1.
Assessing the Applicability of CLIGEN Non-precipitation Parameters on Loess Tableland
CLIGEN非降水要素在黄土塬区的适用性评估
2.
Rainfall intensity and initial water content are important infiltration factor which influence rainfall infiltration content.
②降雨强度和初始含水量是影响入渗量的主要因素。
3.
This factor plays a significant role in virus decline in coastal waters.
这种因素对沿岸水体中病毒的下降起着重要作用。
4.
Test results show that the water surface slope, velocity and ratio of water depth to draft are the main influencing factors of ships ascending rapids.
试验结果表明，滩段的水面比降、水流速度及船舶水深吃水比是船舶上滩的主要影响因素。
5.
The goal is to figure out a way to boost the levels of the beneficial hormones while lowering those that make the weakened heart's job more difficult.
科研人员的目标是要增加有益激素的水平，降低使已很脆弱的心肌工作更加困难的激素水平。
6.
Do we have to lower our expectation and our standard of living?
我们是否要降低期望，降低生活水平？
7.
The data show that the vegetvtonwas controlled by the precipitation condition in winter and there is nod aire-ct relation with the groundwater.
资料表明,此区旱生植被主要受冬季降水因素制约,与地下水条件无直接联系。
8.
oceanographic hydrological element
海洋(学)水文要素
9.
Acidity Characteristics and Element Flux of Rainwater in the Hilly Area of South Anhui,China
皖南山区降水酸性特征与元素沉降通量
10.
Conclusions Reducing the risk factors which could make glucose gone up and controling the blovd glucose level can alleviate the damage of the vital organs and reduce the mortality of the coma patients.
结论减少高血糖因素,控制血糖水平,可减轻机体重要器官的损害,降低死亡率。
11.
A STUDY ON HYDROGEN AND OXYGEN ISOTOPIC COMPOSITION OF THE PRECIPITATION IN GUILIN AREA
桂林地区大气降水的氢氧同位素研究
12.
Study on Characteristics of Degradation of Aureomycin by the Monascus B_3;
红曲霉B_3降解金霉素废水的特性研究
13.
Experimental research on urea culture contained sewage degradation bacteria
培养降解含尿素废水菌株的试验研究
14.
Photocatalytic degradation of lincomycin wastewater by TiO_2 catalysis
TiO_2光催化降解林可霉素废水的研究
15.
There are corneal edema, iritis and soon. posterior capsular opacification is themajor cause of eyesight reduction.
后囊浑浊是造成视力下降的主要因素。
16.
Precipitation in the mountain area is higher than in the plains .
山地的降水量要比平原高。
17.
Inactivation of Algae and Degradation of Microcystins by Electrochemical Oxidation and Pulsed Magnetic Field;
杀灭和降解水中藻细胞与藻毒素的电磁效应
18.
Study on the Processes and Mechanism of Microcystins Degradation for Drinking Water;
饮用水中微囊藻毒素降解机理与去除技术研究