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developing intensity
相关语句
  发展强度
     The results indicate:Ambient wind has a great influ-ence on the developing intensity,structure and precipitation of orographic-convectivecloud over an upslope.
     模拟结果表明,环境风场对于地形抬升产生的对流云的发展强度、云体结构以及地面降水等具有重大的影响.
短句来源
     As key regions of sandy desertification research in North China sandy desertified lands in these areas can be classified into 4 large regions and 29 sub-regions according to the time-space distributing characteristics, the naturally zonal principle and the developing intensity principle.
     所以,它们是中国北方沙漠化研究的重点区域。 根据不同时期沙漠化土地空间分布和演化的特点,依据其自然地带原则和发展强度原则,将我国沙漠化土地划分为4大区29个亚区,应是防治的重点区域。
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  相似匹配句对
     Developing Spintronics
     发展中的自旋电子学
短句来源
     it is the theory that is developing.
     是不断发展的理论。
短句来源
     The intensity of stresses(?)
     并计算了应力强度(?)
短句来源
     it can stimulate convection with large developing height but little intensity and energy.
     这种层结可触发对流,发展高度很高,但强度不大,能量较小。
短句来源
     The Effects of Light Intensity on the Physiological Metabolism during Stone Cell Developing of Dangshan Pear
     光强对砀山酥梨石细胞发育过程生理代谢的影响
短句来源
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The carbonate rocks extensively distribute in China and the karstic caves are developed very well.Since Cenozoic Era, the change of the natural environ ment and the gentle topography in East China have produced the latitudinal changes of the hydrother-mal condition and karstic development with latitudinal zonality. The abruptly ising and falling landform and the outstanding vertical change of hydrothermal condition in west China have simulated the karst development with the characteristics of the vertical changes...

The carbonate rocks extensively distribute in China and the karstic caves are developed very well.Since Cenozoic Era, the change of the natural environ ment and the gentle topography in East China have produced the latitudinal changes of the hydrother-mal condition and karstic development with latitudinal zonality. The abruptly ising and falling landform and the outstanding vertical change of hydrothermal condition in west China have simulated the karst development with the characteristics of the vertical changes and regionality.Therefore, the development of karst caves in China is characterized by both zonality and regionality as follows.(1) The types of karstic cave with obvious regionality.(2)The developing intensity (dimension and amount and density) of karstic caves is gradually weakening from south to north.(3)The abundance of chemical deposits and filling degrees in karst caves decrease from south to north;(4)The distribution of karstic caves greatly differs from south to north areas, the caves extensively develop in south China but big caves in north area generally develop on the planation surface of the higher mountains, and the small caves are in the lower place.Based on the similarity and difference of the developing environment and the e characteristics of the developing intensity of karstic caves development in China, the following regions may be summaryed.1. The most intensive region in South China; 2.The more intensive region in Central China; 3. The weak-developed region in North China; 4. The weaker-developed region of Tibet plateau; 5. The weakest-developed region in West-North China.

本文从影响喀斯特洞穴发育区域分异的因素,探讨我国喀斯特洞穴发育的一些区域分异特征。

This paper deals with the comparative study of the genetic properties of soils in arid tropical and subtropica regions of China. The results showed that, (1) as compared with the corresponding soils in humid regions all the soils in arid areas are the same in properties, with a weeker eluviation, higher pH and base saturation, a little difference between CEC and ECEC, a very low amount of variable negative charge, a high ferritization coefficient, low hydration coefficient, and low contents of active Fe and...

This paper deals with the comparative study of the genetic properties of soils in arid tropical and subtropica regions of China. The results showed that, (1) as compared with the corresponding soils in humid regions all the soils in arid areas are the same in properties, with a weeker eluviation, higher pH and base saturation, a little difference between CEC and ECEC, a very low amount of variable negative charge, a high ferritization coefficient, low hydration coefficient, and low contents of active Fe and Al which indicates that the soil developing intensity is low. (2) Owing to the different hydrothermal condition the soils in various arid regions are different in their developing intensity. The developing intensity of the soils in various regions studied is in a desconding sequence of the soil in west Hainan (in ferrallitic stage)>the soil in Yuanjiang Yunnan (weak ferrallitic) the soil in Tianlin, Guangxi (parafereallitic)>the soil in Yuanmou Yunnan (fersiallitio)>the soil in Dukou, Yunnan (scallitic).

本文对我国四川渡口、云南元谋和元江、广西田林以及海南岛西部等几个干热地区土壤的形成条件和发生学特征及发育程度进行了对比研究,同时对该类土壤发生上的共性及差异性进行了对比研究。结果表明,干热地区土壤与相应湿润地区土壤相比,具有淋溶特征不明显及土壤发育程度较轻等共同特征。不同干热地区因干热程度及水热配置上的不同,土壤在发育强度上也表现出明显差异,其顺序是:粤11号>滇5号>桂7号>滇1号>滇4号,分别处于铁铝化、弱铁铝化、准铁铝化、铁硅铝化及硅铝化阶段。

The paper simulates the effects of ambient wind on the development of orographic-convective cloud by means of a two-dimensional compressible convective cloud modelwith terrain-following coordinate.The results indicate:Ambient wind has a great influ-ence on the developing intensity,structure and precipitation of orographic-convectivecloud over an upslope.When the middle-upper wind and lower upslope wind are in thereverse direction,the larger the wind speed and Shear intensity of middle-upper levelwind,the...

The paper simulates the effects of ambient wind on the development of orographic-convective cloud by means of a two-dimensional compressible convective cloud modelwith terrain-following coordinate.The results indicate:Ambient wind has a great influ-ence on the developing intensity,structure and precipitation of orographic-convectivecloud over an upslope.When the middle-upper wind and lower upslope wind are in thereverse direction,the larger the wind speed and Shear intensity of middle-upper levelwind,the severer the convection;when in the identical direction,ambient wind willweaken the maximum intensity of convection.

通过一个带地形处理的二维弹性对流云数值模式,模拟了斜坡地形上不同的环境风对地形对流云发展的影响.模拟结果表明,环境风场对于地形抬升产生的对流云的发展强度、云体结构以及地面降水等具有重大的影响.当中上层风与爬坡风的方向相反时,环境风切变和中上层风速越大,对流的强度越大;当中上层风和爬坡风方向一致时,环境风切变削弱对流云的最大强度.

 
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