to the optimization design.
实例计算表明，该方法可以获得比较满意的优化设计结果。
12.
Compare of stat.in shipbuilding based of new system of compensated gross ton calculation;
修正总吨新旧计算体系对造船业统计结果差异的比较
13.
The simplified calculation formula form of cracking moment is simple and the analytical results agree well with that of experiments.
经简化后的开裂弯矩计算公式形式比较简单,计算结果与试验结果基本吻合。
14.
It gave avery good agreement between calculated and experiment results.
并将计算结果与高应变率下的高低温实验数据作了比较，结果表明两者吻合得较好。
15.
The tally of computation and observation is in a good agreement.
将计算值与实测资料比较，结果表明符合程度良好。
16.
A Comparison between B-splines Calculation with Adiabatic Approximation of Energy in a Superstrong External Magnetic Field;
超强磁场中H_2~+能级的B样条计算与绝热近似结果的比较
17.
Comparison of SQA-V Full Automatic Sperm Quality Analyzer and Computer-aided Semen Analysis System
SQA-V全自动精子质量分析仪与计算机辅助精液分析系统结果比较
18.
In analog computing, a functional unit that compares two analog variables and indicates the result of that comparison.
在模拟计算机技术中，一种比较两个模拟量并将比较结果表示出来的功能部件。