1) Inorganic conjugated molecules
无机共轭分子
2) organic conjugated molecules
有机共轭分子
1.
When the organic conjugated molecules in the film are dispersed among the two dimensional molecules,a new fluorescent material is created due to the change of chromophores into fluorescein preducing groups,Which is able to absorb ultraviolet light and green light in the sunlight and to produce blue light and red light for the need of chlorophyll a,b.
调光生态膜采用有机共轭分子分散到二维线性分子中,使有机共轭分子从生色团变为生荧团,能吸收太阳光中的紫外光和绿光而产生叶绿素a,b所需要的蓝光和红光,大大增加叶绿素a,b可吸收的光子数,从而加速了光合作用,促进植物生长。
2.
The work present in this thesis focuses on the investigation luminescence of organic conjugated molecules in disperser systems using spectroscopic method, to find the suitable converter for white light LED.
有机共轭分子在固态时只有光吸收而没有光发射，高分子聚合物大多为一维线形分子，在碳链与碳链之间有较大的间隙。
3) organic π-conjugated polymers
有机共轭分子链
4) conjugated molecule
共轭分子
1.
On the basis of HMO theory, this article introduces a basic solution method to calculate wave function of degenerate energy level for conjugated molecules, and some examples were given in it.
本文利用基础解系方法,用HMO法确定共轭分子简并能级波函数,并给出了几个典型实例。
2.
In this paper, it is proved that molecular orbitals and energylevels of all heteronuclei conjugated molecules Can be derived from those ofthree types of heteronuclei chain-conjugated molecules.
将含杂共轭分子的轨道和能级问题归结为三种直链含杂共轭分子的本征值求解。
