1.
Effect of simulated N and S combined deposition on DBH of Eucalyptus dunnii
邓恩桉胸径生长对模拟硫、氮复合沉降的响应
2.
Responses of Young Eucalyptus Dunnii to Similated Nitrogen(N) and Sulphur(S) Combined Deposition
邓恩桉幼龄林对模拟氮、硫复合沉降的响应
3.
Responses of the Young Chinese Fir Plantation to Simulated Nitrogen and Sulfur Deposition
杉木幼龄林对模拟氮硫复合沉降的响应
4.
Effects of simulated deposition of nitrogen and sulfur on the contents of carbon and nitrogen in young Chinese fir plantation
模拟氮、硫复合沉降对杉木幼龄林植株C和N含量的影响
5.
Observations of the input for atmospheric wet-deposition of nitrogen and sulfur into Agro-ecosystem
农田生态系统大气氮、硫湿沉降通量的观测研究
6.
Effects of Stimulated Atmospheric Nitrogen Deposition and Its Recovery on Soil Acidification and Nutrient
模拟大气氮沉降及短期氮沉降恢复对森林土壤酸化及养分的影响
7.
Study on Settlement and Optimum Design According to Settlement of Composite Foundation;
复合地基沉降及按沉降控制的优化设计研究
8.
Reserch on Settlement Calculation Method and Differential Settlement Control of Composite Pile Foundation;
复合桩基沉降计算和差异沉降控制研究
9.
Dynamics and Critical Load of Sulfur and Nitrogen under Acid Deposition in Shaoshan Forest;
酸沉降影响下韶山森林硫与氮的动态过程及临界负荷研究
10.
Responses of the Young Eucalyptus Dunnii and Chinese Fir Plantation Litter Decomposition to Simulated Nitrogen and Sulfur Deposition
杉木及邓恩桉幼龄林凋落物分解对模拟氮硫沉降的响应
11.
Research on Behavior and Settlement Calculation of Combined Composite Foundation;
组合桩复合地基性状及沉降计算研究
12.
Study on Settlement Computation Method of CFG-pile Composite Foundation;
CFG桩复合地基沉降计算方法研究
13.
Study on Working Performance and Settlement of Rigid Pile Composite Foundation;
刚性桩复合地基工作性能及沉降分析
14.
Settlement Calculation of Pile-Soil Composite Subgrade
桩土共同作用下的复合基础沉降计算
15.
Studying the Factors Effecting Settlement of 2D Method Compound Ground
2D工法复合地基沉降影响因素研究
16.
Settlement Computation of Composite Ground with Generalized Mindlin and Boussinesq Union Solution Law;
广义Mindlin与Boussinesq联合求解法计算复合地基沉降量
17.
Effect of Ion Nitriding-Sulfurizing Composite Treatment on Tribological Behavior of Ti-6Al-4V
离子渗氮—渗硫复合处理对Ti-6Al-4V合金摩擦学性能的影响
18.
Effect of Nitriding-sulfurizing Composite Treatment on Tribological Behavior of Titanium Alloy
渗氮-渗硫复合处理对Ti-6Al-4V合金摩擦学性能的影响