1) Fluorescent Brightener 33
荧光增白剂 33
2) the 33 kDa protein
33 kDa蛋白
1.
Among these extrinsicproteins, the 33 kDa protein is particularly important for stabilizing the manganese cluster inthe photosynthetic oxygen evolving center under physiological conditions.
33 kDa蛋白对参与光合放氧的核心组分的锰簇具有保护作用,被称为锰稳定蛋白(manganesestabilizing protein, MSP)。
3) adhesion protein 33
黏附蛋白33
1.
Objective To construct and identify the Trichomonas vaginalis adhesion protein 33 (ap33 gene) eukaryotic expression plasmid.
目的构建并鉴定阴道毛滴虫黏附蛋白33基因(adhesionprotein33gene,ap33gene)真核表达载体。
2.
Objective To construct the prokaryotic expressional vector of adhesion protein 33(ap33) on the isolate of Trichomonas vaginalis and induce the expression of ap33 gene in vitro .
目的构建阴道毛滴虫黏附蛋白33基因原核表达载体并诱导其体外表达。
4) Paulownia tomentosa × P. fortunei 33
毛白33泡桐
1.
In order to carry out trunk extension by lateral buds, the laws of branching and trunk extension from lateral buds were investigated in 1_year_old seedlings of Paulownia tomentosa × P.
结果显示:1)在高密度粗放管理条件下,毛白33泡桐分枝习性表现为假二叉分枝,第2年不能接干的占42%,而58%的单株分枝特性表现为合轴分枝与假单轴分枝(近似顶芽接干的主轴分枝或单轴分枝),能够实现自然接干,这3种分枝类型可以统称为假轴分枝;2)第2年接干单株的接干形率均较大,但能不错位通直接干的仅占14%,86%的接干单株的错位状况需要2～3年后才能得到改善;3)在接干单株中,从接干的上侧芽向下数,越向下在干上分布的侧芽萌发成枝的长度、粗度越小,枯死率越高,但与主干上方夹角逐渐变大,第4对侧枝的分枝夹角最大,以下夹角减小,长度、粗度减小趋势变缓,并枯死。
5) SD-33 bonder
SD-33粘结剂
1.
The thermal decomposition process of SD-33 bonder is studied by the DSC-TG curves with the rate of heating being 5 K/min,10 K/min,and 20 K/min respectively and the temperature range of 20～550℃,the thermal decomposition kinetics parameter and the mechanism function of SD-33 bonder are obtained by Coats-(Redfern) method.
根据SD-33粘结剂在升温速率分别为5、10、20 K/m in时的DSC-TG曲线,在20~550℃温度范围对SD-33粘结剂的热分解过程进行了研究,用Coats-R ed fern方法获得SD-33粘结剂的热分解动力学参数和机理函数。
6) CN-33 catalyst
CN-33催化剂
补充资料：荧光增白剂 33
分子式：
分子量：
CAS号：61902-19-0
性质：
分子量：
CAS号：61902-19-0
性质：
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