The results from the sensitive tests demonstrate that: (1) Surface albedo has great influence on the ground surface temperature (TGS) all year round, especially in spring and summer;
粗糙度长度和土壤热力性质分别在春夏和秋冬对地表温度有较大影响；
Traditional geothermal plants exploit natural systems in which water seeps down into porous rocks in the ground and emerges back at the surface at a high temperature.
传统的地热发电厂利用了这样一种自然系统，即水分下降至地壳的渗透岩层中，而后又受热蒸腾到地表。
It can be concluded that different fragmentation degrees of urban greening exert different effects on the temperature of ground surface.
结果表明，由于各类绿地的破碎程度不同，对地面温度的影响能力也有很大不同。
The surface grinding temperature of the silicon wafer ground by diamond wheels is studied.
研究金刚石砂轮磨削单晶硅片时的表面磨削温度。
Urban ground surface has an important effect on the energy exchange between air and land, which leads to an inhomogeneous distribution of land surface temperature (LST).
城市下垫面对地表能量交换的影响巨大，引起地表温度分布的不均一性。
But the surface runoff, subsurface runoff, ground water and runoff are mostly effected by precipitation. The temperature influence on them is comparative less.
而地表径流量、次地表径流量、地下径流量及河川径流量主要受降水量变化的影响，受气温变化的影响相对较小。
The capsicum Phytophthora occurrence is directly related with the ground-surface temperature, the plant density and the irrigation way at Xinjiang.
新疆辣椒疫霉病的发生与地表温度、栽培密度和灌水方式有直接关系。
The seasonal snow cover in Urumqi River Basin varies temperally, influenced by air temperature, precipitation, moisture source, slope direction, elevation and ground surface condition.
乌鲁木齐河流域的季节积雪受气温、降水量、水汽来向、山坡朝向、海拔和下垫面性质所控制和影响，具有明显的空间变化规律。
The sand ground temperature is higher obviously than clay straw barrier ground and the leaf surface of natural desert plants under the same conditions of sunlight, time and the area.
在同一地区约同一时间相同的日照下，沙面温度明显高于粘土、麦草沙障表面和沙生植物叶面温度。
This paper discusses the burn of ground surface layer in the view of surface integrity and demonstrates that the governing factor of influence is grinding temperature.
本文从加工表面完整性观点讨论了磨削表面层烧伤的实质，指出影响烧伤的主导因素是磨削温度。
This paper discusses the burn of ground surface layer in the view of surface integrity and demonstrates that the governing factor of influence is grinding temperature.
本文从加工表面完整性观点讨论了磨削表面层烧伤的实质，指出影响烧伤的主导因素是磨削温度。
应用推荐