22 results on '"Lv, Ming-Song"'
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2. Natural catkins-derived single-crystal WO3 tubes rich in oxygen vacancies for high response and rapid detection of hydrazine at near room temperature
3. In-situ sodium chloride template synthesis of γ-WO3 hollow cubes for high-sensing and dual-selective hydrazine/dibutylamine detection at different temperatures
4. Mesoporous In2O3/ZnO heterogeneous microtubes replicated from waste willow catkins for high response and rapid detection of NO2 gas at low temperature
5. Biotemplate-inherited porous SnO2 monotubes with oxygen vacancies for ultra-high response and fast detection of nitric oxide at low temperature
6. Biotemplate synthesis of NiO/ZnO tubes rich in oxygen vacancies for enhanced sensing detection of hydrazine at low temperature
7. Low-temperature and dual-sensing NO2/dimethylamine sensor based on single-crystal WO3 nanoparticles-supported sheets synthesized by simple pyrolysis of spoiled WCl6 powder
8. Facilely controlled synthesis of porous ZnO nanotubes with rich oxygen vacancies for highly sensitive and selective detection of NO2 at low temperature
9. Graphitic carbon-doped SnO2 nanosheets-wrapped tubes for chemiresitive ppb-level nitric oxide sensors operated near room temperature
10. Highly sensitive and selective nitric oxide sensor based on biomorphic ZnO microtubes with dual-defects assistance at low temperature
11. Mesoporous In2O3/ZnO heterogeneous microtubes replicated from waste willow catkins for high response and rapid detection of NO2 gas at low temperature
12. Design Synthesis of ZnO Tube Bundles Rich in Oxygen Vacancies Assembled by Nanorods/Quasi-Nanospheres for Enhanced Sensing to NO/NO2
13. In-situ sodium chloride template synthesis of γ-WO 3 hollow cubes for high-sensing and dual-selective hydrazine/dibutylamine detection at different temperatures
14. Natural Catkins -Derived Single-Crystal Wo3 Tubes Rich in Oxygen Vacancies for High Response and Rapid Detection of Hydrazine at Near Room Temperature
15. Biotemplate-Inherited Porous Sno2 Monotubes with Oxygen Vacancies for Ultra-High Response and Fast Detection of Nitric Oxide at Low Temperature
16. Design Synthesis of ZnO Tube Bundles Rich in Oxygen Vacancies Assembled by Nanorods/Quasi-Nanospheres for Enhanced Sensing to NO/NO2.
17. Biotemplate-Inherited Porous Sno2 Monotubes with Oxygen Vacancies for Ultra-High Response and Fast Detection of Nitric Oxide at Low Temperature
18. Facilely Controlled Synthesis of Porous Zno Monotubes with Rich Oxygen Vacancies for Highly Sensitive and Selective Detection of No2 at Low Temperature
19. Highly Sensitive and Selective Nitric Oxide Sensor Based on Biomorphic Zno Microtubes with Dual-Defects Assistance at Low Temperature
20. Simple Synthesis of Cuo Nanosheets with Exposed (111) Active Crystal Facets and Oxygen Defects for Co Detection at Room Temperature
21. Biomorphic ZnO Nanotubes for n-Pentanol Sensing
22. Biomorphic ZnO Nanotubes for n‑Pentanol Sensing.
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