湍流通量,turbulent flux
1)turbulent flux湍流通量
1.A primary study on turbulent fluxes over surface layer in the region of cropland to grassland conversion in southern Ningxia;宁南退耕还草区近地面湍流通量观测初报
2.Based on the mean field data of wind,temperature and the turbulent field data from Beijing 325 m Meteorological Tower,the characteristics of mesoscale and turbulent fluxes during the strong dust storm weather from 18 to 22 March 2002 are discussed.应用大气所325 m铁塔的湍流资料和梯度资料,对2003年3月20~23日影响北京的一次强沙尘天气过程的中尺度通量和湍流通量进行了分析,结果表明:冷空气的影响是从上层开始的。
3.In this paper,turbulent flux over canopy of field crops was calculated using Profile Gradient Method derived from Monin Obhov Similarity Theory and drag coefficient,Stanton number and Dalton number were also further defined.根据农田植被层上方的温湿风梯度观测资料,采用基于莫宁-奥布霍夫相似理论的廓线梯度法计算了农田植被层上方的湍流通量,进而确定出拖曳系数、斯坦顿数和道尔顿数。
英文短句/例句

1.The Underestimation of the Turbulent Fluxes in Eddy Correlation Techniques涡旋相关法测定湍流通量偏低的研究
2.Analysis of Mechanism of Evaporation Duct Using Air-sea Interface Turbulent Fluxes应用湍流通量理论分析蒸发波导机理
3.The Characteristics of Turbulence Fluxes in the Near Surface Layer over the Wheat Field in Huaihe River Basin淮河流域农田近地层湍流通量特征研究
4.Structures and Turbulent Fluxes of Atmospheric Boundary Layer over Heterogeneous Surface非均匀边界层结构和湍流通量特征的研究
5.The Observation and Simulation of Turbulence Fluxes over Rice Paddy and Dry Farming Land;稻田和旱地湍流通量的观测试验与模拟
6.Improvement of sea surface turbulent fluxes parameterization scheme in CAM3 and its impact on climate simulation.CAM3模式海气湍流通量参数化的改进及其应用
7.Non-Iteration Methods of Turbulent Flux Parameterization湍流通量参数化方案的非迭代方法研究
8.Characteristics of the Surface Turbulent Fluxes over Degraded Grassland and Cropland in the Semi-Arid Area半干旱区不同下垫面近地层湍流通量特征分析
9.The relationship between turbulent flux and atmospheric stability at Sichuan and Yunnan川滇地区湍流通量与大气稳定度的关系
10.CHARACTERISTICS OF ATMOSPHERIC BOUNDARY LAYER STRUCTURE AND TRANSFER OF THE TURBULENT FLUXES OVER THE ZHONGSHAN STATION AREA, ANTARCTICA中山站地区大气边界层结构和湍流通量的输送特征
11.Intercomparison of Three Near Sea Surface Turbulent Flux Parameterization Scheme in Community Atmosphere Model Version 3(NCAR CAM3);三种近海层湍流通量参数化方案在CAM3.0中的比较试验
12.Improvement of Sea Surface Turbulent Fluxes Parameterization Scheme in CAM3 and Its Impact on Climate Simulation;CAM3模式海气湍流通量参数化的改进及其在气候模拟中的应用
13.Parameterization scheme of turbulent flux in the atmospheric surface layer in reed wetland of Panjin,Liaoning province盘锦芦苇湿地近地面层湍流通量参数化方案研究
14.Analyses of turbulent fluxes and micrometeorological characteristics in the surface layer at Litang of the eastern Tibetan Plateau青藏高原东坡理塘地区近地层湍流通量与微气象特征研究
15.Orbital angular momentum of single photons for optical communication in a slant path atmospheric turbulence斜程湍流大气光通信信道的单光子轨道角动量
16.Interannual Variability of Air-Sea Turbulent Heat Fluxes over the North Pacific北太平洋海气界面湍流热通量的年际变化
17.Influence of atmospheric turbulence on laser energy distribution in the ship laser communication大气湍流对舰载激光通信中光能量分布的影响
18.2. The effects of eddy flux and Cu horizontal mixing of heat are of minor importance;2.热量的湍流涡旋通量及积云的热量水平输送作用都比较小。
相关短句/例句

Turbulence flux湍流通量
1.Atmospheric turbulence flux data and land surface temperature data of Tibet are analyzed in this paper.分析了西藏的湍流通量数据和地表温度数据,提出了表征地表温度变化特征的地表温度特征量。
2.In this paper, we talk about how to delete noise, wild points and filter nonlinear trends, how nonlinear trends contribute fake turbulence flux by having influence on self-relation func- tion and integral scale.讨论了非线性趋势对时间序列的自相关函数、积分时间尺度等的影响,并估算了其最终对湍流通量的影响,指出有效地去除野点、噪音和非线性趋势以及非线性趋势对时间序列的自相关函数、积分时间尺度等的影响,可以减少其对湍流通量产生较大的虚假贡献。
3)turbulent fluxes湍流通量
1.Based on data from the dust storm monitoring station over Hunshandake Desert Area,Inner Mongolia,the maximum values of micrometeorological variables, turbulent fluxes and dust concentration in the surface layer are compared for eight dust events in the spring of 2004,and the characteristics of micrometeorology and radiation components in the strongest dust storm event in March 27-28 are analyzed.利用内蒙古浑善达克沙地沙尘暴实验探测资料,给出2004年春季多次沙尘天气过程近地面微气象学要素、湍流通量及沙尘浓度的极值对比,重点分析了3月27—28日强沙尘暴过境时近地面微气象学要素和辐射分量的变化特征。
2.The differences of turbulent fluxes and heat budget over the rice paddy and dry farming land are presented in term of the eddy covariance and profile methods based on the radiation components, turbulent and related data observed in Anhui province supported by national 973 rainstorm program from June 11 to July 20, 2001.利用973暴雨项目2001年6月10日—7月20日在安徽境内旱地和稻田观测的近地层辐射平衡分量、涡动相关和廓线资料,计算分析了不同下垫面的辐射平衡、湍流通量和热量收支差异,并用实测的强迫变量和SiB2模式对稻田和旱地不同生长期的湍流通量进行模拟试验和对比。
3.The features of surface albedo, water and heat flux, CO2 flux, bulk transfer coefficients and energy balance in different underlying surface and growing period have been investigated based on the data of turbulent fluxes observed by Eddy Covariance method, radiation balance components and profile data over cropland in Huaihe River Basin from Sept.通过分析2007年9月~2008年8月年在淮河流农田下垫面采用涡动相关法(Eddy Covariance,简称EC)测得的地气间湍流通量以及辐射平衡分量和廓线资料,研究淮河流域农田地气相互作用日、季变化特征,分析了农田不同下垫面以及作物不同生长期地表反照率、水热通量、CO2通量、总体输送系数以及能量平衡比率等的变化规律,并且将涡度法与梯度法测得的感热、潜热和动量通量进行对比分析,以期能够全面深入了解农田生态系统的湍流输送特征。
4)Turbulent heat flux湍流热通量
1.The turbulent heat flux and latent heat flux in rows are calculated with М.и布德柯法计算了株间的湍流热通量和潜热通量。
2.In the context of field observations at Shentou (112°17′ E, 39°18′ S) in September~October 1988, calculation is carried out of frictional velocity, characteristic temperature and turbulent momentum flux, with turbulent heat flux dealt with by two methods.用两种不同的方法计算了湍流热通量,并按稳定度进行了分类统计和做了采样各天的热通量日变化分析。
5)Turbulent heat fluxes湍流热通量
1.Evaluation of daily NCEP2 turbulent heat fluxes during southwest monsoon in South China Sea;南海西南季风期NCEP2湍流热通量的质量分析
6)turbulent momentum flux湍流动量通量
1.In the context of field observations at Shentou (112°17′ E, 39°18′ S) in September~October 1988, calculation is carried out of frictional velocity, characteristic temperature and turbulent momentum flux, with turbulent heat flux dealt with by two methods.利用山西省神头(112°17′E,39°18′N)1988年9~10月间采集的大气野外测试资料,计算了摩擦速度、特征温度、湍流动量通量。
延伸阅读

流通性货币供给量弹性流通性货币供给量弹性 【流通性货币供给t弹性】在保持货币流通基本稳定条件下,流通性货币供给量超过或者低于货币流通需求量的数量与货币流通需求量之比。