1.
Preparation of Silicon Carbide Using High Char-yield Resin as Carbonaceous Precursor
一种高残碳率树脂为碳质前驱体制备致密SiC陶瓷
2.
Effects of additive on the ratio of remaining carbon of woodceramics made from crop straw and woody materials
阻燃剂对作物秸秆木质陶瓷残碳率的影响
3.
Normally, uncaptured feed waste percentage varies from 11.0% to 28.0%, while the largest values appeared from July to August.
残饵率在11.0%~28.0%之间,7~9月最高。
4.
intrace phalic to enhance the rescuing success rate of patients with cerebral hemorrhage, to lower down the maimed rate of the patients.
目的 :提高脑出血病人救治的成功率 ,降低致残率。
5.
determination of carbon residue-conradson method
残碳含量测量方法-康氏残碳
6.
testing method for refractive index of high purity hydrocarbons
高纯碳氢化合物折射率测定法
7.
continuous wave high power CO2 laser
连续波高功率二氧化碳激光器
8.
Mechanisms of Enhanced Oil Recovery by Microbe Using Crude Oil as Carbon Source;
原油碳源微生物提高原油采收率机理
9.
Improving nitrogen removal of constructed wetlands by supplying plant carbon
补充植物碳源提高人工湿地脱氮效率
10.
Effect of ultrasonic power on inclusions in high carbon steel
超声波功率对高碳钢中夹杂物的影响
11.
Screening of Tree Species with High-efficiency Carbon Sequestration for Returning Cultivated Land to Forest in Arid Area
干旱区退耕还林高固碳效率树种筛选
12.
Carbon and Nitrogen Transformations of Different Plant Residues on the Loess Plateau
黄土高原区不同类型植物残体碳氮分解转化特性研究
13.
However, the weightlessness rate of those composites was obviously higher than wood, and remainder rate was higher than wood, too.
但复合材料的失重率比木材明显小，残余物比率也明显高于木材。
14.
MICROBIAL EOR STUDIES ON THE MICROORGANISMS USING PETROLEUM HYDROCARBONS AS SOLE CARBON SOURCE
以石油烃类为唯一碳源提高采收率菌种的研究
15.
CORING TECHNOLOGY OF IMPROVING CORE RECOVERY IN THE FRACTURED CARBONATE FORMATION
提高碳酸盐岩破碎地层取心收获率技术
16.
Adding sulfur additive could improve the ratio of carbon nanotubes deposition was proved.
证明了加入硫添加物可以提高碳纳米管沉积率
17.
The Research on High-yield Synthesis and Characterizaton of Single-walled Carbon Nanotubes by CVD;
单壁纳米碳管的高效率CVD法制备及表征的研究
18.
High-Yield Synthesis Single-Walled Carbon Nanotubes by Chemical Vapor Decomposition;
化学气相热解法高产率合成单壁碳纳米管