NSTL国家科技图书文献中心

1. All-in-one dual-function porous materials derived from polyacrylonitrile for high-performance supercapacitor NSTL国家科技图书文献中心

Yang X. | Mao Y.... - 《Journal of Power Sources》 - 2025,628(Feb.1) - 1.1～1.12 - 共12页

摘要：. However, developing multifunctional PAN porous materials | )-based multifunctional energy storage materials* have* | porous membranes with varying pore sizes were | ) was developed by modifying pristine porous* PAN with* | tetraethoxysilane (TEOS). Energy storage materials* (CPAN-MnO2*

关键词： Ion conductivity | Polyacrylonitrile (PAN) | Porous materials | Separator | Supercapacitors

2. Porous Materials for the Heterogeneously Catalyzed Synthesis of High Value‐Added Products: Latest Trends and Future Prospects NSTL国家科技图书文献中心

Kelvin Adrian Sanoja... | Rafael Luque - 《Chemistry,an Asian journal》 - 2025,20(2) - e202401238.1～e202401238.15 - 共15页

摘要： of desired products using porous materials | and design of a variety of porous materials | porous materials for specific catalytic applications. | stands as a foundational area in materials* synthesis* | materials (e. g. carbonaceous materials, metal oxides

关键词： Heterogeneous catalysis | porous materials | recyclability | zeolites | MOFs | metalic nanomaterials | functionalization

3. Advanced Thermoelastic Modeling of Porous Materials with Dual-Phase Lag and Memory-Dependent Effects NSTL国家科技图书文献中心

Elzayady, Mohamed E. | Abouelregal, Ahmed E...... - 《Journal of Vibration Engineering & Technologies》 - 2025,13(2) - 共19页

摘要： understanding porous* media behavior under dynamic* | thermal and mechanical processes in porous media | effects in porous* media. The findings highlight the* | BackgroundPorous materials* exhibit complex* | porous thermoelastic (DPL-PTE) model that incorporates

关键词： Porous materials | Thermoelasticity | Half-space | Memory-dependent derivative | Dual-phase lag

4. Preparation and performance analysis of porous materials for road noise abatement using waste rubber tires NSTL国家科技图书文献中心

Lu K. | Shang X.... - 《Applied acoustics》 - 2025,228(Jan.) - 1.1～1.11 - 共11页 - 被引量：1

摘要： in the porous* media acoustic model. This study* | porous sound-absorbing material is prepared by blow | analyzes the noise reduction performance of the porous | absorption performance of porous* material derived from* | sound barriers, the noise reduction of the porous

关键词： Porous materials | Rubber tires | Sound absorption coefficient | Traffic noise

5. Optimization and imputation of acoustic absorption sequence prediction for transversely isotropic porous materials: A MultiScaleCNN-Transformer-PSO model approach NSTL国家科技图书文献中心

Diao, Lei | Tao, Meng ... - 《Measurement》 - 2025,242PD - 116098～ - 共10页

摘要： transversely isotropic porous* materials. This study* | isotropic porous* materials. Using a validated transfer* | To address the limitations of traditional | methods in real-time prediction and adaptive | optimization of sound absorption coefficients for

关键词： MultiScaleCNN | Transformer Model | Acoustic Absorption Coefficient | Particle Swarm Optimization | Transversely Isotropic Porous Materials

6. Impact analysis of particle sphericity on the properties of porous materials via particle packing method for hydrogen fuel and electrolysis cells NSTL国家科技图书文献中心

Jaeyeon Kim | Luthfan Adhy Lesmana ... - 《Computers & Chemical Engineering》 - 2025,192(Jan.) - 108907.1～108907.12 - 共12页

摘要： particle's sphericity on the properties of porous materials | generated to simulate porous* granular and fibrous* | materials. The constructed particle geometries are as | This study focuses on the impacts of | crucial to electrochemical devices. Three-dimensional

关键词： Porous materials | Electrochemistry | Geometry | Ex-situ characterization | Particulate model | Heat and mass diffusion

7. Impact of porous materials on the performance of a biogas porous burner NSTL国家科技图书文献中心

Devi, Sangjukta | Sahoo, Niranjan ... - 《Biomass Conversion and Biorefinery》 - 2025,15(3) - 3691～3705 - 共15页

摘要：Combustion in porous* burners (PBs) highly rely* | porous material and their feasibility on being used in | ). The materials* used in PZ and CZ for study are* | materials along with the above mentioned parameters has | 43-56% and 34-38%, respectively. The porous

关键词： Biogas | Emission | Porous burner | Porous material | Stable combustion range

8. An analytical method for broadband acoustic analysis of 2D cavities containing or bounded by porous materials NSTL国家科技图书文献中心

Zhao X. | Liu X.... - 《International Journal of Mechanical Sciences》 - 2025,285 - 共16页

摘要： cavities with porous* materials highly accurately. The* | cavities containing or bounded by porous* materials are* | porous materials that have frequency-dependent | porous treatments, resulting in complex-valued and | Real-life vibro-acoustic systems often involve

关键词： Acoustic cavity | Broadband acoustic analysis | Equivalent fluid model | Frequency domain | Porous material | Spectral dynamic stiffness method

9. Salt crystallization in porous materials: A quasi-local transport model for evaluating pore filling process NSTL国家科技图书文献中心

Qing-xiang Xiong | Liang-yu Tong ... - 《Construction and Building Materials》 - 2025,462(Feb.7) - 139904.1～139904.14 - 共14页 - 被引量：4

摘要： contributor to salt-induced damage in porous* materials such* | within porous* materials subjected to brine drying and* | Salt crystallization is a significant | as stones and concrete. However, a quantitative | study of the pore-filling process involving salt

关键词： Precipitation | Salt flux | Pore-filling path | Crystallization distribution | Drying-wetting cycles

10. Multifunctional Electromagnetic Responsive Porous Materials Synthesized by Freeze Casting: Principles, Progress, and Prospects NSTL国家科技图书文献中心

Ya Ning | Xiaojun Zeng ... - 《Advanced functional materials》 - 2025,35(6) - 2414838.1～2414838.50 - 共50页

摘要： utilized in the fabrication of porous* materials. However* | of freeze casting, porous EMW absorption materials | pore size and shape of porous* structures. This study* | porous structures via freeze casting. This review | composites with various porous* microstructures through*

摘要：. However, developing multifunctional PAN porous materials | )-based multifunctional energy storage materials* have* | porous membranes with varying pore sizes were | ) was developed by modifying pristine porous* PAN with* | tetraethoxysilane (TEOS). Energy storage materials* (CPAN-MnO2*

关键词： Ion conductivity | Polyacrylonitrile (PAN) | Porous materials | Separator | Supercapacitors

摘要： of desired products using porous materials | and design of a variety of porous materials | porous materials for specific catalytic applications. | stands as a foundational area in materials* synthesis* | materials (e. g. carbonaceous materials, metal oxides

关键词： Heterogeneous catalysis | porous materials | recyclability | zeolites | MOFs | metalic nanomaterials | functionalization

摘要： understanding porous* media behavior under dynamic* | thermal and mechanical processes in porous media | effects in porous* media. The findings highlight the* | BackgroundPorous materials* exhibit complex* | porous thermoelastic (DPL-PTE) model that incorporates

关键词： Porous materials | Thermoelasticity | Half-space | Memory-dependent derivative | Dual-phase lag

摘要： in the porous* media acoustic model. This study* | porous sound-absorbing material is prepared by blow | analyzes the noise reduction performance of the porous | absorption performance of porous* material derived from* | sound barriers, the noise reduction of the porous

关键词： Porous materials | Rubber tires | Sound absorption coefficient | Traffic noise

摘要： transversely isotropic porous* materials. This study* | isotropic porous* materials. Using a validated transfer* | To address the limitations of traditional | methods in real-time prediction and adaptive | optimization of sound absorption coefficients for

关键词： MultiScaleCNN | Transformer Model | Acoustic Absorption Coefficient | Particle Swarm Optimization | Transversely Isotropic Porous Materials

摘要： particle's sphericity on the properties of porous materials | generated to simulate porous* granular and fibrous* | materials. The constructed particle geometries are as | This study focuses on the impacts of | crucial to electrochemical devices. Three-dimensional

关键词： Porous materials | Electrochemistry | Geometry | Ex-situ characterization | Particulate model | Heat and mass diffusion

摘要：Combustion in porous* burners (PBs) highly rely* | porous material and their feasibility on being used in | ). The materials* used in PZ and CZ for study are* | materials along with the above mentioned parameters has | 43-56% and 34-38%, respectively. The porous

关键词： Biogas | Emission | Porous burner | Porous material | Stable combustion range

摘要： cavities with porous* materials highly accurately. The* | cavities containing or bounded by porous* materials are* | porous materials that have frequency-dependent | porous treatments, resulting in complex-valued and | Real-life vibro-acoustic systems often involve

关键词： Acoustic cavity | Broadband acoustic analysis | Equivalent fluid model | Frequency domain | Porous material | Spectral dynamic stiffness method

摘要： contributor to salt-induced damage in porous* materials such* | within porous* materials subjected to brine drying and* | Salt crystallization is a significant | as stones and concrete. However, a quantitative | study of the pore-filling process involving salt

关键词： Precipitation | Salt flux | Pore-filling path | Crystallization distribution | Drying-wetting cycles

摘要： utilized in the fabrication of porous* materials. However* | of freeze casting, porous EMW absorption materials | pore size and shape of porous* structures. This study* | porous structures via freeze casting. This review | composites with various porous* microstructures through*

关键词： electromagnetic wave absorption | freeze casting | ice template | microstructure regulation | porous structure

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：. However, developing multifunctional PAN porous materials | )-based multifunctional energy storage materials have | porous membranes with varying pore sizes were | ) was developed by modifying pristine porous PAN with | tetraethoxysilane (TEOS). Energy storage materials (CPAN-MnO2

关键词： Ion conductivity | Polyacrylonitrile (PAN) | Porous materials | Separator | Supercapacitors

摘要： of desired products using porous materials | and design of a variety of porous materials | porous materials for specific catalytic applications. | stands as a foundational area in materials synthesis | materials (e. g. carbonaceous materials, metal oxides

关键词： Heterogeneous catalysis | porous materials | recyclability | zeolites | MOFs | metalic nanomaterials | functionalization

摘要： understanding porous media behavior under dynamic | thermal and mechanical processes in porous media | effects in porous media. The findings highlight the | BackgroundPorous materials exhibit complex | porous thermoelastic (DPL-PTE) model that incorporates

关键词： Porous materials | Thermoelasticity | Half-space | Memory-dependent derivative | Dual-phase lag

摘要： in the porous media acoustic model. This study | porous sound-absorbing material is prepared by blow | analyzes the noise reduction performance of the porous | absorption performance of porous material derived from | sound barriers, the noise reduction of the porous

关键词： Porous materials | Rubber tires | Sound absorption coefficient | Traffic noise

摘要： transversely isotropic porous materials. This study | isotropic porous materials. Using a validated transfer | To address the limitations of traditional | methods in real-time prediction and adaptive | optimization of sound absorption coefficients for

关键词： MultiScaleCNN | Transformer Model | Acoustic Absorption Coefficient | Particle Swarm Optimization | Transversely Isotropic Porous Materials

摘要： particle's sphericity on the properties of porous materials | generated to simulate porous granular and fibrous | materials. The constructed particle geometries are as | This study focuses on the impacts of | crucial to electrochemical devices. Three-dimensional

关键词： Porous materials | Electrochemistry | Geometry | Ex-situ characterization | Particulate model | Heat and mass diffusion

摘要：Combustion in porous burners (PBs) highly rely | porous material and their feasibility on being used in | ). The materials used in PZ and CZ for study are | materials along with the above mentioned parameters has | 43-56% and 34-38%, respectively. The porous

关键词： Biogas | Emission | Porous burner | Porous material | Stable combustion range

摘要： cavities with porous materials highly accurately. The | cavities containing or bounded by porous materials are | porous materials that have frequency-dependent | porous treatments, resulting in complex-valued and | Real-life vibro-acoustic systems often involve

关键词： Acoustic cavity | Broadband acoustic analysis | Equivalent fluid model | Frequency domain | Porous material | Spectral dynamic stiffness method

摘要： contributor to salt-induced damage in porous materials such | within porous materials subjected to brine drying and | Salt crystallization is a significant | as stones and concrete. However, a quantitative | study of the pore-filling process involving salt

关键词： Precipitation | Salt flux | Pore-filling path | Crystallization distribution | Drying-wetting cycles

摘要： utilized in the fabrication of porous materials. However | of freeze casting, porous EMW absorption materials | pore size and shape of porous structures. This study | porous structures via freeze casting. This review | composites with various porous microstructures through

关键词： electromagnetic wave absorption | freeze casting | ice template | microstructure regulation | porous structure

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：. However, developing multifunctional PAN porous materials | )-based multifunctional energy storage materials* have* | porous membranes with varying pore sizes were | ) was developed by modifying pristine porous* PAN with* | tetraethoxysilane (TEOS). Energy storage materials* (CPAN-MnO2*

摘要： of desired products using porous materials | and design of a variety of porous materials | porous materials for specific catalytic applications. | stands as a foundational area in materials* synthesis* | materials (e. g. carbonaceous materials, metal oxides

摘要： understanding porous* media behavior under dynamic* | thermal and mechanical processes in porous media | effects in porous* media. The findings highlight the* | BackgroundPorous materials* exhibit complex* | porous thermoelastic (DPL-PTE) model that incorporates

摘要： in the porous* media acoustic model. This study* | porous sound-absorbing material is prepared by blow | analyzes the noise reduction performance of the porous | absorption performance of porous* material derived from* | sound barriers, the noise reduction of the porous

摘要： transversely isotropic porous* materials. This study* | isotropic porous* materials. Using a validated transfer* | To address the limitations of traditional | methods in real-time prediction and adaptive | optimization of sound absorption coefficients for

摘要： particle's sphericity on the properties of porous materials | generated to simulate porous* granular and fibrous* | materials. The constructed particle geometries are as | This study focuses on the impacts of | crucial to electrochemical devices. Three-dimensional

摘要：Combustion in porous* burners (PBs) highly rely* | porous material and their feasibility on being used in | ). The materials* used in PZ and CZ for study are* | materials along with the above mentioned parameters has | 43-56% and 34-38%, respectively. The porous

摘要： cavities with porous* materials highly accurately. The* | cavities containing or bounded by porous* materials are* | porous materials that have frequency-dependent | porous treatments, resulting in complex-valued and | Real-life vibro-acoustic systems often involve

摘要： contributor to salt-induced damage in porous* materials such* | within porous* materials subjected to brine drying and* | Salt crystallization is a significant | as stones and concrete. However, a quantitative | study of the pore-filling process involving salt

摘要： utilized in the fabrication of porous* materials. However* | of freeze casting, porous EMW absorption materials | pore size and shape of porous* structures. This study* | porous structures via freeze casting. This review | composites with various porous* microstructures through*