湿度大

The zonality of engineering geological conditions of the Earth's continents is reflected in their horizontal and vertical transformation on the Earth's continents and is controlled by present heat and moisture supply of the territories and their ratio.

在地球各大陆上工程地质条件水平和垂直上的变化反映出它们的区域性，它受控于该地区的热量、湿度及其比率。

Model HL6000C harvester one rice wheat pairs of person who charges track half feed the entering type combined harvester, It have horsepowers of heavy, efficiency high, adaptable high humidity paddy field person who gather in merit, But because structure its complicated, exist many questions and drawbacks but also in the course of using actually, Through cut this text to it sets of part urge systematic analysis and calculate, find out existing problem its and put forward to among them some solution of problem, In order to improve it cut sets of quality of part, improve overall quality of harvester further.

HL6000C型收割机是一种稻麦双收履带式半喂入型联合收割机，它具有马力大、效率高、可适应高湿度稻田收割等优点，但由于其结构复杂，在实际应用过程中还存在不少问题和弊端，本文通过对其割台部分驱动系统的分析和计算，找出其存在的问题并提出对其中部分问题的解决方案，以提高其割台部分的质量，从而进一步提高收割机的总体质量。

Its control is functioned by a wide range of temperature and humidity and pressure sensors located in each room.

其控制是通过位于各个房间内的大范围温度、湿度和压力传感器来实现的。

The hardwoods need a temperate climate, with moister, warmer weather.

硬木林需要气温较高、湿度较大的温带气候。

The method is based on a spatial combination mask of the Spectrum-photometric Method(TM2+TM3-(TM4+TM5) index and the Tasseled Cap Wetness index,and removing other objects from the mask image by using maximum likelihood classifier.

方法利用谱间关系(TM2+TM3-(TM4+TM5)和缨帽变换湿度分量TCW建立提取水体的最优空间掩膜，使用最大似然法去除最优空间掩膜中其他的地物信息。

Minimum/maximum temperature and humidity memory with time/date stamp.

最小/最大温度和湿度随时间内存/日期戳。

According to drainage capacity calculation results, Water in drainage trough of dryer can be drained out favorably when inlet steam humidity is 10% and drainage capacity has 50% surplus. Calculated maximal water level of drainage trough of dryer by analytical method is consistent with that calculated by CFD software.

当干燥器入口湿度为10％时，干燥器集水槽最大深度解析计算结果与CFD计算结果一致，即疏水结构能够顺利将波形板收集到的水疏走，并且有51％的余量。

Human's skull is very solid and close. The physiologiers and the anatomists have used any means to divide it perfectly,but they have no such strength, later,someone invented suddenly a way ,that is put some seeds of plants in the skull that is to be dissected and provide them temperature and humidity to make them germinate. Once they germinate ,these seeds with terrible strength divided perfectly the skull that any mechanical power can't divide. The power of plants'seeds is so large.

人的头盖骨，结合得非常致密与坚固，生理学家和解剖学者用尽了一切的方法，要把它完整地分出来，都没有这种力气，后来忽然有人发明了一个方法，就是把一些植物的种子放在要剖析的头盖骨里，给它以温度与湿度，使它发芽，一发芽，这些种子便以可怕的力量，将一切机械力所不能分开的骨骼，完整地分开了，植物种子力量之大，如此如此。

Human's skull is so compact and solid that biologists and anatomists exhausted all the ways to dissect it completely but in vain. Then someone came up with an idea. They put some seeds in the skull to be dissected and provide an environment of relative temperature and moisture for them to sprout. Once the seeds sprout, they manifested horrible force with which he succeeded in opening up the skull that may not even dissected by mechanical means. This story tells us how powerful the seed is!

人的头盖骨，结合得非常致密与坚固，生理学家和解剖学家用尽了一切的方法，要把它完整地分出来，都没有这种力气，后来忽然有人发明了一个方法，就是把一些植物的种子放在要剖析的头盖骨里，给它以温度与湿度，使它发芽，一发芽，这些种子便以可怕的力量，将一切机械力所不能分开的骨骼，完整地分开了，植物种子力量之大，如此如此。

From 6860 to 3170 cal.yr BP,semi-desert steppeexpanded,regional montane forest steppe retreated,suggesting a prolonged warm and dryclimate.Between 3170 and 2340 cal.yr BP,regional forest steppe expanded whereassemi-desert steppe retreated,indicating the climate became cool and wet gradually and thehumidity reached the maximum at the end of this stage.During 2340～1600 cal.yr BP,Poaceae steppe dominated whereas wetland meadow expanded and the montane forest stepperetreated,suggesting a cool and wet climate prevailed,wormwood grass steppe prevailed andthe climatic instability increased after 1600 cal.a BEThe climate and environmental reconstructions by pollen were supported by the diatomrecords.A relative high lake level and moister climate prevailed between 8660 and 7230 cal.yr BP as inferred by the dominance of planktonic diatom genera and high planktonic/benthicratio (〉40).low lake level and dry climate sustained during 7230～2330 cal.yr BP assuggested by the low abundance of planktonic diatom and low planktonic/benthic ratio ～20and the lake returned to high level during 2330～930 cal.yr BP as inferred by there-dominance of the planktonic diatom and the high value of palnktonic/benthic ratio.The pollen-based climate reconstruction was also consolidated by the grain size andPediastrum concentration records.

Ugii Nuur湖周围现代孢粉研究表明：松属为空气传播的外来花粉，其含量变化可能指示了远山森林草原发育状况；禾本科具显著低代表性，母体植物建群时含量通常在10％以下：藜科花粉含量可以指示区域气候干旱程度。2、以现代孢粉研究为基础、可靠AMS~(14)C年代为框架，Ugii Nuur孢粉记录高分辨率地重建了蒙古国中部地区过去8660 cal.yr BP以来的植被和气候变化。8660～7800 cal.yr BP研究区植被为禾草草原，湖畔及河谷低地发育苔草草甸，远山发育松属针叶林和森林草原，气候温和略湿润；其中8350～8250 cal.yr BP湿生草甸扩张，旱生植物成分减少，气候凉湿。7800～6860 cal.yr BP旱生成分增加，气候转向暖干。6860～3170 cal.yrBP半荒漠草原扩张，远山森林草原退缩，山地草原和河谷及湖畔湿生草甸退缩，气候持续暖干。3170～2340 cal.yr BP半荒漠草原退缩，远山森林草原扩张，气候转凉变湿，末期湿度条件达最佳。2340～1600 cal.yr BP禾草草原发育，湖畔及河谷低地湿生草甸扩张，远山森林草原略有退缩，气候总体较凉湿。1600 cal.yr BP以来研究区发育禾草-冷蒿草原，气候波动较大。

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。