湿度

Many kinds of meteorological factors influence dewfall amount in steppe community.

多种气象因子共同影响草原群落凝露的凝露量，在所有因子中近地表凝露层的空气湿度与气温是影响凝露的基本因素，而其它因子则通过修饰这两个因子而起作用。

They need higher humidity to survive and will just die off when there is no more mites for them to eat.

他们需要较高的湿度要生存和将刚刚死亡时，有没有更多的螨为他们吃。

Some monitoring methods for residual water content were summarized and analyzed, moisture sensing and dielectric polarization method would be a future research direction, while weight sensing was also a ideal measuring method if some problems such as heat transfer and installation could be solved.

对当今残余水分监测的方法进行总结和分析，认为湿度传感器法和介电法将成为未来的一个研究方向，而称重法若能解决传热及安装等问题，也会是一种理想的测量手段。

Furthermore,with the development of digital technology ,the temperature-humidity monitor and control chips is on the stage.

在许多场合，及时准确获得目标的温度、湿度信息是十分重要的，近年来，温湿度测控领域发展迅速，并且随着数字技术的发展，温湿度的测控芯片也相应的登上历史的舞台，能够在工业、农业等各领域中广泛使用。

The process of dip pen lithography involves the adsorption of ink molecules on AFM tip ,the formation of water meniscus ,the transport of ink molecules ,and diffusion of ink molecules on the substrate .More factors such as temperature ,humidity ,tip ,scanning speed and so on will influence the process of dip pen lithography .

蘸水笔技术的刻蚀过程包括AFM 针尖对墨水分子的吸附、针尖与基底间弯月液桥的形成、墨水分子在液桥中的传输、墨水分子在基底的扩散等四个阶段，并受温度、湿度、针尖、扫描速度等多种因素的影响。

Temperature and humidity are controlled to ensure that the leaf continues to ferment, without rotting or disintegrating.

温度和湿度的控制，以确保烟叶继续发酵，没有腐烂或崩解。

On board LCD to display current temperature and humidity reading.

在液晶显示器显示目前的温度和湿度情况。

Based on the computer and the general scanner, adopting the technology of picture disposure of computer, the Auto GPR1.0 system is developed to increase the measuring precision of the area of leaves.

为了提高植物叶面积的测定精度，基于计算机和常规扫描仪，采用计算机图像处理技术，开发了温度、湿度自记纸数据自动读取系统(AutoGPR1.0)。

An ultrasonic distance meter cancels out the effects of temperature and humidity variations by including a measuring unit and a reference unit.

提出了一种超声波测距仪来抵消的影响温度和湿度的变化，包括测量单元和参考资料。

The results showed that the diurnal fluctuation of temperature and humidity had similar tendency between inside and outside of greenhouse under different weather conditions.

结果表明，不同的天气条件下，温室内外的温度和湿度的日变化趋势比较一致。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。