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Understanding charge transport in non-doped pristine and surface passivated hematite (Fe2O3) nanorods under front and backside illumination in the context of light induced water splitting

机译：在光诱导的水分裂背景下，了解前后照明下的非掺杂原始和表面钝化的赤铁矿（Fe2O3）纳米杆的电荷传输

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Prince Saurabh Bassi; Li Xianglin; Yanan Fang; Joachim Say Chye Loo; James Barber; Lydia Helena Wong;
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1. Understanding charge transport in non-doped pristine and surface passivated hematite (Fe2O3) nanorods under front and backside illumination in the context of light induced water splitting [J] . Bassi Prince Saurabh, Li Xianglin, Fang Yanan, Physical chemistry chemical physics: PCCP . 2016,第44期

机译：在光诱导水分解的情况下，了解正面和背面照明下未掺杂的原始和表面钝化的赤铁矿（Fe2O3）纳米棒中的电荷传输
2. The role of doping molybdenum (Mo) and back-front side illumination in enhancing the charge separation of α-Fe_2O_3 nanorod photoanode for solar water splitting [J] . Masoumi Zohreh, Tayebi Meysam, Lee Byeong-Kyu Solar Energy . 2020,第Jula期

机译：掺杂钼（MO）和背前侧照明在增强α-FE_2O_3纳米棒光电仪进行太阳能水分裂的电荷分离中的作用
3. Enhanced Charge Transport and Increased Active Sites on α?Fe2O3(110) Nanorod Surface Containing Oxygen Vacancies for ImprovedSolar Water Oxidation Performance [J] . Jun Hu, Xin Zhao, Wei Chen, ACS Omega . 2018,第11期

机译：包含氧空位的α？Fe2O3（110）纳米棒表面上增强的电荷传输和增加的活性位，从而改善了太阳能的氧化性能
4. Surface Modification of α-Fe_2O_3 Nanorod Array Photoanodes for Improved Light-Induced Water Splitting [C] . Shaohua Shen, Coleman X. Kronawitter, Jiangang Jiang, MRS spring meeting . 2012

机译：α-Fe_2O_3纳米棒阵列光阳极的表面改性，以改善光诱导的水分解
5. Enhanced Charge Transport and Increased Active Sites on α-Fe2O3 (110) Nanorod Surface Containing Oxygen Vacanciesfor Improved Solar Water Oxidation Performance [O] . Jun Hu, ∥, Xin Zhao, 2018

机译：含氧空位的α-Fe2O3（110）纳米棒表面上增强的电荷传输和增加的活性位点改善太阳能氧化性能
6. Enhanced Bulk and Interfacial Charge Transfer Dynamics for Efficient Photoelectrochemical Water Splitting: The Case of Hematite Nanorod Arrays [O] . -1

机译：高效光电化学水分解的增强块和界面电荷转移动力学：赤铁矿纳米杆阵列的情况

Understanding charge transport in non-doped pristine and surface passivated hematite (Fe2O3) nanorods under front and backside illumination in the context of light induced water splitting

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