1.
On water exchange ability for encircled basin with one entrance
环抱式单口门港池水体交换能力研究
2.
Research on Modelling Water Exchange and Nutrient Budget in Jiaozhou Bay;
胶州湾水体交换与营养盐收支过程数值模型研究
3.
The same control also activates a pump on the domestic water side that circulates water through the heat exchanger, where it is heated by the heat transfer fluid.
相同的控制也会启动在室内水侧的泵，使水穿过热交换器，在热交换器中，水被载热流体加热。
4.
Controlled Synthesis of Stannates Nanomaterials by Hydrothermal-ion Exchange Method;
水热—离子交换法调控合成纳米锡酸盐粉体材料
5.
Gas Exchange Characteristics and Water Use Efficiency of Three Poplar Clones
杨树无性系气体交换特征和水分利用效率研究
6.
Influences of Water-stress on Shepherdia argentea Seedlings Growth and Photosynthetic Gas-exchange Parameters
水分胁迫对银水牛果生长及光合气体交换参数的影响
7.
Characteristics of gas exchange in sweet potato leaf under different soil water content and fertilization
土壤水分和施肥水平对甘薯叶片气体交换的影响
8.
ion exchange resin demineralizer
离子交换树脂纯水器
9.
Research on Construction and Application of Shanghai Water Information Resource Catalog System and Exchange System
上海市水务信息资源目录体系和交换体系建设实践
10.
In the Exchange System, seven lists are utilized: vegetable exchanges, fruits, breads, meats, fats, milk, and free foods.
在交换体系中,利用了以下七类：蔬菜交换、水果、面包、肉、脂肪、乳和其它食品。
11.
Stomatal movement is important for plants to exchange gas with environment.
气孔运动调节植物与环境之间气体和水分的交换。
12.
The function of stomata in plants is controlling gas exchange and modulating water balance.
气孔是植物控制气体交换和调节水分散失的门户。
13.
Inordinately large doses in man may cause death by interference with gaseous exchange due to development of pulmonary edema.
用量过大，用药人因此产生肺水肿，干扰气体交换而导致死亡。
14.
Oxygen Isotope Exchange Kinetics between Coexistent Minerals and Water in Some Granite Plutons of the Altay Mountains
阿尔泰若干花岗岩体矿物—水氧同位素交换反应动力学
15.
Hydrothermal Synthesis of NASICON-type Zirconium Phosphate Crystals and Their Characteristics of Ion-exchange Assembly;
NASICON构型磷酸锆盐晶体的水热合成及其交换组装性能研究
16.
Sodium Borohydride Hydrolysis Generate Hydrogen-the Small Proton Exchange Membrane Fuel Cell Integration Research
硼氢化钠水解制氢—小型质子交换膜燃料电池一体化研究
17.
DIURNAL CO_2 EXCHANGE RATES OF THE AQUATIC CRASSULACEAN ACID METABOLISM PLANT ISOETES SINENSIS PALMER AT DIFFERENT ALKALINITIES
不同碱度条件下中华水韭昼夜CO_2气体交换的特征
18.
Leaf Gas Exchange and Water Potential Characteristics of Plants with Different Photosynthetic Pathways in Hunshandak Sandland
浑善达克沙地不同光合途径植物叶片气体交换和水势特征(英文)