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1. Full Text Efficient, Hysteresis‐Free, and Stable Perovskite Solar Cells with ZnO as Electron‐Transport Layer: Effect of Surface Passivation
by Cao, Jing and Wu, Binghui and Chen, Ruihao and Wu, Youyunqi and Hui, Yong and Mao, Bing‐Wei and Zheng, Nanfeng
Advanced materials (Weinheim), ISSN 0935-9648, 03/2018, Volume 30, Issue 11, pp. 1705596 - n/a
hysteresis‐free | ZnO | electron‐transport layer | perovskite solar cells | interface engineering | hysteresis-free | electron-transport layer | Materials Science | Materials Science, Multidisciplinary | Physics, Condensed Matter | Science & Technology - Other Topics | Chemistry, Physical | Physics | Science & Technology | Physics, Applied | Physical Sciences | Chemistry | Nanoscience & Nanotechnology | Technology | Chemistry, Multidisciplinary | Solar cells | Perovskite | Zinc oxide | Solar batteries | Electron transport | Photovoltaic cells | Interface stability | Magnesium oxide | Passivity | Hysteresis | Chemical compatibility | Energy conversion efficiency | Electrons
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2. Full Text Fully High‐Temperature‐Processed SnO2 as Blocking Layer and Scaffold for Efficient, Stable, and Hysteresis‐Free Mesoporous Perovskite Solar Cells
by Xiong, Liangbin and Qin, Minchao and Chen, Cong and Wen, Jian and Yang, Guang and Guo, Yaxiong and Ma, Junjie and Zhang, Qi and Qin, Pingli and Li, Songzhan and Fang, Guojia
Advanced functional materials, ISSN 1616-301X, 03/2018, Volume 28, Issue 10, p. n/a
hysteresis‐free | quantum dots | impedance spectra | high temperature processing | perovskite solar cells | hysteresis-free | Materials Science | Materials Science, Multidisciplinary | Physics, Condensed Matter | Science & Technology - Other Topics | Chemistry, Physical | Physics | Science & Technology | Physics, Applied | Physical Sciences | Chemistry | Nanoscience & Nanotechnology | Technology | Chemistry, Multidisciplinary | Solar cells | Perovskite | Solar batteries | Analysis | Tin dioxide | Photovoltaic cells | Quantum dots | Electron mobility | Scaffolds | Hysteresis | Energy conversion efficiency | Electrons
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3. Full Text Improved Efficiency and Stability of Perovskite Solar Cells Induced by CO Functionalized Hydrophobic Ammonium‐Based Additives
by Wu, Zhifang and Raga, Sonia R and Juarez‐Perez, Emilio J and Yao, Xuyang and Jiang, Yan and Ono, Luis K and Ning, Zhijun and Tian, He and Qi, Yabing
Advanced materials (Weinheim), ISSN 0935-9648, 01/2018, Volume 30, Issue 3, pp. 1703670 - n/a
triple cations | hysteresis‐free solar cells | large‐area solar cells | perovskite solar cells | moisture stability | large-area solar cells | hysteresis-free solar cells | Materials Science | Materials Science, Multidisciplinary | Physics, Condensed Matter | Science & Technology - Other Topics | Chemistry, Physical | Physics | Science & Technology | Physics, Applied | Physical Sciences | Chemistry | Nanoscience & Nanotechnology | Technology | Chemistry, Multidisciplinary | Current carriers | Lewis acid | Solar cells | Additives | Carrier recombination | Stability | Photovoltaic cells | Efficiency | Cations
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4. Full Text Interfacial Passivation of the p‐Doped Hole‐Transporting Layer Using General Insulating Polymers for High‐Performance Inverted Perovskite Solar Cells
by Zhang, Fan and Song, Jun and Hu, Rui and Xiang, Yuren and He, Junjie and Hao, Yuying and Lian, Jiarong and Zhang, Bin and Zeng, Pengju and Qu, Junle
Small (Weinheim an der Bergstrasse, Germany), ISSN 1613-6810, 05/2018, Volume 14, Issue 19, pp. e1704007 - n/a
hysteresis‐free | high efficiency | interfacial passivation | polymers | perovskite solar cells | hysteresis-free | Materials Science | Materials Science, Multidisciplinary | Physics, Condensed Matter | Science & Technology - Other Topics | Chemistry, Physical | Physics | Science & Technology | Physics, Applied | Physical Sciences | Chemistry | Nanoscience & Nanotechnology | Technology | Chemistry, Multidisciplinary | Solar cells | Perovskite | Usage | Solar batteries | Polymer industry | Polymers | Methyl methacrylate | Thickness | Polystyrene resins | Carrier recombination | Photovoltaic cells | Current leakage | Dopants | Passivity | Polymethyl methacrylate | Energy conversion efficiency
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5. Full Text Low‐Temperature and Hysteresis‐Free Electron‐Transporting Layers for Efficient, Regular, and Planar Structure Perovskite Solar Cells
by Hou, Yi and Quiroz, Cesar Omar Ramirez and Scheiner, Simon and Chen, Wei and Stubhan, Tobias and Hirsch, Andreas and Halik, Marcus and Brabec, Christoph J
Advanced energy materials, ISSN 1614-6832, 10/2015, Volume 5, Issue 20, pp. 1501056 - n/a
low‐temperature solution processed | hysteresis‐free solar cells | electron‐transporting layers | perovskite solar cells | electron-transporting layers | low-temperature solution processed | hysteresis-free solar cells | Physical Sciences | Chemistry | Materials Science | Technology | Materials Science, Multidisciplinary | Physics, Condensed Matter | Chemistry, Physical | Energy & Fuels | Physics | Science & Technology | Physics, Applied | Solar cells | Perovskite | Solar batteries | Electron transport | Photovoltaic cells | Temperature | Solar energy | Self-assembled monolayers | Planar structures | Perovskites | Transporting | Titanium dioxide | Hysteresis
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6. Full Text High-Mobility and Hysteresis-Free Flexible Oxide Thin-Film Transistors and Circuits by Using Bilayer Sol–Gel Gate Dielectrics
by Jo, Jeong-Wan and Kim, Kwang-Ho and Kim, Jaeyoung and Ban, Seok Gyu and Kim, Yong-Hoon and Park, Sung Kyu
ACS applied materials & interfaces, ISSN 1944-8244, 01/2018, Volume 10, Issue 3, pp. 2679 - 2687
Research | flexible electronics | hysteresis-free | bilayer | photochemical activation | oxide gate dielectric | Science & Technology - Other Topics | Materials Science | Nanoscience & Nanotechnology | Technology | Materials Science, Multidisciplinary | Science & Technology
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7. Full Text A copper-doped nickel oxide bilayer for enhancing efficiency and stability of hysteresis-free inverted mesoporous perovskite solar cells
by Yao, Kai and Li, Fan and He, Qiqi and Wang, Xiaofeng and Jiang, Yihua and Huang, Haitao and Jen, Alex K.-Y
Nano energy, ISSN 2211-2855, 10/2017, Volume 40, pp. 155 - 162
Hysteresis-free | Stability | Mesoporous NiOx | Metal doping | Perovskite solar cells | Mesoporous NiO | Physical Sciences | Chemistry | Materials Science | Nanoscience & Nanotechnology | Technology | Materials Science, Multidisciplinary | Science & Technology - Other Topics | Chemistry, Physical | Physics | Science & Technology | Physics, Applied | Solar cells | Nickel | Solar batteries | Properties | Nickel compounds | Equipment and supplies | Metallic oxides | Production processes
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8. Full Text Stable Hysteresis-Free MoS2 Transistors With Low-k/High-k Bilayer Gate Dielectrics
by Zhang, Zhijie and Su, Meng and Li, Guoli and Wang, Jianlu and Zhang, Xiaoyu and Ho, Johnny C and Wang, Chunlan and Wan, Da and Liu, Xingqiang and Liao, Lei
IEEE electron device letters, ISSN 0741-3106, 07/2020, Volume 41, Issue 7, pp. 1036 - 1039
MoS | Fluctuations | high stability | Logic gates | Dielectrics | Sulfur | Transistors | hysteresis-free | Molybdenum | Bilayer dielectrics | Stress | Engineering, Electrical & Electronic | Engineering | Technology | Science & Technology
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9. Full Text High efficiency perovskite solar cells with tailorable surface wettability by surfactant
by Wang, Tun and Xie, Muyuan and Abbasi, Sadeq and Cheng, Zhendong and Liu, Hong and Shen, Wenzhong
Journal of power sources, ISSN 0378-7753, 02/2020, Volume 448, p. 227584
High open-circuit voltage | Hysteresis-free | Interface modification | Perovskite solar cells | Physical Sciences | Chemistry | Materials Science | Technology | Materials Science, Multidisciplinary | Electrochemistry | Chemistry, Physical | Energy & Fuels | Science & Technology
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10. Full Text Enhanced magnetocaloric effects in Gd2In1−xAlx (0.4 ≤ x ≤ 1) system by the hysteresis-free metamagnetism
by Yu, Yinde and Liu, Rui and Zhang, Lu and Yao, Guiquan and Wang, Qiang and Zhu, Jie and Yang, Sen and Cui, Weibin
Journal of magnetism and magnetic materials, ISSN 0304-8853, 04/2021, Volume 524, p. 1
Magnetic entropy change | Hysteresis-free | Hetero-structural alloying | Metamagnetic phase transition | Physical Sciences | Materials Science | Technology | Materials Science, Multidisciplinary | Physics, Condensed Matter | Physics | Science & Technology | Phase transitions | Transition temperature | Hysteresis
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11. Full Text Transparent Protein Hydrogels: Protein Gel Phase Transition: Toward Superiorly Transparent and Hysteresis‐Free Wearable Electronics (Adv. Funct. Mater. 27/2020)
by Chang, Qiang and He, Yunfan and Liu, Yuqing and Zhong, Wen and Wang, Quan and Lu, Feng and Xing, Malcolm
Advanced functional materials, ISSN 1616-301X, 07/2020, Volume 30, Issue 27, pp. 2070176 - n/a
triboelectric nanogenerators | gesture‐controlled consoles | phase transition | hysteresis‐free sensors | transparent protein hydrogels | Electric conductors | Hydrogels | Nanogenerators | Liquid phases | Electronics | Conductors | Phase transitions | Proteins | Electric power generation | Ionic liquids | Clean energy | Hysteresis | Wearable technology
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12. Full Text Limits on Hysteresis-Free Sub-60 mV/Decade Operation of MFIS Nanowire Transistor
by Semwal, Sandeep and Reddy, Veldanda Pranay and Jaiswal, Nivedita and Kranti, Abhinav
IEEE transactions on electron devices, ISSN 0018-9383, 09/2020, Volume 67, Issue 9, pp. 3868 - 3875
Hysteresis-free | negative capacitance (NC) | Ferroelectric materials | Logic gates | Capacitance | Nanoscale devices | Transistors | Mathematical model | Hysteresis | transistor | nanowire | steep switching | Engineering | Physical Sciences | Technology | Engineering, Electrical & Electronic | Physics | Science & Technology | Physics, Applied
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