2) coconut shell acid hydrolysis
椰壳酸水解
1.
As a homogeneous irreversible series reactions system,first-order reaction rate models for coconut shell acid hydrolysis were established.
本课题组开展了椰壳酸水解制备木糖,椰壳渣(分离糖液后得到的固体残渣)制备高性能活性炭的研究[2-3]。
3) coconut shell
椰壳
1.
Pyrolysis and pyrolysis kinetics of coconut shell,coconut shell residue and de-ashed coconut shell residue;
椰壳、椰壳渣与脱灰椰壳渣热解及热解动力学
2.
Alcoholysis of styrene oxide catalyzed by coconut shell char sulfonic acid
椰壳炭磺酸催化环氧苯乙烷的醇解反应
3.
Using D-xylose as standard and DNS as color developing reagent, the content of xylose in coconut shell was indirectly determined by spectrophotometry.
以D-木糖为标准,DNS为显色剂,采用分光光度法间接测定椰壳中木聚糖的含量。
4) coconut shell
椰子壳
1.
It is explored the effect of the xylose crystal yields on the concentration, time, temperature, pH and acochol solvent, thus defined the best technology conditions with the xylose crystallized and separated in coconut shell hydrolysized solution.
由此确定了椰子壳酸水解液中木糖结晶分离的最佳工艺条件。
2.
Using carubinose as standard, DNS as color developing reagent, the content of mannan in coconut shell was indirectly determined by spectrophotometry.
以 D-甘露糖为标准 ,DNS作显色剂 ,用分光光度法间接测定椰子壳中甘露聚糖的含量。
5) coconut shell residue
椰壳渣
1.
Pyrolysis and pyrolysis kinetics of coconut shell,coconut shell residue and de-ashed coconut shell residue;
椰壳、椰壳渣与脱灰椰壳渣热解及热解动力学
6) charring coconut shell
椰壳炭
1.
Preparation activated carbon from the charring coconut shell with the water as active agent by simultaneous measurements of thermogravimetry and differential thermal analysis was studied.
以椰壳炭为原料,水为活化剂,利用同步热重/差热分析仪(TG/DTA)对椰壳炭活化的机理、反应热效应以及微波辐照对微波椰壳活性炭制备的影响进行了探讨。
补充资料：椰浆
1.即椰子浆。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条