NSTL国家科技图书文献中心

1. Biodegradable Substrates for Rigid and Flexible Circuit Boards: A Review NSTL国家科技图书文献中心

Dusek, Karel | Koc, Daniel ... - 《Advanced Sustainable Systems》 - 2025,9(1) - 共23页

摘要： PCB substrates* being the furthest along regarding* | such as epoxies form the base insulating substrate | bio-based alternatives to conventional substrate | Biodegradable materials represent a promising | path toward green and sustainable electronics on a

关键词： biodegradable polymers | green electronics | life cycle assessment | printed circuit substrates

2. Design of Metal Aerogels-Based 3D SERS Substrates by Gentle Compression NSTL国家科技图书文献中心

Lin Zhou | Yu Liu ... - 《Advanced functional materials》 - 2025,35(1) - 2412006.1～2412006.7 - 共7页

摘要： Raman scattering (SERS) substrates, while the less | direction for engineering 3D SERS substrates* with tunable* | Metal aerogels (MAs) are emerging all | -nanometal-structured self-standing porous materials | featuring exceptional performances in diverse fields. They

关键词： 3D SERS substrates | compression-mediated | metal aerogels | SERS

3. Environmentally Friendly Gel Tape Casting of Silicon Nitride Ceramic Substrates with Enhanced Thermal Conductivity NSTL国家科技图书文献中心

Liu, Yuanfei | Fu, Jie ... - 《Silicon》 - 2025,17(5) - 1091～1101 - 共11页

摘要： of silicon nitride ceramic substrates. As an almost | ceramic substrates* in-situ by combining the methods of* | substrates after resintering were investigated in detail | forming of ceramic substrate* materials because of the* | With the development of third-generation

关键词： Silicon nitride ceramic substrates | Sol-gel processes | Heat conduction | Sintering

4. Porous metal substrates for solid oxide fuel cells: Manufacturing techniques and future perspectives NSTL国家科技图书文献中心

Joao P.J. de Oliveir... | Fabio C. Antunes ... - 《CERAMICS INTERNATIONAL》 - 2025,51(9) - 10951～10972 - 共22页

摘要：) utilizing metallic substrates* for solid oxide fuel cell* | , interdiffusion between the porous metal substrates* (PMSs) and* | , the content is covered on substrate* degradation, how* | Third-generation solid oxide fuel cells or | metal-supported solid oxide fuel cells (MS-SOFCs

关键词： Metal substrates | Tape casting | Materials processing | SOFC | Diffusion barrier layers

5. Biohydrogen production from spent wastewater treatment Substrates: Techno-Economic viability and sustainability NSTL国家科技图书文献中心

Raana Fahim | Liu Cheng - 《Sustainable energy technologies and assessments》 - 2025,75(Mar.) - 104202.1～104202.10 - 共10页

摘要： of utilizing spent wastewater treatment substrates | energy production. Spent wastewater substrates* are* | This critical review highlights the potential | for biohydrogen (bioH_2) production, offering an eco | -friendly and cost-effective solution aligned with

关键词： Wastewater treatment substrates | BioH_2 production | Techno-economic analysis | Microbial consortia

6. Sustainable Recycling of Perovskite Solar Cells:Green Solvent-Based Recovery of ITO Substrates NSTL国家科技图书文献中心

Sun-Ju Kim | Eun-Ju Jeong ... - 《International Journal of Chemical Kinetics》 - 2025,57(4) - 235～241 - 共7页

摘要： indium tin oxide(ITO)substrates, which significantly | that recycled ITO substrates* maintain their physical* | Perovskite solar cells(PSCs)emerge as a | leading next-generation photovoltaic(PV)technology, with | power conversion efficiencies(PCEs)reaching 26.7% for

关键词： green solvents | indium tin oxide substrates | perovskite solar cells | recycling

7. Additively manufactured substrates for vibration-based piezoelectric energy harvesting: design, fabrication and experimental validation NSTL国家科技图书文献中心

Dinh, Minh Hao | Salehian, Armaghan - 《Smart Materials & Structures》 - 2025,34(3) - 共12页

摘要： manufactured substrates. The proposed unit is biologically | substrate was 3D printed using the laser powder bed fusion | substrate using electrically conductive epoxy. In addition | Piezoelectric (PZT) energy harvesting | technologies have regained popularity due to the increasing

关键词： additively manufactured substrates | energy harvesting | piezoelectrics

8. Development of REBCO Thin Films Using MOCVD on Non-Standard Buffers and Substrates NSTL国家科技图书文献中心

Manoj Thevalappilly ... | Jithin Sai Sandra ... - 《IEEE Transactions on Applied Superconductivity》 - 2025,35(5 Pt.3) - 1～5 - 共5页

摘要：) superconducting thin films on dielectric substrates* are being* | (YSZ) substrates. In this study, we report high | substrates. We planarized the surface of 40-µm-thick | on these 12-cm-long flexible YSZ substrates* by* | flexible YSZ substrate* by vertical dip coating in n*

关键词： Substrates | Films | Buffer layers | Surface roughness | Rough surfaces | MOCVD | Surface resistance | Superconductivity | Superconducting films | Radio frequency

9. Partial Discharge in Silicone Gel on Power Module Substrates in High-Humidity Conditions NSTL国家科技图书文献中心

Mark Sherriff | Antonio Griffo ... - 《IEEE transactions on dielectrics and electrical insulation》 - 2025,32(1) - 484～493 - 共10页

摘要：) power module substrates* when subjected to fast* | Partial discharge (PD) is known to affect the | quality of insulation in power electronics modules. This | article provides a comprehensive characterization of PD | activity in gel-encapsulated direct bonded copper (DBC

关键词： Humidity | Testing | Partial discharges | Substrates | Discharges (electric) | Copper | Standards

10. Ultrafast Laser Inkless Full-Color Printing on Flexible and Thermolabile Substrates NSTL国家科技图书文献中心

Zhewei Wang | Liye Xu ... - 《Advanced Optical Materials》 - 2025,13(4) - 2402293.1～2402293.11 - 共11页

摘要： thermolabile substrates* (such as plastics and paper) is* | processes or metal substrates. Here, an ultrafast laser | and thermolabile substrates, including plastics and | Laser-induced structural color technology | holds great promise for the mass-production of

摘要： PCB substrates* being the furthest along regarding* | such as epoxies form the base insulating substrate | bio-based alternatives to conventional substrate | Biodegradable materials represent a promising | path toward green and sustainable electronics on a

关键词： biodegradable polymers | green electronics | life cycle assessment | printed circuit substrates

摘要： Raman scattering (SERS) substrates, while the less | direction for engineering 3D SERS substrates* with tunable* | Metal aerogels (MAs) are emerging all | -nanometal-structured self-standing porous materials | featuring exceptional performances in diverse fields. They

关键词： 3D SERS substrates | compression-mediated | metal aerogels | SERS

摘要： of silicon nitride ceramic substrates. As an almost | ceramic substrates* in-situ by combining the methods of* | substrates after resintering were investigated in detail | forming of ceramic substrate* materials because of the* | With the development of third-generation

关键词： Silicon nitride ceramic substrates | Sol-gel processes | Heat conduction | Sintering

摘要：) utilizing metallic substrates* for solid oxide fuel cell* | , interdiffusion between the porous metal substrates* (PMSs) and* | , the content is covered on substrate* degradation, how* | Third-generation solid oxide fuel cells or | metal-supported solid oxide fuel cells (MS-SOFCs

关键词： Metal substrates | Tape casting | Materials processing | SOFC | Diffusion barrier layers

摘要： of utilizing spent wastewater treatment substrates | energy production. Spent wastewater substrates* are* | This critical review highlights the potential | for biohydrogen (bioH_2) production, offering an eco | -friendly and cost-effective solution aligned with

关键词： Wastewater treatment substrates | BioH_2 production | Techno-economic analysis | Microbial consortia

摘要： indium tin oxide(ITO)substrates, which significantly | that recycled ITO substrates* maintain their physical* | Perovskite solar cells(PSCs)emerge as a | leading next-generation photovoltaic(PV)technology, with | power conversion efficiencies(PCEs)reaching 26.7% for

关键词： green solvents | indium tin oxide substrates | perovskite solar cells | recycling

摘要： manufactured substrates. The proposed unit is biologically | substrate was 3D printed using the laser powder bed fusion | substrate using electrically conductive epoxy. In addition | Piezoelectric (PZT) energy harvesting | technologies have regained popularity due to the increasing

关键词： additively manufactured substrates | energy harvesting | piezoelectrics

摘要：) superconducting thin films on dielectric substrates* are being* | (YSZ) substrates. In this study, we report high | substrates. We planarized the surface of 40-µm-thick | on these 12-cm-long flexible YSZ substrates* by* | flexible YSZ substrate* by vertical dip coating in n*

关键词： Substrates | Films | Buffer layers | Surface roughness | Rough surfaces | MOCVD | Surface resistance | Superconductivity | Superconducting films | Radio frequency

摘要：) power module substrates* when subjected to fast* | Partial discharge (PD) is known to affect the | quality of insulation in power electronics modules. This | article provides a comprehensive characterization of PD | activity in gel-encapsulated direct bonded copper (DBC

关键词： Humidity | Testing | Partial discharges | Substrates | Discharges (electric) | Copper | Standards

摘要： thermolabile substrates* (such as plastics and paper) is* | processes or metal substrates. Here, an ultrafast laser | and thermolabile substrates, including plastics and | Laser-induced structural color technology | holds great promise for the mass-production of

关键词： flexible and thermolabile substrates | laser processing | magnetron sputtering | room temperature | structure colors

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： PCB substrates being the furthest along regarding | such as epoxies form the base insulating substrate | bio-based alternatives to conventional substrate | Biodegradable materials represent a promising | path toward green and sustainable electronics on a

关键词： biodegradable polymers | green electronics | life cycle assessment | printed circuit substrates

摘要： Raman scattering (SERS) substrates, while the less | direction for engineering 3D SERS substrates with tunable | Metal aerogels (MAs) are emerging all | -nanometal-structured self-standing porous materials | featuring exceptional performances in diverse fields. They

关键词： 3D SERS substrates | compression-mediated | metal aerogels | SERS

摘要： of silicon nitride ceramic substrates. As an almost | ceramic substrates in-situ by combining the methods of | substrates after resintering were investigated in detail | forming of ceramic substrate materials because of the | With the development of third-generation

关键词： Silicon nitride ceramic substrates | Sol-gel processes | Heat conduction | Sintering

摘要：) utilizing metallic substrates for solid oxide fuel cell | , interdiffusion between the porous metal substrates (PMSs) and | , the content is covered on substrate degradation, how | Third-generation solid oxide fuel cells or | metal-supported solid oxide fuel cells (MS-SOFCs

关键词： Metal substrates | Tape casting | Materials processing | SOFC | Diffusion barrier layers

摘要： of utilizing spent wastewater treatment substrates | energy production. Spent wastewater substrates are | This critical review highlights the potential | for biohydrogen (bioH_2) production, offering an eco | -friendly and cost-effective solution aligned with

关键词： Wastewater treatment substrates | BioH_2 production | Techno-economic analysis | Microbial consortia

摘要： indium tin oxide(ITO)substrates, which significantly | that recycled ITO substrates maintain their physical | Perovskite solar cells(PSCs)emerge as a | leading next-generation photovoltaic(PV)technology, with | power conversion efficiencies(PCEs)reaching 26.7% for

关键词： green solvents | indium tin oxide substrates | perovskite solar cells | recycling

摘要： manufactured substrates. The proposed unit is biologically | substrate was 3D printed using the laser powder bed fusion | substrate using electrically conductive epoxy. In addition | Piezoelectric (PZT) energy harvesting | technologies have regained popularity due to the increasing

关键词： additively manufactured substrates | energy harvesting | piezoelectrics

摘要：) superconducting thin films on dielectric substrates are being | (YSZ) substrates. In this study, we report high | substrates. We planarized the surface of 40-µm-thick | on these 12-cm-long flexible YSZ substrates by | flexible YSZ substrate by vertical dip coating in n

关键词： Substrates | Films | Buffer layers | Surface roughness | Rough surfaces | MOCVD | Surface resistance | Superconductivity | Superconducting films | Radio frequency

摘要：) power module substrates when subjected to fast | Partial discharge (PD) is known to affect the | quality of insulation in power electronics modules. This | article provides a comprehensive characterization of PD | activity in gel-encapsulated direct bonded copper (DBC

关键词： Humidity | Testing | Partial discharges | Substrates | Discharges (electric) | Copper | Standards

摘要： thermolabile substrates (such as plastics and paper) is | processes or metal substrates. Here, an ultrafast laser | and thermolabile substrates, including plastics and | Laser-induced structural color technology | holds great promise for the mass-production of

关键词： flexible and thermolabile substrates | laser processing | magnetron sputtering | room temperature | structure colors

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： PCB substrates* being the furthest along regarding* | such as epoxies form the base insulating substrate | bio-based alternatives to conventional substrate | Biodegradable materials represent a promising | path toward green and sustainable electronics on a

摘要： Raman scattering (SERS) substrates, while the less | direction for engineering 3D SERS substrates* with tunable* | Metal aerogels (MAs) are emerging all | -nanometal-structured self-standing porous materials | featuring exceptional performances in diverse fields. They

摘要： of silicon nitride ceramic substrates. As an almost | ceramic substrates* in-situ by combining the methods of* | substrates after resintering were investigated in detail | forming of ceramic substrate* materials because of the* | With the development of third-generation

摘要：) utilizing metallic substrates* for solid oxide fuel cell* | , interdiffusion between the porous metal substrates* (PMSs) and* | , the content is covered on substrate* degradation, how* | Third-generation solid oxide fuel cells or | metal-supported solid oxide fuel cells (MS-SOFCs

摘要： of utilizing spent wastewater treatment substrates | energy production. Spent wastewater substrates* are* | This critical review highlights the potential | for biohydrogen (bioH_2) production, offering an eco | -friendly and cost-effective solution aligned with

摘要： indium tin oxide(ITO)substrates, which significantly | that recycled ITO substrates* maintain their physical* | Perovskite solar cells(PSCs)emerge as a | leading next-generation photovoltaic(PV)technology, with | power conversion efficiencies(PCEs)reaching 26.7% for

摘要：) superconducting thin films on dielectric substrates* are being* | (YSZ) substrates. In this study, we report high | substrates. We planarized the surface of 40-µm-thick | on these 12-cm-long flexible YSZ substrates* by* | flexible YSZ substrate* by vertical dip coating in n*

摘要：) power module substrates* when subjected to fast* | Partial discharge (PD) is known to affect the | quality of insulation in power electronics modules. This | article provides a comprehensive characterization of PD | activity in gel-encapsulated direct bonded copper (DBC

摘要： thermolabile substrates* (such as plastics and paper) is* | processes or metal substrates. Here, an ultrafast laser | and thermolabile substrates, including plastics and | Laser-induced structural color technology | holds great promise for the mass-production of