气温变化率,variable rate of temperature
1)variable rate of temperature气温变化率
2)atmospheric temperature change rate along surveying distance测程气温变化率
3)temperature variability气温变率
英文短句/例句
1.Analysis and Experimental Forecast of Monthly Mean Temperature Variability in Heilongjiang Province;黑龙江月平均气温变率分析和预报试验
2.Air Temperature Change and Contribution Ratio of Urbanization in Zhengzhou City for Recent 50 Years郑州50年来的气温变化及城市化对其贡献率
3.Study on the Variation Law of Temperature, Air Pressure and Moisture Content of Flakeboard during Hot-pressing;大片刨花板热压过程中温度、气压和含水率变化规律研究
4.Experimental Study on Variation of Canopy-air Temperature Difference and Transpiration Rate of Alfalfa紫花苜蓿冠气温差与蒸腾速率变化规律的试验研究
5.variable temperature micromagnetic susceptometer可变温度微磁磁化率计
6.Change Analysis of Grass Temperature,Ground Temperature and Air Temperature草温、0cm地温、气温间变化规律分析
7.Development rate of Plutella xylostella L.(Lepidoptera: Plutelli dae) under constant and variable temperatures恒温和变温对小菜蛾发育速率的影响
8.Some variance of temperature is to be expected.预料气温会有些变化。
9.Temperature varies greatly during the day.白天气温变化很大。
10.Temperature and rainfall are variables.气温和降雨量是变量。
11.Temperature Change and Asymmetric Change of Maximum and Minimum Temperature of Haikou, Hainan Province海口市气温变化及最高最低气温的非对称变化
12.Mount Washington is known for its sudden and extreme changes of temperature.华盛顿山以气温突变、温差悬殊著称。
13.Effect of Temperature and Strain Rate on the Phase-transformation Velocity of NiTi Shape-memory Alloy温度和应变率对NiTi记忆合金相变转化率的影响
14.Warming on the Northwest westerly with the impact of winter temperatures气温变暖对西北西风带冬季气温的影响分析
15.Test methods for leak rate of cryogenic containersGB/T16775-1997低温容器漏气速率测定方法
16.Research on the failure rate of coated fuel particles for HTGR高温气冷堆包覆燃料颗粒破损率研究
17.Energy Analysis of High Temperature Air Combustion;高温空气燃烧系统的能量利用率分析
18.Extratropical Southern Hemisphere Cyclones: Harbingers of Climate Change?.南半球温带气旋：气候变化的先兆？
相关短句/例句
atmospheric temperature change rate along surveying distance测程气温变化率
3)temperature variability气温变率
4)temperature variation气温变化
1.The scale of heating and cooling load closely related totemperature variation becomes larger and larger.随着城市居民生活水平的提高，空调及取暖电器大量进入家庭，降温取暖负荷在总用电负荷中所占比重越来越大，这部分负荷与气温变化有着紧密的联系。
2.Thetemperature variation characteristics in Southern Xinjiang Basin in recent 45 years were analyzed and the results showed that there was a warm abrupt change of the annual average temperature in 1989.通过对新疆南疆盆地近45a气温变化特征分析,发现南疆盆地年平均气温在1989年开始发生暖突变。
3.By means of power-spectrum and wavelet techniques, an analysis was conducted on the temporal frequency structure oftemperature variation in Henan Province during the last 50 years, based on the data of 50 stations in Henan Province from 1951 to 2000.根据河南省 5 0个站 195 1～ 2 0 0 0年的月平均气温资料 ,采用小波变换等方法分析了近 5 0年来河南省气温变化的时频特征。
5)Air temperature change气温变化
1.Study on the effect of air temperature changes on hydraulic hoist;气温变化对液压启闭机影响的研究
2.Effects of air temperature change on spring wheat growth at different altitudes in northwest arid area西北干旱区不同海拔高度地区气温变化对春小麦生长的影响
3.In order to ensure the concrete construction in winter, various technical measures are adopted for the construction based on the air temperature change therein and good effects are obtained, and then the realization of the project target is guaranteed as well.为确保混凝土冬季施工,根据气温变化情况,采取不同的混凝土冬季施工技术措施,取得了较好的效果,确保了目标实现。
6)temperature change气温变化
1.Trends oftemperature change in middle of Yellow River and its impact to the evaporation potential;黄河中游气温变化趋势及其对蒸发能力的影响
2.Influence oftemperature change on forest pests in China;气温变化对我国森林病虫害的影响
parison and analysis oftemperature change between Chaidamu basin and northeast of Qinghai province in 43 years;柴达木盆地与青海省东北部地区43年气温变化的对比分析
延伸阅读
气温直减率气温直减率temperature lapse rateq iwen zhiiianl百气温直减率(temperature lapse rate)表征气温垂直变化程度的物理量，是气温垂直递减率的简称，数值上等于气温随高度增加而降低的速率。对流层气温直减率大气直接吸收太阳辐射较少，大气热量主要依靠地面辐射及湍流热交换输入，气温随离地面高度的增加而降低。就全年论，整个对流层气温直减率平均为6.5℃/千米。一般上层(6公里以上)平均为6.5一7.5℃/千米;中层(2一6公里)为5一6℃/千米，下层(2公里以下)受地面影响很大，其气温直减率随测点位置、季节、昼夜、天气条件都有较大变化。山区气温直减率山区气温是在山的不同部位，在离地表面1.5一2.0米高度上测得的，它受山体本身及周围地形的影响很大，其气温直减率要比自由大气中复杂，但总趋势仍是气温随高度增加而下降，平均递减率约5一6℃/千米，如图。山区气温直减率与测点纬度、海拔高度、地形条件、盛行风向、水体影响程度等一系列因素有关，尤以地形条件和盛行风的影响最明显。一般在迎风坡直减率小，在背风坡直减率大。山区气温直减率还存在年变化，中国大多数山区以夏季的直减率最大，这与季风气候特征密切相关(见表)。在山区坡地经常可观测到气温随测点海拔高度增加而递增的逆温现象，大多由冬季冷空气沉积已0.8恻0 .6{姐.井冈山沐九疑山。一节一不了一言一拓一几7一18，” 温度/℃山区年平均气温随高度变化中国各山地气温直减率(℃/km)┌────┬───┬──┬───┬───┐│山地│1月│4月 │’7月 │l()月 │├────┼───┼──┼───┼───┤│天山北坡│一4.()│5 .0│了·4 │4.() │├────┼───┼──┼───┼───┤│秦岭北坡│3 .2 │4 .3│5 .0 │4 .1 │├────┼───┼──┼───┼───┤│黄山│4 .1 │50 │6 .0 │5 .2 │├────┼───┼──┼───┼───┤│峨嵋山 │5.!│5 .7│5 .5 │5 .3 │├────┼───┼──┼───┼───┤│云南山地│7]│8l │59│7O│└────┴───┴──┴───┴───┘或夜间局地冷空气沿坡地下沉所造成。山坡上的逆温带常常是喜温作物越冬的最有利地段。可根据某些山区的实测气温直减率，来推估无资料山区的温度，为合理开发、利用山区农业气候资源服务。(翁笃鸣)
