1) bald cypress,red cypress
红柏木
2) Cupressus funebris
柏木
1.
Effects of Ectomycorrhiza Fungi on Seedling Growth of Cupressus funebris;
接种外生菌根真菌对柏木幼苗生长的影响
2.
Influence of drought stress on the gas exchange of Cupressus funebris Endl. seedlings of different ages in the limestone area of Chongqing,China;
水分胁迫对重庆石灰岩地区不同龄级柏木(Cupressus funebris Endl.)幼苗气体交换的影响
3.
A Study on the Development and Biomass of Undergrowth Vegetations in Cupressus funebris Plantations in Yichang Suburbs;
宜昌市郊柏木人工林林下植被发育及生物量研究
3) cypress
[英]['saɪprəs] [美]['saɪprəs]
柏木
1.
A social phenomenon was conspicuous,which was that many cypresses were planted around a tomb and used in the grave.
究其原因,有两个方面:一是,柏木本身的特性及其所引申出来的文化内涵为其盛行奠定了基础;二是,汉代本身独特的文化元素与之融合,互为促进,主要表现为尊亲忠孝的儒家思想、尊君一统的社会秩序、视死如生的厚葬之风。
4) α-cedrene
α-柏木烯
1.
Epoxycedrane was firstly synthesized at home and abroad from α-cedrene by epoxidation of hydrogen peroxide under the catalysis of ruthenium trichloride and pyridine-2,6-dicarboxylic acid.
以三氯化钌和2,6二-羧基吡啶为催化剂,双氧水为氧化剂,对α-柏木烯进行环氧化反应合成环氧柏木烷。
2.
97 %,α-cedrene 35.
97%、α-柏木烯35。
3.
GC-MS analysed the components and identified 8 compounds,includingα-cedrene,Methyl tetradecanoate,Methyl pentadecanoate,Methyl palmitoleate, Methyl hexadecanoate,Methyl(9E,12E)-octadecadienoate,Methyl(9Z)-octadecenoate,Methyl octadecanoate.
该菌菌体的正己烷提取物用硫酸甲醇法进行甲酯化处理后,GCMS分离并鉴定了8种成分,面积归一法确定其相对含量,分别为:α-柏木烯(0。
5) β-cedrene
β-柏木烯
6) Cypress charcoal
柏木炭
1.
Cypress charcoals prepared at a temperature of 800-870℃ had a large external surface area of more than 400 m2/g,comparable to the microporous surface area,even though only 30-40m2/g was obtained by carbonization in a flow of Ar gas.
如果在800℃～870℃炭化,柏木炭外表面积可达400m2/g以上,与同样温度在氩气中炭化得到的柏木炭相比,后者微孔面积仅为30m2/g～40m2/g。
2.
Cypress charcoals, which were prepared under super-heated steam and had a relatively large amount of mesopores, were used in electric double layer capacitors (EDLCs) in 1 mol/L H2SO4 electrolyte.
通过过热蒸气活化法制备的柏木炭中含有大量的中孔,可用于制备以1mol/L硫酸为电解液的双电层电容器(EDLCs)。
补充资料：alpha-柏木烯
分子式：C15H24
分子量：204.35
CAS号：469-61-4
性质：密度0.932。沸点261-262°C。折射率1.498。比旋光度-88°(c=10%, EtOH)。
分子量：204.35
CAS号：469-61-4
性质：密度0.932。沸点261-262°C。折射率1.498。比旋光度-88°(c=10%, EtOH)。
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