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Gas-Sensing Devices Based on Zn-Doped NiO Two-Dimensional Grainy Films with Fast Response and Recovery for Ammonia Molecule Detection

机译：基于Zn掺杂的NiO二维颗粒膜的氨气分子检测快速响应与恢复的气体传感装置

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1. Gas-Sensing Devices Based on Zn-Doped NiO Two-Dimensional Grainy Films with Fast Response and Recovery for Ammonia Molecule Detection [J] . Jian Wang, Xiaowei Wei, Peihua Wangyang Nanoscale Research Letters . 2015,第1期

机译：基于Zn掺杂的NiO二维颗粒膜的快速响应和恢复的氨气分子检测气体传感装置
2. Fast response ammonia sensors based on TiO2 and NiO nanostructured bilayer thin films [J] . Kumar Arvind, Sanger Amit, Kumar Ashwani, RSC Advances . 2016,第81期

机译：基于TiO2和NiO纳米结构双层薄膜的快速响应氨传感器
3. Fast response ammonia sensors based on TiO2 and NiO nanostructured bilayer thin films [J] . Arvind Kumar, Amit Sanger, Ashwani Kumar, RSC Advances . 2016,第81期

机译：基于TiO2和NiO纳米结构双层薄膜的快速响应氨传感器
4. Low-cost and fast wet-based technique to generate nanostructured organic materials layers and its application to chemiresistive gas-sensing devices [C] . Emanuele Viviani, Cristina Bertoni, Simone Dal Zilio Eurosensors (Conerence) . 2015

机译：低成本和快速的湿法技术，以产生纳米结构有机材料层及其在化学气体传感装置中的应用
5. Metasurface-Based Optoelectronic Devices for Polarization Detection and Ultrafast Optical Modulation [D] . Basiri, Ali. 2020

机译：基于元表面的光电器件，用于偏振检测和超快光学调制
6. Gas-Sensing Devices Based on Zn-Doped NiO Two-Dimensional Grainy Films with Fast Response and Recovery for Ammonia Molecule Detection [O] . Jian Wang, Xiaowei Wei, Peihua Wangyang 2015

机译：基于Zn掺杂的NiO二维颗粒膜的氨气分子检测快速响应与恢复的气体传感装置
7. Preparation of NiO two-dimensional grainy films and their high-performance gas sensors for ammonia detection [O] . 2015

机译：NiO二维颗粒膜的制备及其用于氨气检测的高性能气体传感器
8. Preparation and Characterization of Molecule-Based Transistors with a 50 Nonometer Source-Drain Separation Using Shadow Deposition Techniques: Towards Faster, More Sensitive Molecule-Based Devices [R] . Jones, E. T., Chyan, O. M., Wrighton, M. S. 1987

机译：使用阴影沉积技术制备和表征具有50个非均源漏极分子的分子晶体管：朝着更快，更灵敏的分子为基础的器件

Gas-Sensing Devices Based on Zn-Doped NiO Two-Dimensional Grainy Films with Fast Response and Recovery for Ammonia Molecule Detection

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