1.
A Study on Strengthening the Furniture Component Made of Desert-shrub-based Board by Partially Impregnating Treatment;
沙生灌木人造板家具零部件局部浸渍强化处理的研究
2.
Study on Improving Water-proof Property of Desert Shrub Particle Board;

提高沙生灌木刨花板防水性能的研究
3.
Study on the Basis of Board Manufacture of Chip Unit of Three Kinds of Shrubs in Desert

三种沙生灌木材木片单体制板工艺的基础研究
4.
Comparison among the Afforest Effects of 5 Excellent Desert Shrubs in Semi-desert Area

半荒漠风沙区5种优良沙生灌木造林效果比较
5.
It is showed that particle board producting is the main technology road of Utilization of sand′s bush in Mawusu sands.
指出刨花板生产是毛乌素沙地沙生灌木利用的主要技术路线。
6.
Using Reclaimed Timber to Produce High Quality Chip for Wood-based Panel Industry

利用废旧木料生产人造板用高质量的木片
7.
Morphological Study of Seven Desert Shrubs Imported from USA

美国引进的7种沙生灌木形态学研究
8.
The Effect of Treatment with Laccase on Wood Composites Properties and Their Bonding Mechanism;
漆酶活化木材生产人造板及其胶合机理研究
9.
Sustainable Development of Wood-based Panel Industry Prompted by Complete Sets of Equipment for Small-diameter Veneer Production Lines
小径木单板生产线成套设备催生人造板行业可持续发展
10.
Study on Technics of Veneered Poplar Wood-based Panels;

杨木人造板基材的薄木贴面工艺研究
11.
Study on Photosynthetic, Water Consumption Characteristics and Drought Resistance of Sevarel Shrubs in Kubuqi Desert;
库布齐沙漠几种沙生灌木光合、耗水及耐旱生理生态特性研究
12.
Contrast Test and Study on Disc Cutter of Sandy Shrub Harvester;

沙生灌木圆盘式切割器切割对比试验研究
13.
Study on the Environmental Behavior of Desert Shrub Fiber Based Material;

两种沙生灌木纤维基材环境学特性的研究
14.
Primary Study on Introduction Experiment of Six Kinds of Bush Coming from American Desert;
六种美国沙生灌木引种试验的初步研究
15.
Study on Drought Resistance Characteristics of Leaf Anatomical Structure of Five Psammophilic Shrub Species;
5种沙生灌木叶片解剖结构与抗旱性研究
16.
Esterase isozyme analysis of xeric shrubs Calligonum potaninii A.Los.

民勤旱生灌木河西沙拐枣的酯酶同工酶分析
17.
Study on the Characters of the Principal Shrubs under Water Stress Based on the System of SPAC in Kubuqi Desert;
库布齐沙地基于SPAC系统的主要造林灌木耐旱特性研究
18.
Study on Water Consumption of Four Shrubs in the Desert and Arid Area in Northwest of China;
西北干旱沙区四种主要造林灌木的蒸腾耗水研究