| 1. | Water vapor press decreasing coefficients are different in different time
水汽压递减系数在不同时间是不相同的。 |
| 2. | Saturation vapour pressure
饱和水汽压 |
| 3. | Spatially explicit distribution of water vapor pressure over chongqing under real terrain
起伏地形下重庆市水汽压的空间分布 |
| 4. | Geographical situation and sea level elevation are the main influencing factors to the spatial distribution of water vapor press
地理位置和海拔高度是水汽压空间分布的主要影响因子。 |
| 5. | Monthly relative humidity , dew point , web - bulb temperature and vapour pressure recorded at the observatory between 1961 - 1990
1961 - 1990年天文台录得相对湿度露点湿球温度和水汽压之月平均值 |
| 6. | Monthly relative humidity , dew point , web - bulb temperature and vapour pressure recorded at the observatory between 1971 - 2000
1971 - 2000年天文台录得相对湿度露点湿球温度和水汽压之月平均值 |
| 7. | Over the range of air temperature , the saturation vapor pressure fluctuates from less than 1 / 10 to over 100 millibars , or by a factor of 1000
在气温变化范围内，饱和水汽压在小于1毫巴到超过100毫巴（即大于1000倍）间变动。 |
| 8. | The relations between soil surface resistance and evaporating time , and difference of vapour pressure between evaporating plane and atmosphere were simulated . simulating result of the latter was better than that of the former
同时，还对土壤表面阻力与蒸发时间的关系、与蒸发时间及土壤蒸发面和大气间水汽压差的关系进行了模拟，结果后一种比前一种模拟更符合实际。 |
| 9. | Reference crop evapotranspiration ( rce ) characterized by its nonlinearity and multi - time scale feature , may vary with the change of time under the influence of stochastic variation of meteorological factors such as temperature , sunlight , wind speed , vapor pressure and so on
摘要受气温、日照、风速、水汽压等因子随机变化的影响，参考作物腾发量时序过程具有非线性、多时间尺度变化等特性。 |
| 10. | Using outputs of ground temperature , vapor pressure , wind speed and low cloudage . middle cloudage as well as high cloudage from mm5v36 , and ground direct radiation and out - going scattered radiation from modtran3
利用数值预报模式mm5v36输出地面气温、水汽压、风速和低云量、中云量及高云量等气象要素。利用大气辐射传输模式modtran3 . 0输出地面太阳直接辐射和射向天空的散射辐射以及总辐射。 |
