NSTL国家科技图书文献中心

1. Photo-thermal conversion and energy storage characteristics of magnetic phase change composites NSTL国家科技图书文献中心

Shi L. | Huang C.... - 《Journal of Energy Storage》 - 2025,105(Jan.) - 1.1～1.9 - 共9页

摘要： of high photo-thermal* conversion. In this study* | -thermal* conversion were superior to those of pure PW* | /Fe3O4 with 1.2 g Fe3O4 has better photo-thermal | intermittency can be effectively addressed by solar-to-thermal | absorptance of 95 %, whose energy storage capacity and photo

关键词： Phase change materials | Photo-thermal conversion | Thermal storage

2. Photo-thermal conversion properties of hybrid NH 2 -MIL-125/TiN/EG nanofluids for solar energy harvesting NSTL国家科技图书文献中心

Haeri, Seyedeh Zahra | Khiadani, Mehdi ... - 《Applied thermal engineering》 - 2025,258(Pt.B) - 共14页

摘要：. Their superior thermal* conductivity and improved heat* | absorption and utilization in solar thermal* systems. This* | thermal conductivity and optical absorption properties | nanofluid achieved a remarkable photothermal conversion | nanofluid that can enhance photothermal conversion

关键词： Direct solar thermal energy harvest | Titanium nitride | NH 2-MIL-125 (Ti) metal-organic frameworks | photothermal efficiency | Temperature distribution of nanofluids | Composite nanofluids

3. Regulating Carbon Vacancies and Undercoordinated Mo Sites in Mo 2 C Catalysts Toward Photo-Thermal Catalytic Conversion of Biomass Into H 2 Fuel NSTL国家科技图书文献中心

Chen, Yan | Cheng, Miao ... - 《Small》 - 2025,21(6) - n/a～n/a - 共9页

摘要： successful photo-thermal* catalytic conversion of common* | system via photo-thermal* catalysis over Mo2C* | -thermal* catalytic conversion of lignocellulosic biomass* | The conversion* of biomass into chemical fuels* | development of an effective conversion* strategy to generate*

关键词： carbon vacancy | H-2 production | lignocellulosic biomass | Mo2C | photothermal catalysis | H2 production

4. Design of a passive temperature management house using composite phase change materials NSTL国家科技图书文献中心

Yuyang He | Ruiting Feng ... - 《Energy》 - 2025,319(Mar.15) - 134962.1～134962.13 - 共13页

摘要： roof integrated with a high photothermal conversion | excellent thermal* properties, with a stable phase* | photothermal conversion* efficiency of the PA-EG12Fe-6 sample* | , providing a new strategy for passive thermal* regulation in* | A novel passive temperature management house

关键词： Phase change materials | Photo-thermal conversion | Thermal management | Passive house design

5. MXene based composite phase change materials for thermal energy storage applications: Featuring bio-mimic approaches NSTL国家科技图书文献中心

Mohtasim M.S. | Das B.K. - 《Renewable & sustainable energy reviews》 - 2025,207(Jan.) - 1.1～1.25 - 共25页

摘要：) are widely used in thermal* energy storage systems* | with excellent thermal* stability with no matrix* | leakage in 500 cycles and an upsurge in thermal | photothermal conversion* efficiency of up to 99.80 %. Certain* | advanced energy storage systems and conversion

关键词： Bio-mimicry | MXene | Phase change material | Photo-thermal conversion | Sustainable development goals | Thermal energy storage

6. Heat-driven all-weather oil spill cleanup by a multifunctional superhydrophobic carbonized sponge NSTL国家科技图书文献中心

Tianhui Liu | Bo Wang ... - 《Separation and Purification Technology》 - 2025,353PB - 128516～11 - 共11页 - 被引量：1

摘要： photo-thermal or electro-thermal effect is considered | , constructing the photo-thermal* or electro-thermal materials* | -heating function benefits from electro-thermal and photo | -thermal* conversion of CMS itself, enabling declined* | Cleanup of crude oil spills generally faces

关键词： Crude oil spill remediation | Photo-thermal/electro-thermal conversion | Pyrolysis | Magnetic responsivity | Superhydrophobiciry

7. Enhancing the interaction between Ru nanoparticles and porous Al2O3 nanosheets for efficient photo-thermal catalytic CO2 methanation NSTL国家科技图书文献中心

Wang, Hao | Zhao, Tingting ... - 《Surfaces and interfaces》 - 2025,58 - 共10页

摘要： supports for efficient photo-thermal* CO2 conversion.* | Photo-thermal catalytic CO2 methanation is a | efficient catalysts for photo-thermal* CO2 hydrogenation to* | great challenges in achieving desirable conversion | conversion of intermediate species. This work provides a

关键词： Strong metal-support interaction | Photo-thermal catalysis | CO2 conversion

8. Pyrazine-tuned metal cluster-based CuI13 chain and CuI14 layer for efficient photo-thermal synergistic degradation of methyl orange NSTL国家科技图书文献中心

Liang, Guang-Min | Mao, Dong-Ao ... - 《Inorganic Chemistry Communications》 - 2025,171 - 共8页 - 被引量：1

摘要： photo-thermal conversion performance together with the | temperature of photo-thermal* conversion of CuI13 and CuI14* | -thermal* conversion of CuI14 can be assigned to the* | CuI13. The photo-thermal* synergistic degradation of MO* | designing metal cluster-based photo-thermal* catalysts and*

关键词： Copper cluster compounds | Bridging ligands | Absorption spectra | Photo-thermal studies | Photo-thermal synergistic degradation

9. Preparation and thermal stability research of oxalic acid dihydrate-glutaric acid/PAMPS phase change gel for solar thermal energy utilization NSTL国家科技图书文献中心

Zhou, Sili | Zhang, Wenbo ... - 《Solar Energy Materials and Solar Cells》 - 2025,279 - 共10页

摘要： %. The photo-thermal* conversion efficiency of the OAD* | thermal reliability and photo-thermal conversion | Thermal energy storage technology based on | and spatial mismatches in solar thermal* energy* | conversion, thereby enhancing solar energy utilization

关键词： Oxalic acid dihydrate | Glutaric acid | 2-Acrylamido-2-methyl-1-propanesulfonic acid | Phase change gel | Thermal energy storage

10. (108764)A controllable and fast carbonization strategy under air conditions and its application in electromagnetic interference (EMI) shielding NSTL国家科技图书文献中心

Yan Zhang | Jiayu Lu ... - 《Composites,Part A.Applied science and manufacturing》 - 2025,192 - 1～13 - 共13页

摘要：-thermal* conversion and fire resistance performance. This* | . Besides, such fabrics perform the ability for photo | Carbonized cotton fabric possesses lightweight | softness, stable chemical structure and can be used as | wearable electronic skin. However, conventional

摘要： of high photo-thermal* conversion. In this study* | -thermal* conversion were superior to those of pure PW* | /Fe3O4 with 1.2 g Fe3O4 has better photo-thermal | intermittency can be effectively addressed by solar-to-thermal | absorptance of 95 %, whose energy storage capacity and photo

关键词： Phase change materials | Photo-thermal conversion | Thermal storage

摘要：. Their superior thermal* conductivity and improved heat* | absorption and utilization in solar thermal* systems. This* | thermal conductivity and optical absorption properties | nanofluid achieved a remarkable photothermal conversion | nanofluid that can enhance photothermal conversion

关键词： Direct solar thermal energy harvest | Titanium nitride | NH 2-MIL-125 (Ti) metal-organic frameworks | photothermal efficiency | Temperature distribution of nanofluids | Composite nanofluids

摘要： successful photo-thermal* catalytic conversion of common* | system via photo-thermal* catalysis over Mo2C* | -thermal* catalytic conversion of lignocellulosic biomass* | The conversion* of biomass into chemical fuels* | development of an effective conversion* strategy to generate*

关键词： carbon vacancy | H-2 production | lignocellulosic biomass | Mo2C | photothermal catalysis | H2 production

摘要： roof integrated with a high photothermal conversion | excellent thermal* properties, with a stable phase* | photothermal conversion* efficiency of the PA-EG12Fe-6 sample* | , providing a new strategy for passive thermal* regulation in* | A novel passive temperature management house

关键词： Phase change materials | Photo-thermal conversion | Thermal management | Passive house design

摘要：) are widely used in thermal* energy storage systems* | with excellent thermal* stability with no matrix* | leakage in 500 cycles and an upsurge in thermal | photothermal conversion* efficiency of up to 99.80 %. Certain* | advanced energy storage systems and conversion

关键词： Bio-mimicry | MXene | Phase change material | Photo-thermal conversion | Sustainable development goals | Thermal energy storage

摘要： photo-thermal or electro-thermal effect is considered | , constructing the photo-thermal* or electro-thermal materials* | -heating function benefits from electro-thermal and photo | -thermal* conversion of CMS itself, enabling declined* | Cleanup of crude oil spills generally faces

关键词： Crude oil spill remediation | Photo-thermal/electro-thermal conversion | Pyrolysis | Magnetic responsivity | Superhydrophobiciry

摘要： supports for efficient photo-thermal* CO2 conversion.* | Photo-thermal catalytic CO2 methanation is a | efficient catalysts for photo-thermal* CO2 hydrogenation to* | great challenges in achieving desirable conversion | conversion of intermediate species. This work provides a

关键词： Strong metal-support interaction | Photo-thermal catalysis | CO2 conversion

关键词： Copper cluster compounds | Bridging ligands | Absorption spectra | Photo-thermal studies | Photo-thermal synergistic degradation

摘要： %. The photo-thermal* conversion efficiency of the OAD* | thermal reliability and photo-thermal conversion | Thermal energy storage technology based on | and spatial mismatches in solar thermal* energy* | conversion, thereby enhancing solar energy utilization

关键词： Oxalic acid dihydrate | Glutaric acid | 2-Acrylamido-2-methyl-1-propanesulfonic acid | Phase change gel | Thermal energy storage

摘要：-thermal* conversion and fire resistance performance. This* | . Besides, such fabrics perform the ability for photo | Carbonized cotton fabric possesses lightweight | softness, stable chemical structure and can be used as | wearable electronic skin. However, conventional

关键词： Carbonization | Short-time strategy | Air condition | Electromagnetic interference shielding

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： of high photo-thermal conversion. In this study | -thermal conversion were superior to those of pure PW | /Fe3O4 with 1.2 g Fe3O4 has better photo-thermal | intermittency can be effectively addressed by solar-to-thermal | absorptance of 95 %, whose energy storage capacity and photo

关键词： Phase change materials | Photo-thermal conversion | Thermal storage

摘要：. Their superior thermal conductivity and improved heat | absorption and utilization in solar thermal systems. This | thermal conductivity and optical absorption properties | nanofluid achieved a remarkable photothermal conversion | nanofluid that can enhance photothermal conversion

关键词： Direct solar thermal energy harvest | Titanium nitride | NH 2-MIL-125 (Ti) metal-organic frameworks | photothermal efficiency | Temperature distribution of nanofluids | Composite nanofluids

摘要： successful photo-thermal catalytic conversion of common | system via photo-thermal catalysis over Mo2C | -thermal catalytic conversion of lignocellulosic biomass | The conversion of biomass into chemical fuels | development of an effective conversion strategy to generate

关键词： carbon vacancy | H-2 production | lignocellulosic biomass | Mo2C | photothermal catalysis | H2 production

摘要： roof integrated with a high photothermal conversion | excellent thermal properties, with a stable phase | photothermal conversion efficiency of the PA-EG12Fe-6 sample | , providing a new strategy for passive thermal regulation in | A novel passive temperature management house

关键词： Phase change materials | Photo-thermal conversion | Thermal management | Passive house design

摘要：) are widely used in thermal energy storage systems | with excellent thermal stability with no matrix | leakage in 500 cycles and an upsurge in thermal | photothermal conversion efficiency of up to 99.80 %. Certain | advanced energy storage systems and conversion

关键词： Bio-mimicry | MXene | Phase change material | Photo-thermal conversion | Sustainable development goals | Thermal energy storage

摘要： photo-thermal or electro-thermal effect is considered | , constructing the photo-thermal or electro-thermal materials | -heating function benefits from electro-thermal and photo | -thermal conversion of CMS itself, enabling declined | Cleanup of crude oil spills generally faces

关键词： Crude oil spill remediation | Photo-thermal/electro-thermal conversion | Pyrolysis | Magnetic responsivity | Superhydrophobiciry

摘要： supports for efficient photo-thermal CO2 conversion. | Photo-thermal catalytic CO2 methanation is a | efficient catalysts for photo-thermal CO2 hydrogenation to | great challenges in achieving desirable conversion | conversion of intermediate species. This work provides a

关键词： Strong metal-support interaction | Photo-thermal catalysis | CO2 conversion

摘要： photo-thermal conversion performance together with the | temperature of photo-thermal conversion of CuI13 and CuI14 | -thermal conversion of CuI14 can be assigned to the | CuI13. The photo-thermal synergistic degradation of MO | designing metal cluster-based photo-thermal catalysts and

关键词： Copper cluster compounds | Bridging ligands | Absorption spectra | Photo-thermal studies | Photo-thermal synergistic degradation

摘要： %. The photo-thermal conversion efficiency of the OAD | thermal reliability and photo-thermal conversion | Thermal energy storage technology based on | and spatial mismatches in solar thermal energy | conversion, thereby enhancing solar energy utilization

关键词： Oxalic acid dihydrate | Glutaric acid | 2-Acrylamido-2-methyl-1-propanesulfonic acid | Phase change gel | Thermal energy storage

摘要：-thermal conversion and fire resistance performance. This | . Besides, such fabrics perform the ability for photo | Carbonized cotton fabric possesses lightweight | softness, stable chemical structure and can be used as | wearable electronic skin. However, conventional

关键词： Carbonization | Short-time strategy | Air condition | Electromagnetic interference shielding

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： of high photo-thermal* conversion. In this study* | -thermal* conversion were superior to those of pure PW* | /Fe3O4 with 1.2 g Fe3O4 has better photo-thermal | intermittency can be effectively addressed by solar-to-thermal | absorptance of 95 %, whose energy storage capacity and photo

摘要：. Their superior thermal* conductivity and improved heat* | absorption and utilization in solar thermal* systems. This* | thermal conductivity and optical absorption properties | nanofluid achieved a remarkable photothermal conversion | nanofluid that can enhance photothermal conversion

摘要： successful photo-thermal* catalytic conversion of common* | system via photo-thermal* catalysis over Mo2C* | -thermal* catalytic conversion of lignocellulosic biomass* | The conversion* of biomass into chemical fuels* | development of an effective conversion* strategy to generate*

摘要： roof integrated with a high photothermal conversion | excellent thermal* properties, with a stable phase* | photothermal conversion* efficiency of the PA-EG12Fe-6 sample* | , providing a new strategy for passive thermal* regulation in* | A novel passive temperature management house

摘要：) are widely used in thermal* energy storage systems* | with excellent thermal* stability with no matrix* | leakage in 500 cycles and an upsurge in thermal | photothermal conversion* efficiency of up to 99.80 %. Certain* | advanced energy storage systems and conversion

摘要： photo-thermal or electro-thermal effect is considered | , constructing the photo-thermal* or electro-thermal materials* | -heating function benefits from electro-thermal and photo | -thermal* conversion of CMS itself, enabling declined* | Cleanup of crude oil spills generally faces

摘要： supports for efficient photo-thermal* CO2 conversion.* | Photo-thermal catalytic CO2 methanation is a | efficient catalysts for photo-thermal* CO2 hydrogenation to* | great challenges in achieving desirable conversion | conversion of intermediate species. This work provides a

摘要： %. The photo-thermal* conversion efficiency of the OAD* | thermal reliability and photo-thermal conversion | Thermal energy storage technology based on | and spatial mismatches in solar thermal* energy* | conversion, thereby enhancing solar energy utilization

摘要：-thermal* conversion and fire resistance performance. This* | . Besides, such fabrics perform the ability for photo | Carbonized cotton fabric possesses lightweight | softness, stable chemical structure and can be used as | wearable electronic skin. However, conventional