fluorescence emission spectrum meaning in English

荧光发射光谱

Examples

The contributions of non - leaf organs to photosynthesis next , studies on photosynthetic pigment , the rates of photosynthetic oxygen evolution and 77k fluorescence emission spectrum of awns and lemmas in rice and wheat were carried out
随着小麦芒的衰老过程，其中叶绿体的数量也随之减少，并且这种减少的趋势在旗叶中先发生。
Tolerance to and effects of the freezing stress in a desiccation - tolerant , terrestrial cyanobacterium , nostoc commune , and in a desiccation - sensitive species , synechocystis sp . pcc6803 , were studied by measuring their photosynthetic activities and fluorescence emission spectra
通过检测光合成活性和荧光发射光谱等研究冰结胁迫对蓝藻地衣( nostoccommune )和单细胞集胞藻( synechocystissp . pcc6803 )的影响。
Octadecanoic acid ( oa ) / octadecylamine ( oam ) mixed monolayer were absorbed by hsa from the observation of surface pressure - molecule area ( n - a ) isotherms , differentiated curves of 0a / 0am monolayers and uv - vis , ft - ir spectra and fluorescence emission spectra of 0a / 0am lb film . the property change of 0a / 0am monolayer led to the change of crystal growth induced by the monolayer . when the concentration of hsa in subphases containing cac2o4 supersaturated solution rises from 0 . 00 % ( wt % ) to 0 . 10 % , cot , cod and com form beneath oa / oam monoalyer , respectively
通过比较含不同浓度人血清蛋白( hsa )的草酸钙过饱和溶液亚相上十八酸十八胺( oa oam )混和单分子膜的压力?单分子面积( - a )等温线，微分曲线及oa oam混和lb膜的uv - vis光谱、 ft - ir光谱以及荧光发射光谱，可以看出， hsa吸附于oa oam膜上，使oa oam膜的性质改变，并且影响到oa oam单分子膜对草酸钙晶体生长的诱导作用。
The fluorescence spectrum ( fls ) of lra excited at 280nm and 295nm showed a maximum peak at 338nm . the characteristic peak of tyr did not exist , and it showed that the fluorescence energy of tyr was transformed to trp and strength the fluorescence of trp . when lra was excited at 295nm , the fls showed a maximum peak at 338nm , the max of fluorescence emission spectrum blue - shifted more than 10nm compared with the max of free tyr ( 348nm )
Lra的荧光光谱研究表明在激发光波长为280nm时，其最大荧光发射峰在338nm处，荧光光谱未见有酪氨酸( tyr )残基的发射峰，表明tyr残基的荧光基本上通过能量转移到trp上，使荧光强度增强，在激发光谱为295nm时，其最大荧光发射峰338nm ，比游离trp的最大荧光发射峰( 348lun )蓝移了近10nln ，说明trp周围的极性较弱，处于疏水的微环境。

fluorescence emission spectrum meaning in English

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