NSTL国家科技图书文献中心

1. Enhancing structural, morphological, optical, and photocatalytic properties of ZnSe nanostructures via PTh-rGO integration NSTL国家科技图书文献中心

Rajasekaran, A. | Usha, R.... - 《Synthetic Metals》 - 2025,311 - 117815～ - 共11页

摘要：), zinc selenide (ZnSe) and polythiophene- reduced | graphene oxide- zinc selenide (PTh-rGO-ZnSe | effect PTh-rGO on the physical properties of ZnSe* is* | elements of rGO, ZnSe, and PTh-rGO-ZnSe* is verified. The* | are 4 eV, 4.25 eV, and 4.5 eV for GO, ZnSe, and PTh

关键词： GO | ZnSe | PTh-rGO-ZnSe | XRD | FESEM | Photocatalytic activity | TOC

2. Heavy-metal-free colloidal semiconductor ZnSe nanoplatelets for UV photodetectors NSTL国家科技图书文献中心

Wang, Aixiang | Shan, Xin ... - 《Materials Today Chemistry》 - 2025,44 - 共6页

摘要： (UV) photodetectors using colloidal ZnSe | obtained UV photodetectors based on ZnSe* nanoplatelets* | Atomically flat two-dimensional colloidal | semiconductor nanoplatelets manifest exceptionally sharp | emission line width, ultrafast photoluminescence lifetime

关键词： Nanoplatelets | ZnSe | Atomically flat | Ultraviolet | Photodetectors

3. Phase Engineering of ZnSe by Small Molecules as a High-Performance Protective Layer for Zn Anode NSTL国家科技图书文献中心

Guo, Yanan | Zhang, Miaomiao ... - 《ChemSusChem》 - 2025,18(3) - n/a～n/a - 共10页

摘要： engineering of ZnSe* coating layer by incorporating small* | anode. The unique electronic structure of ZnSe* & sdot* | ZnSe & sdot;0.5N2H4. As a result, the ZnSe & sdot | |NH4V4O10 full cell | The practical application of aqueous zinc ion

关键词： Phase engineering | ZnSe | Small molecules | Zn anode | Zinc-ion batteries

4. Improving ZnSe anode by Ti3C2Tx and in -situ formed carbon for high-performance lithium-ion capacitors NSTL国家科技图书文献中心

Tang, Tao | Fan, Le-Qing ... - 《Journal of Alloys and Compounds》 - 2025,1021 - 179718～ - 共11页

摘要：, were selected as a support for ZnSe. Simultaneously | bromide reactant generated a carbon coating on the ZnSe | -situ generated carbon reduce the aggregation of ZnSe | particles, leading to the formation of ZnSe/Ti3C2Tx/C | enhances the Li+ ion storage performance of the ZnSe

关键词： ZnSe | In-situ generated carbon | Lithium-ion capacitors

5. Innovative Type-II ZnSe/InSSe heterojunction: Photocatalytic properties and strain modulation from first-principles calculations NSTL国家科技图书文献中心

Luo, Xingzhong | Feng, Qingyi ... - 《Physica,E.Low-dimensional systems & nanostructures》 - 2025,165 - 共8页

摘要：-II ZnSe/InSSe heterojunction for efficient | layer and holes accumulate in the ZnSe* layer, thereby* | %. Furthermore, the electronic and optical properties of ZnSe | demonstrate the ZnSe/InSSe heterojunction as a promising | In this study, we propose an innovative type

关键词： ZnSe/InSSe | Water splitting | First-principles calculations | Type-II heterojunction

6. High-performance, self-powered ZnO NWs-ZnSe heterojunction photodetectors for superior visible and near-infrared detection NSTL国家科技图书文献中心

Zamir-ul-Hassan, Zam... | Batool, Syeda Farzan...... - 《Journal of Physics,D.Applied Physics》 - 2025,58(10) - 共10页

摘要： (NWs)/ZnSe/In, fabricated on a commercially available | synthesized on thermally evaporated ZnSe* thin films, with* | uniform, vertically aligned ZnO NWs on the ZnSe* layer* | of the In/ZnSe* thin film to be approximately 460 nm* | similar to 161 nm. Structural analysis of the ZnSe* thin*

关键词： self-powered photodetectors | ZnO-ZnSe heterojunction | visible photodetectors | NIR photodetectors | type-II heterojunction | density functional theory

7. Temperature-dependent photocatalytic activity and emergence of weak ferromagnetism in cobalt-incorporated ZnSe quantum dots NSTL国家科技图书文献中心

Mondal, Nur Jalal | Ghosh, Mritunjoy Pra...... - 《Solid state sciences》 - 2025,160 - 共13页

摘要： photocatalytic effect of Co-doped ZnSe* quantum dots (QDs) have* | magnetic impurities (Co2+ ions) in ZnSe* QDs transformed* | 300 K in doped ZnSe* QDs, which is ascribed to the p* | , temperature and the dosages of doped ZnSe* nanocatalysts. It* | was found that 6 % cobalt-doped ZnSe* QDs showed*

关键词： Doped ZnSe QDs | DMS systems | Magnetization | Photocatalysts | CIP degradation | Effect of temperature | DFT calculations

8. ZnSe microspheres decorated by the low-cost Cu3P as the photocatalyst for boosting visible light driven H2 evolution NSTL国家科技图书文献中心

Li, Wenfeng | Hu, Ziying ... - 《Journal of Alloys and Compounds》 - 2025,1022 - 179911～ - 共11页

摘要： were used to modify the microspherical ZnSe* by the* | /ZnSe* composite demonstrates exceptional performance* | Cu3P and ZnSe* by a factor of 25.5 and 5, respectively* | Cu3P/ZnSe* has the function of promoting the* | Photocatalytic decomposition reaction of water

关键词： Photocatalytic hydrogen evolution (HPE) | Cu3P | ZnSe | Visible light | Mechanism

9. (178810)Efficient photocatalytic H_2 production and Cr(VI) reduction using a Cu_(2-x)Se/ZnSe heterojunction NSTL国家科技图书文献中心

Qingguo Yu | Yimin Liu ... - 《Journal of Alloys and Compounds》 - 2025,1014 - 1～11 - 共11页

摘要： heterojunction photocatalyst was synthesized by loading ZnSe | photocatalytic activity. The 14 % Cu_(2-x)Se/ZnSe* nanocomposite* | ), roughly 34 times that of pure ZnSe. Additionally, the Cr | than those of ZnSe* and Cu_(2-x)Se, respectively. The* | Cu_(2-x)Se/ZnSe* photocatalyst demonstrated*

关键词： ZnSe nanoparticles | Cu2-xSe nanoplates | P-n heterojunction | Photocatalytic H_2 production | Chromium(VI) photoreduction

10. ВЛИЯНИЕ УСЛОВИЙ ГОРЯЧЕГО ПРЕССОВАНИЯ CVD-ПОРОШКА ZnSe НА СВОЙСТВА ОПТИЧЕСКОЙ КЕРАМИКИ NSTL国家科技图书文献中心

Н. А. Тимофеева | С. С. Балабанов ... - 《Стекло　и　керамика.》 - 2025,(2) - 27～36 - 共10页

摘要： оптические свойства ZnSe. Для изоляции компакта от | влияние на спекание и рекристаллизацию керамики ZnSe | Исследовано влияние условий вакуумного | горячего прессования (VHP) на микроструктуру, плотность и | графитовой пресс-формы использовали графитовую и титановую

关键词： селенид цинка | горячее прессование | оптическая керамика | рекристаллизация | ИК-лазеры | ZnSe | hot pressing | optical ceramics | recrystallization | IR lasers

摘要：), zinc selenide (ZnSe) and polythiophene- reduced | graphene oxide- zinc selenide (PTh-rGO-ZnSe | effect PTh-rGO on the physical properties of ZnSe is | elements of rGO, ZnSe, and PTh-rGO-ZnSe is verified. The | are 4 eV, 4.25 eV, and 4.5 eV for GO, ZnSe, and PTh

关键词： GO | ZnSe | PTh-rGO-ZnSe | XRD | FESEM | Photocatalytic activity | TOC

摘要： (UV) photodetectors using colloidal ZnSe | obtained UV photodetectors based on ZnSe nanoplatelets | Atomically flat two-dimensional colloidal | semiconductor nanoplatelets manifest exceptionally sharp | emission line width, ultrafast photoluminescence lifetime

关键词： Nanoplatelets | ZnSe | Atomically flat | Ultraviolet | Photodetectors

摘要： engineering of ZnSe coating layer by incorporating small | anode. The unique electronic structure of ZnSe & sdot | ZnSe & sdot;0.5N2H4. As a result, the ZnSe & sdot | |NH4V4O10 full cell | The practical application of aqueous zinc ion

关键词： Phase engineering | ZnSe | Small molecules | Zn anode | Zinc-ion batteries

摘要：, were selected as a support for ZnSe. Simultaneously | bromide reactant generated a carbon coating on the ZnSe | -situ generated carbon reduce the aggregation of ZnSe | particles, leading to the formation of ZnSe/Ti3C2Tx/C | enhances the Li+ ion storage performance of the ZnSe

关键词： ZnSe | In-situ generated carbon | Lithium-ion capacitors

摘要：-II ZnSe/InSSe heterojunction for efficient | layer and holes accumulate in the ZnSe layer, thereby | %. Furthermore, the electronic and optical properties of ZnSe | demonstrate the ZnSe/InSSe heterojunction as a promising | In this study, we propose an innovative type

关键词： ZnSe/InSSe | Water splitting | First-principles calculations | Type-II heterojunction

摘要： (NWs)/ZnSe/In, fabricated on a commercially available | synthesized on thermally evaporated ZnSe thin films, with | uniform, vertically aligned ZnO NWs on the ZnSe layer | of the In/ZnSe thin film to be approximately 460 nm | similar to 161 nm. Structural analysis of the ZnSe thin

关键词： self-powered photodetectors | ZnO-ZnSe heterojunction | visible photodetectors | NIR photodetectors | type-II heterojunction | density functional theory

摘要： photocatalytic effect of Co-doped ZnSe quantum dots (QDs) have | magnetic impurities (Co2+ ions) in ZnSe QDs transformed | 300 K in doped ZnSe QDs, which is ascribed to the p | , temperature and the dosages of doped ZnSe nanocatalysts. It | was found that 6 % cobalt-doped ZnSe QDs showed

关键词： Doped ZnSe QDs | DMS systems | Magnetization | Photocatalysts | CIP degradation | Effect of temperature | DFT calculations

摘要： were used to modify the microspherical ZnSe by the | /ZnSe composite demonstrates exceptional performance | Cu3P and ZnSe by a factor of 25.5 and 5, respectively | Cu3P/ZnSe has the function of promoting the | Photocatalytic decomposition reaction of water

关键词： Photocatalytic hydrogen evolution (HPE) | Cu3P | ZnSe | Visible light | Mechanism

摘要： heterojunction photocatalyst was synthesized by loading ZnSe | photocatalytic activity. The 14 % Cu_(2-x)Se/ZnSe nanocomposite | ), roughly 34 times that of pure ZnSe. Additionally, the Cr | than those of ZnSe and Cu_(2-x)Se, respectively. The | Cu_(2-x)Se/ZnSe photocatalyst demonstrated

关键词： ZnSe nanoparticles | Cu2-xSe nanoplates | P-n heterojunction | Photocatalytic H_2 production | Chromium(VI) photoreduction

关键词： селенид цинка | горячее прессование | оптическая керамика | рекристаллизация | ИК-лазеры | ZnSe | hot pressing | optical ceramics | recrystallization | IR lasers

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摘要：), zinc selenide (ZnSe) and polythiophene- reduced | graphene oxide- zinc selenide (PTh-rGO-ZnSe | effect PTh-rGO on the physical properties of ZnSe* is* | elements of rGO, ZnSe, and PTh-rGO-ZnSe* is verified. The* | are 4 eV, 4.25 eV, and 4.5 eV for GO, ZnSe, and PTh

摘要： (UV) photodetectors using colloidal ZnSe | obtained UV photodetectors based on ZnSe* nanoplatelets* | Atomically flat two-dimensional colloidal | semiconductor nanoplatelets manifest exceptionally sharp | emission line width, ultrafast photoluminescence lifetime

摘要： engineering of ZnSe* coating layer by incorporating small* | anode. The unique electronic structure of ZnSe* & sdot* | ZnSe & sdot;0.5N2H4. As a result, the ZnSe & sdot | |NH4V4O10 full cell | The practical application of aqueous zinc ion

摘要：-II ZnSe/InSSe heterojunction for efficient | layer and holes accumulate in the ZnSe* layer, thereby* | %. Furthermore, the electronic and optical properties of ZnSe | demonstrate the ZnSe/InSSe heterojunction as a promising | In this study, we propose an innovative type

摘要： (NWs)/ZnSe/In, fabricated on a commercially available | synthesized on thermally evaporated ZnSe* thin films, with* | uniform, vertically aligned ZnO NWs on the ZnSe* layer* | of the In/ZnSe* thin film to be approximately 460 nm* | similar to 161 nm. Structural analysis of the ZnSe* thin*

摘要： were used to modify the microspherical ZnSe* by the* | /ZnSe* composite demonstrates exceptional performance* | Cu3P and ZnSe* by a factor of 25.5 and 5, respectively* | Cu3P/ZnSe* has the function of promoting the* | Photocatalytic decomposition reaction of water