1.
Study on Transgenic Black Locust(Robinia Pseudoacacia L.) with OsDREBL Gene;
速生用材型刺槐转OsDREBL基因的研究
2.
Relevant Factors Screening for Superior Trees' Selection of Alnus nepalensis
速生用材树种旱冬瓜优树相关因子分析
3.
Feasibility Studies on Modified Fast-growing Wood of Poplar for Timber Structure;
改性速生杨木木结构用材可行性研究
4.
Study on Resource Utilization for Fast Growth Wood Pulping Wastewater
速生材高得率制浆废液的资源化利用
5.
A Quick Assay Using Marine Luminous Bacteria for Detecting the Toxicity of Biological and Medical Materials
用海洋发光细菌快速测定生物医用材料的毒性
6.
Fast-Growing and High-Yielding Timber Base Construction Program in Key Areas.
重点地区速生丰产用材林基地建设工程。
7.
Discussion on the Development Future and the Strategies of Fast-growingand-high-yielding Timber Forest in Guizhou Province;
浅议贵州速生丰产用材林发展前景及对策
8.
Development of the Fast -growing and High-yielding Forests in Guizhou:Trends and Countermeasures;
贵州省速生丰产用材林发展动态及对策
9.
Discussion on the Management Problems of the Development of China Fast-growing and High-yielding Timber Bases;
我国速生丰产用材林基地建设管理问题的探讨
10.
A tentative plan for the construction and development of the fast growing and high yield timber forest bases in China;
我国速生丰产用材林基地建设发展规划构想
11.
Production technology of Al alloy profile for high-speed train car body
高速列车车体用铝合金型材的生产工艺
12.
Application of ACS 6000SD AC frequency inverter in high speed wire production line
ACS6000SD交流变频装置在高速线材生产线的应用
13.
Advanced materials by nano technology or building bionics will change production and applications quickly.
利用纳米技术的高级材料或建筑仿生将快速改变生产和应用。
14.
The strategic shift of China wood industrial raw material and resource utilization of the planted fast-growing forest
中国木材工业原料战略转移与人工速生林资源利用
15.
Application of fully digital DC converter for the wire rod and bar continuous rolling mill production line
全数字直流调速装置在棒线材连轧生产线上的应用
16.
The rapid development of nanotechnology has opened up new areas of application of nanometer biological materials.
纳米科技的飞速发展,开拓了纳米生物材料新的应用领域。
17.
Status quo of Fast-growing and high-yielding Timber Forest Base Construction and Developmental Countermeasures;
广东省速生丰产用材林基地建设现状与发展对策
18.
The Input-Output of Fast-growing and High-yielding Plantation (FGHY) Base Construction under New System;
浅析新体制下速生丰产用材林基地建设投入产出