1.
Dynamic Variation of Mercury Species in Soil in Wet-Dry Rotation Environment;
干湿交替环境土壤汞赋存形态及其动态变化
2.
Research on the Cumulative Damage to Expansive Soil in Wetting-Drying Cycle Condition;
干湿交替环境下膨胀土的累积损伤研究
3.
Endurance experiment of the precracked RC beams reinforced by CFRP in dry and wet alternative environment
干湿交替环境中CFRP加固预裂RC梁耐久性试验
4.
Corrosion Behavior of Q235 Steel with Alternated Dry and Wet Period in Simulated Environment;
Q235钢在模拟环境下干湿交替大气腐蚀行为特征
5.
In the alternation of wetting-dry sulfate corrosion environment,the Portland cement concrete is not suitably used.
在干湿交替的硫酸盐侵蚀环境中,不宜采用普通水泥混凝土.
6.
alternating dry and wet test with sea water
海水干湿交替腐蚀试验
7.
In the alternation of wetting-dry water corrosion environment,the Portland cement concrete and the anti-sulfate cement concrete are not suitably used;
在干湿交替的水侵蚀环境中,不宜采用普通水泥混凝土和抗硫酸盐水泥混凝土;
8.
Studies on the Difference of Root Traits among Maize Varieties Experienced Dry and Wet Alternating Conditions;
不同玉米品种适应干湿交替水分逆境的根系特征差异研究
9.
alternate automatic drencher system
干湿管交替自动水幕系统
10.
Experimental Study on Soil Shrinking and Swelling Characteristics during the Alternative Drying and Wetting Processes;
干湿交替过程中土壤胀缩特征的试验研究
11.
Studies on Yield-increasing Effects of Intermittent Irrigation and Its Physiological Mechanism in Rice
干湿交替灌溉方式下水稻节水增产机理研究
12.
Dry-wet circulation and carbonation influencing on the concrete sulfate attack
干湿交替和碳化对混凝土硫酸盐侵蚀的影响
13.
Modeling soil respiration using temperature and soil moisture under alteration of dry and wet at a wheat field in the Loess Plateau,China
干湿交替格局下黄土高原小麦田土壤呼吸的温湿度模型
14.
System inducement and its influence on succession of ecosystem in arid regions;
干旱区生态环境演替的制度诱因分析
15.
Originating in a moderately moist habitat.Used of a sere.
中生演替的在一中等潮湿的环境里发生的。用于指生态演替
16.
Study on Mechanisms and Control Strategies of Sludge Bulking in Alternating Anaerobic-Aerobic-Anoxic Evnironment
环境交替下污泥膨胀机理与控制研究
17.
Mechanism of Drain Wetland Restore Water Environment in Semi-arid Areas;
半干旱地区沟渠湿地水环境修复机理
18.
In general, concrete foundation is almost in dry and wet alternate area while the conerete pile is in liquid phase area.
通常混凝土基础多处于干湿交替带,混凝土桩多处于液相带。