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1·It is the key problem to fully improve the thermoelectric figure of merit.

如何最大限度地提高材料的热电优值是当今热电材料研究的主要问题。

2·And the figure of merit shows that the large change of field-induced absorption coefficient is important for the device performance.

评价函数曲线表明，设计场诱吸收系数变化较大的量子阱材料非常重要。

3·The results obtained show that the devices'voltage response figure of merit can be greatly increased by using obliquely cut ATGSP crystals.

实验结果表明，采用斜切方式的ATGSP 晶体热释电探测器件可以提高电压响应优值。

4·The goal of the effort is to create a technology base and technology demonstrators that change the key figure of merit by a factor of 2 or more.

我们努力的最终目标是创建一个技术数据库，并且这个技术能解释（评价利润或利益）优良指数可以翻2倍或者更多倍。

5·The objective is to focus research on the most compelling benefit sought by end-user customers and the figure of merit thy use to measure the benefit.

目标是将研究集中于由终端消费者所寻求的最大驱动利益并且着眼于他们评价利益的优良指数。

6·These two properties define what physicists call the figure of merit of a thermoelectric substance, which describes the power a device made of that substance could generate.

这两种属性决定着热电材料的“品质因数”。“品质因数”是用来描述用热电材料所制成的元器件的输出功率的单位。

7·Based on the figure of merit to objectively evaluate the performance of star acquisition approach, a number of experiments are carried out for the simulated star images.

基于所定义的性能评价指标，对模拟星图进行了星图获取的实验验证。

8·The present paper shows that the overall performance of low light level image intensifiers should be evaluated by the figure of merit, rather than by the concept of generation.

文中阐述了微光像增强器总体性能应以品质因数而不是代的概念进行评价。

9·The results show that the figure of merit and the differential phase shift of the phase shifter are larger than these of rectangular waveguide phase shifter under the same condition.

结果表明，该移相器的优值和差相移比同一条件下的矩形波导的同类移相器的大。

10·In order to evaluate the performance of the proposed method quantitatively, a figure of merit for the test image generated by computer is defined and used as a measure of evaluation.

为了定量地评价这种平滑方法的性能，本文对计算机产生的试验图象定义了一种图象优值，作为评价的指标。并且通过实验将这种平滑方法的性能与梯度的倒数加权平均法、中值滤波法进行了比较。