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1·And 90% RH to obtain room design conditions.

和90%相对湿度，以获得空间设计条件。

2·The gain in 2-D or 3-D design conditions and off-design conditions is also discussed .

分别讨论了二维和三维情况，设计和非设计状态时的效益。

3·Faced with this, the paper proposes four various solutions based on the variation of design conditions.

面对这一问题，我们根据设计条件的变化提出了四种不同的解决问题的思路。

4·Results are helpful in determining optimal design conditions in real thermoelectric refrigeration systems.

计算结果对实际热电制冷系统优化条件的确定具有一定参考价值。

5·Owing to the use nonlinear boundary element method, extensions to off design conditions can be easily obtained.

由于采用了非线性边界元，文中所提出的方法可以广泛地适用于偏离设计的工况。

6·The calculating results of thickness of elliptical heads can be automatically obtained only by inputting design conditions.

使用者仅需输入设计条件，然后在结果处轻轻一点，即可计算出封头厚度。

7·Points that we should work on the perfection and corpus about CAD design tolls and the perfection about CAD design conditions.

指出今后CAD技术应从CAD设计工具的完善、集成和CAD设计环境的完善方面进行工作。

8·According to simulation results, the optimization design conditions are raised and related energy consumption is also analyzed.

并根据模拟计算结果，提出了最佳设计条件，并对有关能耗进行了分析。

9·While a general expression for maximum cooling rate is obtained, the design conditions required to achieve it are also determined.

同时，也给出了取得该最大制冷量所需的设计条件。

10·The system under discussion is suited for the naval steam turbine verification calculation and performance analysis for off-design conditions.

该体系适用于舰用汽轮机的校核计算和变工况性能分析。