NSTL国家科技图书文献中心

1. Local Electric Field Modulation of Surface Vacancies Enhances CO2 Methanation in Pure Water NSTL国家科技图书文献中心

Zhehao Sun | Shuwen Cheng ... - 《ACS catalysis》 - 2025,15(3) - 2250～2261 - 共12页

摘要： interlinking of NPs enhances the local* electric feld at* | system,we demonstrate that the plasmonic electric feld | plasmonic enhancement exponentially increases the electric | feld strength,thereby boosting the photocatalytic | Converting CO2 into methane using solar energy

关键词： plasmonic nanoparticles | core-shell | local electric feld | CO2 hydrogenation | microenvironment modulations

2. Enhanced Local Electric Field for Efcient Water Splitting and Zn-Air Batteries Enabled by Ultrasmall CoNi-VN Derived from Polyoxovanadoborates NSTL国家科技图书文献中心

Haiyan Zheng | Jinkai Xu ... - 《ACS Sustainable Chemistry & Engineering》 - 2025,13(12) - 4800～4810 - 共11页

摘要：Enhancing local* electric felds(LEFs)near* | electric feld,providing a promising pathway for advanced | nanoparticles while regulating the intensity of the local | catalytic centers is a pivotal strategy to elevate | electrocatalytic efciency by accelerating electron transport and

关键词： local electric feld | polyoxometalates | ultrasmall nanoparticle | N,B co-dopedcarbon nanotubes | overall water splitting | Zn-air battery

3. Oxygen and Bromine Vacancies Synergistically Induce Local Polarization Electric Field for Enhanced Photocatalytic Nitrogen Fixation on BiOBr NSTL国家科技图书文献中心

Zhou Zhong | Heng-Jian Zhang ... - 《ACS catalysis》 - 2025,15(8) - 6334～6345 - 共12页

摘要：(N2)fxation.Local polarization electric* feld(LPEF* | BOB.The relative intensity of the internal electric feld | The low efciency of photogenerated charge | separation signifcantly hinders the photocatalytic nitrogen | )induced by defects has been known to enhance charge

关键词： vacancies | local polarization electric feld | photocatalytic nitrogen fxation | synergy mechanism | BiOBr

4. (178476)Charge ordering in B-sites of Fe_3O_4: ~(57)Fe NMR and Mossbauer study NSTL国家科技图书文献中心

Ondrej Krcmar | Jirí Tucek ... - 《Journal of Alloys and Compounds》 - 2025,1013 - 1～13 - 共13页

摘要： valence state and electric* feld gradient tensors from* | , coupled with electric* properties, stem from the peculiar* | space for an experimental description of local | Fe_3O_4, commonly known as magnetite, is a | prototypical example of a magnetic compound which has

关键词： Hyperfne interactions | Zero-feld nuclear magnetic resonance | Mossbauer spectroscopy | Iron valency | Magnetite

5. Designed CYP450 Scafold That Possesses a Local Electric Field Biodegrades Polyethylene Terephthalate NSTL国家科技图书文献中心

Shakir Ali Siddiqui | Sason Shaik ... - 《ACS catalysis》 - 2024,14(20) - 15108～15122 - 共15页

摘要： charges and produce a preorganized local electric feld | In enzymes,protein residues themselves carry | (LEF).Such LEFs can be modifed by strategically | mutating the charged and polar residues to create a | designed LEF(D-LEF)to project on the reaction axis to

关键词： local electric feld(LEF) | PET degradation | enzyme engineering MD simulations | QM/MM calculations

6. High-performance SERS substrate based on gold nanoparticles-decorated micro/nano-hybrid hierarchical structure NSTL国家科技图书文献中心

Chuhao Yao | Xiaomeng Zhang ... - 《Materials Today Nano》 - 2024,28 - 100525～10 - 共10页

摘要： electric feld in the voids between Au-NPs and Si is | ) simulations reveal that the signifcant enhancement of local | Owing to its excellent localized surface | plasmon resonance (LSPR) effect, noble metal | nanoparticles (NPs) fnd extensive application in the

关键词： Micro/nano-hybrid structure | Surface-enhanced Raman scattering | Metal-assisted chemical etching | Nanoparticles | Localized surface plasmon resonance

7. Computational Insights for Electrocatalytic Synthesis of Glycine NSTL国家科技图书文献中心

Lin Li | Jun Long ... - 《ACS catalysis》 - 2024,14(17) - 13381～13389 - 共9页

摘要： verifed the mechanism using an electric* feld controlling* | and the biomedical feld,whereas conventional | glyoxylic acid(GX)in a local* GX-rich environment* | Amino acids,e.g.glycine,are vital for lives | synthesis methods usually have limitations.The

关键词： amino acid | glycine | electrosynthesis | C-N coupling | density functional theory(DFT)

8. Interfacial Electric Field Stabilized Ru Single-Atom Catalysts for Efcient Water Oxidation NSTL国家科技图书文献中心

Lingfeng Yang | Zitao Ni ... - 《ACS catalysis》 - 2024,14(14) - 10820～10828 - 共9页

摘要： challenging.Here,we present a local* electronic regulation* | theoretical calculations revealed that the built-in electric | feld induced by work functions triggers the | Suppressing the overoxidation and dissolution | of active-Ru single-atom catalysts(SACs)is highly

关键词： oxygen evolution reaction | single-atom catalyst | heterostructure | work function | built-in electric feld

9. Advances in plasmonic enhanced luminenscence of upconversion nanoparticles NSTL国家科技图书文献中心

Tongtong Liu | Xiaomeng Liu ... - 《Materials Today Chemistry》 - 2023,34 - 101788,2-14～ - 共14页

摘要： amplify the electric* feld strength and radiation decay* | the local* surface plasmon resonance(LSPR)effect to* | Upconversion nanoparticles(UCNPs)have widely | potential applications in photocatalytic cells,bioimaging | ,and optical probes.However,the current upconversion

关键词： Upconversion | Local surface plasmon resonance(LSPR) | Luminescence enhancement | Spectral overlap

10. Polarization Reorientation of Carbon Nitride Induced by a Local Bridge Donor for Boosting Photocatalytic H2 Evolution Integrated with Selective Amine Oxidation NSTL国家科技图书文献中心

Peng Chen | Meiyang Song ... - 《ACS Sustainable Chemistry & Engineering》 - 2023,11(21) - 8096～8105 - 共10页

摘要： electric feld. The consequence is enhanced exciton | much attention in the feld of photocatalysis, but the | density of heptazine, which signifcantly promotes local | Polymeric carbon nitride (PCN) has attracted | use of PCN is often confned to internal structures

摘要： interlinking of NPs enhances the local* electric feld at* | system,we demonstrate that the plasmonic electric feld | plasmonic enhancement exponentially increases the electric | feld strength,thereby boosting the photocatalytic | Converting CO2 into methane using solar energy

关键词： plasmonic nanoparticles | core-shell | local electric feld | CO2 hydrogenation | microenvironment modulations

摘要：Enhancing local* electric felds(LEFs)near* | electric feld,providing a promising pathway for advanced | nanoparticles while regulating the intensity of the local | catalytic centers is a pivotal strategy to elevate | electrocatalytic efciency by accelerating electron transport and

关键词： local electric feld | polyoxometalates | ultrasmall nanoparticle | N,B co-dopedcarbon nanotubes | overall water splitting | Zn-air battery

摘要：(N2)fxation.Local polarization electric* feld(LPEF* | BOB.The relative intensity of the internal electric feld | The low efciency of photogenerated charge | separation signifcantly hinders the photocatalytic nitrogen | )induced by defects has been known to enhance charge

关键词： vacancies | local polarization electric feld | photocatalytic nitrogen fxation | synergy mechanism | BiOBr

摘要： valence state and electric* feld gradient tensors from* | , coupled with electric* properties, stem from the peculiar* | space for an experimental description of local | Fe_3O_4, commonly known as magnetite, is a | prototypical example of a magnetic compound which has

关键词： Hyperfne interactions | Zero-feld nuclear magnetic resonance | Mossbauer spectroscopy | Iron valency | Magnetite

摘要： charges and produce a preorganized local electric feld | In enzymes,protein residues themselves carry | (LEF).Such LEFs can be modifed by strategically | mutating the charged and polar residues to create a | designed LEF(D-LEF)to project on the reaction axis to

关键词： local electric feld(LEF) | PET degradation | enzyme engineering MD simulations | QM/MM calculations

摘要： electric feld in the voids between Au-NPs and Si is | ) simulations reveal that the signifcant enhancement of local | Owing to its excellent localized surface | plasmon resonance (LSPR) effect, noble metal | nanoparticles (NPs) fnd extensive application in the

关键词： Micro/nano-hybrid structure | Surface-enhanced Raman scattering | Metal-assisted chemical etching | Nanoparticles | Localized surface plasmon resonance

摘要： verifed the mechanism using an electric* feld controlling* | and the biomedical feld,whereas conventional | glyoxylic acid(GX)in a local* GX-rich environment* | Amino acids,e.g.glycine,are vital for lives | synthesis methods usually have limitations.The

关键词： amino acid | glycine | electrosynthesis | C-N coupling | density functional theory(DFT)

摘要： challenging.Here,we present a local* electronic regulation* | theoretical calculations revealed that the built-in electric | feld induced by work functions triggers the | Suppressing the overoxidation and dissolution | of active-Ru single-atom catalysts(SACs)is highly

关键词： oxygen evolution reaction | single-atom catalyst | heterostructure | work function | built-in electric feld

摘要： amplify the electric* feld strength and radiation decay* | the local* surface plasmon resonance(LSPR)effect to* | Upconversion nanoparticles(UCNPs)have widely | potential applications in photocatalytic cells,bioimaging | ,and optical probes.However,the current upconversion

关键词： Upconversion | Local surface plasmon resonance(LSPR) | Luminescence enhancement | Spectral overlap

摘要： electric feld. The consequence is enhanced exciton | much attention in the feld of photocatalysis, but the | density of heptazine, which signifcantly promotes local | Polymeric carbon nitride (PCN) has attracted | use of PCN is often confned to internal structures

关键词： carbon nitride | bridged engineering | local charge polarization | hydrogen production | benzylamine oxidation

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： interlinking of NPs enhances the local electric feld at | system,we demonstrate that the plasmonic electric feld | plasmonic enhancement exponentially increases the electric | feld strength,thereby boosting the photocatalytic | Converting CO2 into methane using solar energy

关键词： plasmonic nanoparticles | core-shell | local electric feld | CO2 hydrogenation | microenvironment modulations

摘要：Enhancing local electric felds(LEFs)near | electric feld,providing a promising pathway for advanced | nanoparticles while regulating the intensity of the local | catalytic centers is a pivotal strategy to elevate | electrocatalytic efciency by accelerating electron transport and

关键词： local electric feld | polyoxometalates | ultrasmall nanoparticle | N,B co-dopedcarbon nanotubes | overall water splitting | Zn-air battery

摘要：(N2)fxation.Local polarization electric feld(LPEF | BOB.The relative intensity of the internal electric feld | The low efciency of photogenerated charge | separation signifcantly hinders the photocatalytic nitrogen | )induced by defects has been known to enhance charge

关键词： vacancies | local polarization electric feld | photocatalytic nitrogen fxation | synergy mechanism | BiOBr

摘要： valence state and electric feld gradient tensors from | , coupled with electric properties, stem from the peculiar | space for an experimental description of local | Fe_3O_4, commonly known as magnetite, is a | prototypical example of a magnetic compound which has

关键词： Hyperfne interactions | Zero-feld nuclear magnetic resonance | Mossbauer spectroscopy | Iron valency | Magnetite

摘要： charges and produce a preorganized local electric feld | In enzymes,protein residues themselves carry | (LEF).Such LEFs can be modifed by strategically | mutating the charged and polar residues to create a | designed LEF(D-LEF)to project on the reaction axis to

关键词： local electric feld(LEF) | PET degradation | enzyme engineering MD simulations | QM/MM calculations

摘要： electric feld in the voids between Au-NPs and Si is | ) simulations reveal that the signifcant enhancement of local | Owing to its excellent localized surface | plasmon resonance (LSPR) effect, noble metal | nanoparticles (NPs) fnd extensive application in the

关键词： Micro/nano-hybrid structure | Surface-enhanced Raman scattering | Metal-assisted chemical etching | Nanoparticles | Localized surface plasmon resonance

摘要： verifed the mechanism using an electric feld controlling | and the biomedical feld,whereas conventional | glyoxylic acid(GX)in a local GX-rich environment | Amino acids,e.g.glycine,are vital for lives | synthesis methods usually have limitations.The

关键词： amino acid | glycine | electrosynthesis | C-N coupling | density functional theory(DFT)

摘要： challenging.Here,we present a local electronic regulation | theoretical calculations revealed that the built-in electric | feld induced by work functions triggers the | Suppressing the overoxidation and dissolution | of active-Ru single-atom catalysts(SACs)is highly

关键词： oxygen evolution reaction | single-atom catalyst | heterostructure | work function | built-in electric feld

摘要： amplify the electric feld strength and radiation decay | the local surface plasmon resonance(LSPR)effect to | Upconversion nanoparticles(UCNPs)have widely | potential applications in photocatalytic cells,bioimaging | ,and optical probes.However,the current upconversion

关键词： Upconversion | Local surface plasmon resonance(LSPR) | Luminescence enhancement | Spectral overlap

摘要： electric feld. The consequence is enhanced exciton | much attention in the feld of photocatalysis, but the | density of heptazine, which signifcantly promotes local | Polymeric carbon nitride (PCN) has attracted | use of PCN is often confned to internal structures

关键词： carbon nitride | bridged engineering | local charge polarization | hydrogen production | benzylamine oxidation

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： interlinking of NPs enhances the local* electric feld at* | system,we demonstrate that the plasmonic electric feld | plasmonic enhancement exponentially increases the electric | feld strength,thereby boosting the photocatalytic | Converting CO2 into methane using solar energy

摘要：Enhancing local* electric felds(LEFs)near* | electric feld,providing a promising pathway for advanced | nanoparticles while regulating the intensity of the local | catalytic centers is a pivotal strategy to elevate | electrocatalytic efciency by accelerating electron transport and

摘要：(N2)fxation.Local polarization electric* feld(LPEF* | BOB.The relative intensity of the internal electric feld | The low efciency of photogenerated charge | separation signifcantly hinders the photocatalytic nitrogen | )induced by defects has been known to enhance charge

摘要： valence state and electric* feld gradient tensors from* | , coupled with electric* properties, stem from the peculiar* | space for an experimental description of local | Fe_3O_4, commonly known as magnetite, is a | prototypical example of a magnetic compound which has

摘要： verifed the mechanism using an electric* feld controlling* | and the biomedical feld,whereas conventional | glyoxylic acid(GX)in a local* GX-rich environment* | Amino acids,e.g.glycine,are vital for lives | synthesis methods usually have limitations.The

摘要： challenging.Here,we present a local* electronic regulation* | theoretical calculations revealed that the built-in electric | feld induced by work functions triggers the | Suppressing the overoxidation and dissolution | of active-Ru single-atom catalysts(SACs)is highly

摘要： amplify the electric* feld strength and radiation decay* | the local* surface plasmon resonance(LSPR)effect to* | Upconversion nanoparticles(UCNPs)have widely | potential applications in photocatalytic cells,bioimaging | ,and optical probes.However,the current upconversion