1.
Survey and Screening of Bioenergy Trees in Fujian Province;
福建生物能源树种的调查和筛选研究
2.
Potential and countermeasures of the development of the raw material forest of biological energy plant in China;
我国发展生物能源树种原料林的潜力和对策
3.
Exploitation and Utilization of Tree Species as Bio-energy Resources in Guizhou Province;
贵州生物质能源树种资源的开发利用
4.
A study on biomass production and calorific values of new poplar clone seedlings for bioenergy
杨树能源林新无性系苗期生物量及热值研究
5.
Discussion on Development of Major Oleiferous Tree Species in China and Their Energy Forest Construction;
我国主要木本油料树种资源开发与林业生物能源林建设的探讨
6.
Molecular cloning and characterization of novel molecules derived from human dendritic cells;
人树突状细胞来源的四个新分子的克隆表达和生物学功能研究
7.
Studies on the difference between the lines of high yield environmental petrol plant Euphorbia tirucalli Ⅰ.The difference of growth ratebetween the lines
高产能源植物绿玉树品系间差异研究Ⅰ品系间生长速度差异
8.
Study on Some Problems of Biomass Energy and Energy Forestry;
生物质能源与能源林业若干问题研究
9.
Functional Characterization of a Novel Oncogene-like Small GTPase, RabJ, Derived from Human Dendritic Cells;
来源于人树突状细胞的新型癌基因样小G蛋白RabJ的生物学功能研究
10.
Cloning and Characterization of DULP, a Novel Ubiquitin-like Molecule from Human Dentritic Cells;
人树突状细胞来源的一种新型类泛素分子DULP的基因克隆及其生物学功能研究
11.
Nitrogen fixation trees of Leguminosae and non-Leguminosae are important biological nitrogen fixation resources.
豆科及非豆科固氮树种是重要的生物固N资源。
12.
Comparison of biologic characteristics between dendritic cells from two sources
两种来源树突状细胞生物学特性的比较
13.
Biological characteristics of dendritic cells derived from peripheral blood of patients with epithelial ovarian cancer
卵巢癌患者外周血来源树突细胞的生物学特性
14.
Industrial Revolution:The Shift from Biological Energy to Mineral Energy
工业革命:从生物能源向矿物能源的转变
15.
Biology quality energy is the most potential regeneration energy source.
生物质能是最有潜力的可再生能源。
16.
Current Situation and Development of Biomass Resources in China;
我国林业生物质能源资源现状与潜力
17.
Preliminary Studies on Seedling Growth and Energy Characters of Poplar Clones Introduced from USA;
美国引进杨树无性系的苗期生长与能源性状
18.
The scientists said wild black cherry trees probably produced the cyanide.
科学家们说野生樱桃树极有可能产生氰化物。