1.
The Analysis of the Surface Energy Budget in Semi-arid Areas in Chinese Loess Plateau;
中国黄土高原半干旱地区地表能量收支分析
2.
A STUDY ON RADIATION BALANCE AND SURFACE ENERGY IN JINTA OASIS
金塔绿洲的辐射平衡特征和地表能量研究
3.
Observational Study of Surface Energy Balance over Semi-Arid Region of Loess Plateau;
黄土高原半干旱区地表能量平衡的观测试验研究
4.
Energy from the sun heats the earth's surface.
太阳的能量把地球表面照热
5.
Clouds return radiant energy to the surface primarily via the atmospheric window.
云主要通过大气窗区向地表辐射能量。
6.
than the 200 mile-journey from Earth's surface into orbit!
要比从地球表面进地球轨道的200英里所耗能量。
7.
single function(measuring)instrument
单功能（测量）仪表
8.
The new method can measure damping period of dial instrument rapidly and accurately.
该方法能够快速、确地测量指针式仪表阻尼时间。
9.
Determination of Regional Land Surface Parameters and Heat Fluxes over Heterogeneous Landscape of Jiddah Area of Saudi Arabia by Using Satellite Remote Sensing Data
卫星遥感确定沙特阿拉伯吉达地区非均匀地表区域地表参数和能量通量
10.
The analysis showed that the hampers of ductle column possessed good aseismic performance.
分析表明，这些延性柱耗能器具有良好的消耗地震能量的能力。
11.
This showed that under local conditions, N application rate of525 kg/ ha might be excessive or out of balance.
这表明在当地条件下，525公斤/顷施氮量可能过量或超出平衡。
12.
The Government indicated that such organization could be considered only where local conditions would so require or permit.
政府方面表示：只能视地方情势有必要与可能时，酌量编置。
13.
Able to think and express oneself effectively in quantitative terms.
识数的，有计算能力能够用数量术语有效地思考和表达自己的
14.
Therefore, runoff from high P upland fields could accelerate water eutrophication.
高磷黄壤旱地地表径流磷量能加速水体富营养化的产生.
15.
First Revision of Multiple Intelligence Interest Inventory in Sichuan Province:With Thomas Armstrong Scale as an Example
多元智能兴趣偏好量表在四川地区的初次修订——以美国的阿姆斯特朗量表为例
16.
SOC models suggest that local stress measurements may not be representative of the global organization.
SOC模型建议局部地区的应力测量数据可能并非代表全球的情况。”
17.
a logarithmic scale of 1 to 10 used to express the energy released by an earthquake.
1级到10级的对数标度，用来表示地震释放的能量。
18.
Adding up all the energy received over the earth's surface gives a staggering total.
把地球表面接收到的能量全部加起来，将得出一个令人惊愕的数字。