1.
Biochemical Action Intensities of Soil Microorganisms in Changchun City and Their Influencing Factors
长春市土壤微生物生化作用强度及其影响因素
2.
Intensity Variations of Soil Biochemical Effect during Process of Vegetation Rehabilitation of Degenerated Karst
退化喀斯特植被恢复过程中土壤生化作用强度变化
3.
Diurnal Variation of Photosynthesis and Related Physiological Index of Moringa oleifera at Different Light-Intensities
不同光照强度下辣木光合作用及与其相关生理指标的日变化
4.
an instrument for measuring the intensity of radiation (usually by the photochemical effect).
通过光化学作用测量射线强度的装置。
5.
Vitamins: For use only as nutrient or enhancement.
维生素：仅限于作为营养强化之用。
6.
On Strengthening the Role of Instructors in the Cultivation of Postgraduates;
关于强化导师在研究生培养中的作用
7.
The opposing magnetic intensity that must be applied to a magnetized material to remove the residual magnetism.
作用于磁化材料以去除剩磁的反向磁通强度。
8.
Study on Relevant Experiments and Quantification of Coupling Strength for Coupled Thermo-Hydro-Mechanical Behaviour of Saturated Rocks;
三场耦合作用相关试验及耦合强度量化研究
9.
Optimal Design of the Constant Strength Static-indeterminant Beam under Multi-Loading
超静定等强度梁在复合载荷作用下的优化
10.
Effects of Salinization on Shearing Strength of Cohesive Soil
盐化作用对粘性土抗剪强度的影响规律研究
11.
Intensity variation of electromagnetic emission (EME) of the rock masses with joints under stress wave action
应力波作用下节理面前后电磁辐射强度的变化
12.
Cotton fabric strength affected by oxidation from detergent and mechanical impact during laundering
洗涤中氧化作用和机械冲击对织物强度的影响
13.
The analysis of the shearing strength's weakening action of water on the rock's structure
水对岩体结构面抗剪强度弱化作用分析
14.
Preliminary Investigation on the Photobiomodulation of Respiratory Burst of Porcine Neutrophil and β-Amyloid Peptide Induced PC12 Apoptosis;
低强度可见光光生物调节作用的初步研究
15.
Key Process of Cellular Photo-Biomodulation of Low Intensity Laser Irradiation;
细胞低强度激光光生物调节作用的关键过程
16.
Research on Strength Ratio of Recycled Mortar as Technical Index for Recycled Fine Aggregate
再生细骨料采用强度比作为技术指标的研究
17.
Microbial Density and Activity in Soil under Roadside Trees of Ginkgo biloba
行道树银杏立地土壤微生物数量及作用强度
18.
Strengthening Factors of Microalloyed High Strength Low Carbon Bainitic Steel
微合金高强度低碳贝氏体钢中不同强化方式的作用