Correspondence between electronic polarisability and electron donor power of oxygen for silicate slags containing iron oxides from the perspective of absorption spectra

S. H. Firoz; R. Kojima; M. Susa

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Correspondence between electronic polarisability and electron donor power of oxygen for silicate slags containing iron oxides from the perspective of absorption spectra

机译：从吸收光谱角度看含铁氧化物硅酸盐渣的电子极化率与氧的电子给体功率的对应关系

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The applicability of the electronic polarisability of oxygen (0*0) us a measure of the basicity of silicate slags containing iron oxides has been investigated from the perspective of the charge transfer absorption, i.e. the transfer of electrons from O~(2-) to Fe~(3+) orbitals, and the redox ratio of (Fe~(2+)/Fe~(3+)). Samples used were (i) xNa_2O-(95-x)SiO_2-5Fe_2O_3 (20

机译：从电荷转移吸收（即电子从O〜（2-）到电子的转移）的角度，研究了氧（0 * 0）的电子极化率的适用性，该方法用于测量含铁氧化物的硅酸盐矿渣的碱度。 Fe〜（3+）轨道，氧化还原比为（Fe〜（2 +）/ Fe〜（3+））。使用的样品是（i）xNa_2O-（95-x）SiO_2-5Fe_2O_3（20

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《European Journal of Glass Science and Technology, PartB. Physics and Chemistry of Glasses》 |2005年第5期|共8页
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S. H. Firoz; R. Kojima; M. Susa;
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1. Correspondence between electronic polarisability and electron donor power of oxygen for silicate slags containing iron oxides from the perspective of absorption spectra [J] . S. H. Firoz, R. Kojima, M. Susa European Journal of Glass Science and Technology, PartB. Physics and Chemistry of Glasses . 2005,第5期

机译：从吸收光谱角度看含铁氧化物硅酸盐渣的电子极化率与氧的电子给体功率的对应关系
2. Electronic Polarisability of Oxygen and Charge Transfer Band Edge for Slags Containing Iron Oxide in Terms of Electron Donor Power of Oxygen [J] . S. H. Firoz, R. Kojima, M. Susa 材料とプロセス: 日本鉄鋼協会講演論文集 . 2004,第4期

机译：氧气的电子极化率和含铁氧化物的炉渣的电荷转移带边缘，根据电子给体的氧气功率
3. Electronic Polarisability of Oxygen and Charge Transfer Band Edge for Slags Containing Iron Oxide in Terms of Electron Donor Power of Oxygen [J] . S. H. Firoz, R. Kojima, M. Susa 材料とプロセス: 日本鉄鋼協会講演論文集 . 2004,第4期

机译：氧气的电子极化率和含铁氧化物的炉渣的电荷转移带边缘，根据电子给体的氧气功率
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Correspondence between electronic polarisability and electron donor power of oxygen for silicate slags containing iron oxides from the perspective of absorption spectra

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