electron transition
1.CALCUTATION STUDIES ABOUT THE ELECTRON TRANSITION ENERGY IN THE PRUSSIAN BLUE AND TURNBULL BLUE
2.The results showed that ultraviolet characteristic absorption peak of DHA ester silver ion complex moved to lower wavelength. It pointed out that distance between energy levels for outer electron transition of complex is increased,and the energy for outer electron transition of complex is bigger than that of DHA ester.
3.The responding photocatalytic wavelength of LaCl3, EuCl 3 , ErCl 3 permeated to TiO2 powder had intensity adsorbance in visible range, owing to the reduction of originate energy that electron transition needed.
4.But the excessive Co dopants will lead to decrease the initial permeability and increase the power loss because of the electron transition between Co2+ and Co3+ according to the following equation: Co2+(?)
5.The lattice vibrational spectra and d d electron transition spectra of the Cu∶KNSBN are compared with that of the KNSBN. The differences in the Raman spectra are little for the symmetry species A 1(z) and are very great for the symmetry species E(xy); but in the infrared reflectivity spectra, the differences are great for both A 1(z) and E(xy).
6.Electron paramagnetic resonance studies of magnetic transition in La_(0.67)Ca_(0.33)MnO_3 with CMR
7.This paper illustrates the origination, preparation, electron configuration, crystal structure, and properties of copper(Ⅱ) 15 crown 5 coordination compound with 3d z 2 ground state. The characteristics of electron paramagnetic resonance(EPR) spectrum, d d transition in electron spectrum and differential thermal analysis (DTA) of the compound are shown.
9.The results showed that Liangyou Peijiu had heterobeltiosis in pigment content, net photosynthetic rate, electron transport activity and light absorption, transport and transition(spectrum analysis, Hill reaction, photophosphorylation and ATP content) in flag leaves, which indicates that the higher photosynthetic characteristic of Liangyou Peijiu is fully expressed in flag leaves, which is the physiological base of its high yielding ability.
10.TRANSITION PROBABILITIES OF ELECTRON FOR THE Cr~(3+) IN K_3 [Cr(CN)_6)(Ⅰ)

