1.
On the Resin Yield of Pinus massoniana with Different Tapping Methods
不同采脂方法对马尾松产脂量的影响
2.
Promoting Low-frequency Mining to Accelerate Fast and Sustainable Development of Forestry Pine Resin Industry;
大力推广低频采脂,促进松脂林化产业可持续发展
3.
Forest Resources and Estimated Resin Production of Pines in China--Based on the Data of Successive Nation-Wide Inventory of Forest Resources
我国的采脂松树资源和松脂贮量——基于“连清”数据的估测
4.
According to the tapping tree species,there are three tapping areas in the world :America,Europe and East Asia.
根据世界各地采脂树种的情况,划分为美洲、欧洲和东亚三个采脂区域。
5.
Table-board: using solid physiochemical board or epoxy resin table-board.
台面板：采用实芯理化板或环氧树脂板。
6.
Compatible with epoxy or polyurethane primers.
底漆一般采用环氧底漆或聚氨脂底漆。
7.
The Effect of Fat on Dry Matter Intake and Rumenal Digestion
脂肪对奶牛采食量及瘤胃消化的影响
8.
Preparation of Impact Resistant Resin Modifier by Agglomeration Technology and Synyhesis & Study on Heat Resistant & Flame Retardant Resin;
采用附聚技术制备抗冲树脂改性剂及耐热阻燃树脂合成研究
9.
Studies on the Screening of MEOR Microbial Strain, Rhamnolipid Performance, and Rhamnosyltransferase Gene Cloning and Expression;
采油微生物筛选、鼠李糖脂产脂性能及关键酶基因克隆与表达研究
10.
The material are the high quality cold steeling rolling plate, surface processing with degrease, acid washing, phosphating , static spraying plastic.
材料采用优质冷轧钢板，表面处理采用脱脂、酸洗、磷化、静电喷塑。
11.
A rotary air sampler loaded with manital salt and Pseudomonas selection agar media strips were used to collect the samples from various sites.
使用装有甘露醇盐琼脂及绿脓杆菌特异琼脂之旋转式空气采样器进行采样。
12.
The shell is made from fiberous glass, reinforced and unsaturated ployster resin.
外壳采用玻璃纤维增强不饱和聚酯树脂制成。
13.
Complete adoption micro-computer control, dissolve belly, loins, hip surplus fat.
完全采用微电脑控制，消除腹部、部、部多余脂肪。
14.
The results of the sample for the test have shown that the quantity of fatty substance in milk is appropriate to the standard.
采样检验的结果表明牛奶中的脂肪含量达标。
15.
Secondary air tuyere: aluminum alloy shutter,the surface was electro-sprayed by epoxy resin.
补风口：采用铝合金百叶窗，表面环氧树脂喷涂。
16.
Increase of Bending Strength of Paulownia by Urea-formaldehyde Impregnation;
采用脲醛树脂浸渍法提高泡桐抗弯性能
17.
Effects of Adenosine Triphosphate and 2,4-Dinitrophenol on Antioxidant Systems of Harvested Litchi Fruit in Relation to Browning and Pathogen Response
能量对采后荔枝果实膜脂代谢的调控作用
18.
Creating low-fat sausage and meat products with METHOCEL MX~(TM) fat replacement technology
采用METHOCEL MX~(TM)技术开发低脂肪香肠和肉制品(英文)