NSTL国家科技图书文献中心

1. Bis-Naphthylacrylonitrile-Based Supramolecular Artificial Light-Harvesting System for White Light Emission NSTL国家科技图书文献中心

Li, Menghang | Wang, Ruixin ... - 《Macromolecular rapid communications》 - 2025,46(6) - n/a～n/a - 共8页

摘要：)-based artificial light-harvesting* system (LHS) is* | , the artificial light-harvesting* processes are* | excellent light-harvesting* capabilities. Notably, by* | conspicuous white light* emission (CIE coordinate is (0.32* | of white light* emission (Phi f(abs)WP5 superset of*

关键词： aggregation-induced emission | energy transfer | light-harvesting system | supramolecular assembly | aggregation‐induced emission | light‐harvesting system

2. Artificial light harvesting system of CM6@Zn-MOF nanosheets with highly enhanced photoelectric performance NSTL国家科技图书文献中心

Ma, Ya-Fei | Zhang, Mei-Li ... - 《Spectrochimica acta,Part A.Molecular and biomolecular spectroscopy》 - 2025,325 - 共8页

摘要： artificial light-harvesting* system (ALHS). Compared with* | light-harvesting range extends to the visible green | of many experts in the field of artificial light | -harvesting* materials. This study introduces a novel two* | light area. Notably, CM6@Zn-MOF(2) demonstrates a

关键词： Metal-organic frameworks | Fluorescence resonance energy transfer | Artificial light-harvesting system | Coumarin 6 | Photocurrent response

3. Micelle Assisted Multi-Step Energy Relay in a Blend of Fluorophores as a Potential Light Harvesting System NSTL国家科技图书文献中心

Firdaus Ahmad Ahange... | Ayaz Ahmad Manhas ... - 《ChemPhotoChem》 - 2025,9(4) - e202400322～16 - 共16页

摘要： FRET-based artificial light-harvesting* systems.* | We report a pH-responsive system* comprising* | three pH responsive fluorophores,7-Hydroxy coumarin | (7HC),Fluorescein(Flu),and Rhodamine B(RhB)wherein an | efficient two-step Forster Resonance Energy Transfer(FRET

关键词： FRET | Surfactants | Efficiency | Light harvesting system

4. Design and Construction of an Artificial Light‐Harvesting System Based on Polyacrylic Acid and a Cyanostilbene Derivative NSTL国家科技图书文献中心

Qunpeng Duan | Dengli Chen ... - 《ChemNanoMat》 - 2025,11(1) - n/a～n/a - 共5页

摘要： energy acceptor, we constructed a light‐harvesting | approach for the development of aqueous light‐harvesting | system (CSA‐PAA‐Rh6G) with high Förster resonance | Abstract The development of materials with | tunable fluorescence properties is critical for

关键词： light-harvesting system | aggregation-induced emission | energy transfer | self-assembly | cyanostilbene

5. Graphene-decorated Indigo based Photosensitizers for DSSC applications: A DFT approach NSTL国家科技图书文献中心

Kumar, Vipin | Chetti, Prabhakar - 《Journal of Molecular Structure》 - 2025,1336 - 共11页

摘要： light harvesting. | system consisting of D-A'-it-A sensitized (TiO2)16 | system's optical and photovoltaic properties in light | -harvesting* device. The highest absorption wavelength is* | shown that light* sensitivity can be tuned from visible*

关键词： Graphene oxide | DSSC | Voc | Light harvesting system | Photovoltaic parameters | TiO2, D-A'-pi-A

6. Enhanced Emission in Polyelectrolyte Assemblies for the Development of Artificial Light‐Harvesting Systems and Color‐Tunable LED Device NSTL国家科技图书文献中心

Qunpeng Duan | Xiuxiu Li ... - 《Macromolecular rapid communications》 - 2025,46(3) - n/a～n/a - 共6页

摘要：Abstract Artificial light‐harvesting* systems* | . Moreover, this system* is successfully applied to develop* | color‐tunable light‐emitting diode (LED) devices. The | (LHSs) are of growing interest for their potential in | energy capture and conversion, but achieving efficient

关键词： aggregation‐induced emission | cyanostilbene | energy transfer | light‐harvesting system | self‐assembly

7. Aqueous Light-Harvesting Systems Constructed from Pillar[n]Arene-Based Supra-Amphiphiles NSTL国家科技图书文献中心

Xiaoman Dang | Qiaona Zhang ... - 《ChemPhotoChem》 - 2025,9(4) - e202400392～11 - 共11页

摘要：Efficient light* energy utilization is* | ,and bioimaging.In recent years,supramolecular light | -harvesting* systems(LHSs)have attracted significant* | role in enhancing light* absorption and energy* | important for a wide range of technological applications

关键词： light-harvesting system | pillar[n]arene | self-assembly | host-guest interaction | AIE

8. Multilevel Supramolecular Assembly with Three-Step Sequential Energy Transfer for Selective Generation of Sulfides and Sulfoxides by Photoredox Thiol-Ene Cross-Coupling Reactions NSTL国家科技图书文献中心

Rong-Zhen Zhang | Yu-Song Bi ... - 《Advanced Optical Materials》 - 2025,13(2) - 2402112.1～2402112.12 - 共12页

摘要： this process in artificial light-harvesting* systems* | +SR101+Cy5 system* demonstrates an effective three-step* | the multi-step energy transfer system, the | -light* induced photoredox thiol-ene cross-coupling* | Photosynthesis in natural systems involves a

关键词： artificial light-harvesting | multilevel supramolecular assembly system | photocatalysis | reactive oxygen species | sequential energy transfer

9. Mechanics of light-fueled bidirectional self-rolling in a liquid crystal elastomer rod on a track NSTL国家科技图书文献中心

Wu, Haiyang | Ge, Dali ... - 《Chaos, Solitons and Fractals》 - 2025,191 - 共9页

摘要： robotics and energy harvesting. However, achieving | adjusting material expansion-contraction properties, light | . In this paper, we propose a light-fueled self | -rolling liquid crystal elastomer (LCE) rod system, which | , deriving the light-driven lateral curvature and driving

关键词： Self-rolling | Light-driven | Bidirectional | Liquid crystal elastomer | Track

10. Advancements in hybrid energy harvesting: Combining triboelectric nanogenerators and photovoltaic cells for next-generation energy solutions NSTL国家科技图书文献中心

A. Sathiya Priya | Muhammad Idzdihar Bi...... - 《Materials Today Energy》 - 2025,48 - 101768～101768 - 共16页

摘要： harvesting. Recent advancements in TENG design have | shown significant improvements in energy harvesting | and Light* Emitting Diode (LED) lighting, under* | related to system* integration, efficiency, and* | Triboelectric nanogenerators (TENGs) have

摘要：)-based artificial light-harvesting* system (LHS) is* | , the artificial light-harvesting* processes are* | excellent light-harvesting* capabilities. Notably, by* | conspicuous white light* emission (CIE coordinate is (0.32* | of white light* emission (Phi f(abs)WP5 superset of*

关键词： aggregation-induced emission | energy transfer | light-harvesting system | supramolecular assembly | aggregation‐induced emission | light‐harvesting system

摘要： artificial light-harvesting* system (ALHS). Compared with* | light-harvesting range extends to the visible green | of many experts in the field of artificial light | -harvesting* materials. This study introduces a novel two* | light area. Notably, CM6@Zn-MOF(2) demonstrates a

关键词： Metal-organic frameworks | Fluorescence resonance energy transfer | Artificial light-harvesting system | Coumarin 6 | Photocurrent response

摘要： FRET-based artificial light-harvesting* systems.* | We report a pH-responsive system* comprising* | three pH responsive fluorophores,7-Hydroxy coumarin | (7HC),Fluorescein(Flu),and Rhodamine B(RhB)wherein an | efficient two-step Forster Resonance Energy Transfer(FRET

关键词： FRET | Surfactants | Efficiency | Light harvesting system

摘要： energy acceptor, we constructed a light‐harvesting | approach for the development of aqueous light‐harvesting | system (CSA‐PAA‐Rh6G) with high Förster resonance | Abstract The development of materials with | tunable fluorescence properties is critical for

关键词： light-harvesting system | aggregation-induced emission | energy transfer | self-assembly | cyanostilbene

摘要： light harvesting. | system consisting of D-A'-it-A sensitized (TiO2)16 | system's optical and photovoltaic properties in light | -harvesting* device. The highest absorption wavelength is* | shown that light* sensitivity can be tuned from visible*

关键词： Graphene oxide | DSSC | Voc | Light harvesting system | Photovoltaic parameters | TiO2, D-A'-pi-A

摘要：Abstract Artificial light‐harvesting* systems* | . Moreover, this system* is successfully applied to develop* | color‐tunable light‐emitting diode (LED) devices. The | (LHSs) are of growing interest for their potential in | energy capture and conversion, but achieving efficient

关键词： aggregation‐induced emission | cyanostilbene | energy transfer | light‐harvesting system | self‐assembly

摘要：Efficient light* energy utilization is* | ,and bioimaging.In recent years,supramolecular light | -harvesting* systems(LHSs)have attracted significant* | role in enhancing light* absorption and energy* | important for a wide range of technological applications

关键词： light-harvesting system | pillar[n]arene | self-assembly | host-guest interaction | AIE

摘要： this process in artificial light-harvesting* systems* | +SR101+Cy5 system* demonstrates an effective three-step* | the multi-step energy transfer system, the | -light* induced photoredox thiol-ene cross-coupling* | Photosynthesis in natural systems involves a

关键词： artificial light-harvesting | multilevel supramolecular assembly system | photocatalysis | reactive oxygen species | sequential energy transfer

摘要： robotics and energy harvesting. However, achieving | adjusting material expansion-contraction properties, light | . In this paper, we propose a light-fueled self | -rolling liquid crystal elastomer (LCE) rod system, which | , deriving the light-driven lateral curvature and driving

关键词： Self-rolling | Light-driven | Bidirectional | Liquid crystal elastomer | Track

摘要： harvesting. Recent advancements in TENG design have | shown significant improvements in energy harvesting | and Light* Emitting Diode (LED) lighting, under* | related to system* integration, efficiency, and* | Triboelectric nanogenerators (TENGs) have

关键词： Triboelectric nanogenerators | Hybrid energy harvesting | Photovoltaic cells | Energy conversion | Efficiency enhancement | Wearable electronics

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：)-based artificial light-harvesting system (LHS) is | , the artificial light-harvesting processes are | excellent light-harvesting capabilities. Notably, by | conspicuous white light emission (CIE coordinate is (0.32 | of white light emission (Phi f(abs)WP5 superset of

关键词： aggregation-induced emission | energy transfer | light-harvesting system | supramolecular assembly | aggregation‐induced emission | light‐harvesting system

摘要： artificial light-harvesting system (ALHS). Compared with | light-harvesting range extends to the visible green | of many experts in the field of artificial light | -harvesting materials. This study introduces a novel two | light area. Notably, CM6@Zn-MOF(2) demonstrates a

关键词： Metal-organic frameworks | Fluorescence resonance energy transfer | Artificial light-harvesting system | Coumarin 6 | Photocurrent response

摘要： FRET-based artificial light-harvesting systems. | We report a pH-responsive system comprising | three pH responsive fluorophores,7-Hydroxy coumarin | (7HC),Fluorescein(Flu),and Rhodamine B(RhB)wherein an | efficient two-step Forster Resonance Energy Transfer(FRET

关键词： FRET | Surfactants | Efficiency | Light harvesting system

摘要： energy acceptor, we constructed a light‐harvesting | approach for the development of aqueous light‐harvesting | system (CSA‐PAA‐Rh6G) with high Förster resonance | Abstract The development of materials with | tunable fluorescence properties is critical for

关键词： light-harvesting system | aggregation-induced emission | energy transfer | self-assembly | cyanostilbene

摘要： light harvesting. | system consisting of D-A'-it-A sensitized (TiO2)16 | system's optical and photovoltaic properties in light | -harvesting device. The highest absorption wavelength is | shown that light sensitivity can be tuned from visible

关键词： Graphene oxide | DSSC | Voc | Light harvesting system | Photovoltaic parameters | TiO2, D-A'-pi-A

摘要：Abstract Artificial light‐harvesting systems | . Moreover, this system is successfully applied to develop | color‐tunable light‐emitting diode (LED) devices. The | (LHSs) are of growing interest for their potential in | energy capture and conversion, but achieving efficient

关键词： aggregation‐induced emission | cyanostilbene | energy transfer | light‐harvesting system | self‐assembly

摘要：Efficient light energy utilization is | ,and bioimaging.In recent years,supramolecular light | -harvesting systems(LHSs)have attracted significant | role in enhancing light absorption and energy | important for a wide range of technological applications

关键词： light-harvesting system | pillar[n]arene | self-assembly | host-guest interaction | AIE

摘要： this process in artificial light-harvesting systems | +SR101+Cy5 system demonstrates an effective three-step | the multi-step energy transfer system, the | -light induced photoredox thiol-ene cross-coupling | Photosynthesis in natural systems involves a

关键词： artificial light-harvesting | multilevel supramolecular assembly system | photocatalysis | reactive oxygen species | sequential energy transfer

摘要： robotics and energy harvesting. However, achieving | adjusting material expansion-contraction properties, light | . In this paper, we propose a light-fueled self | -rolling liquid crystal elastomer (LCE) rod system, which | , deriving the light-driven lateral curvature and driving

关键词： Self-rolling | Light-driven | Bidirectional | Liquid crystal elastomer | Track

摘要： harvesting. Recent advancements in TENG design have | shown significant improvements in energy harvesting | and Light Emitting Diode (LED) lighting, under | related to system integration, efficiency, and | Triboelectric nanogenerators (TENGs) have

关键词： Triboelectric nanogenerators | Hybrid energy harvesting | Photovoltaic cells | Energy conversion | Efficiency enhancement | Wearable electronics

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：)-based artificial light-harvesting* system (LHS) is* | , the artificial light-harvesting* processes are* | excellent light-harvesting* capabilities. Notably, by* | conspicuous white light* emission (CIE coordinate is (0.32* | of white light* emission (Phi f(abs)WP5 superset of*

摘要： artificial light-harvesting* system (ALHS). Compared with* | light-harvesting range extends to the visible green | of many experts in the field of artificial light | -harvesting* materials. This study introduces a novel two* | light area. Notably, CM6@Zn-MOF(2) demonstrates a

摘要： FRET-based artificial light-harvesting* systems.* | We report a pH-responsive system* comprising* | three pH responsive fluorophores,7-Hydroxy coumarin | (7HC),Fluorescein(Flu),and Rhodamine B(RhB)wherein an | efficient two-step Forster Resonance Energy Transfer(FRET

摘要： light harvesting. | system consisting of D-A'-it-A sensitized (TiO2)16 | system's optical and photovoltaic properties in light | -harvesting* device. The highest absorption wavelength is* | shown that light* sensitivity can be tuned from visible*

摘要：Abstract Artificial light‐harvesting* systems* | . Moreover, this system* is successfully applied to develop* | color‐tunable light‐emitting diode (LED) devices. The | (LHSs) are of growing interest for their potential in | energy capture and conversion, but achieving efficient

摘要：Efficient light* energy utilization is* | ,and bioimaging.In recent years,supramolecular light | -harvesting* systems(LHSs)have attracted significant* | role in enhancing light* absorption and energy* | important for a wide range of technological applications

摘要： this process in artificial light-harvesting* systems* | +SR101+Cy5 system* demonstrates an effective three-step* | the multi-step energy transfer system, the | -light* induced photoredox thiol-ene cross-coupling* | Photosynthesis in natural systems involves a

摘要： harvesting. Recent advancements in TENG design have | shown significant improvements in energy harvesting | and Light* Emitting Diode (LED) lighting, under* | related to system* integration, efficiency, and* | Triboelectric nanogenerators (TENGs) have