NSTL国家科技图书文献中心

1. Experimental Comparison of Glazed and Unglazed Hybrid Solar Modules Considering Power Productivity and Cell Temperature NSTL国家科技图书文献中心

Alshibil, Ahssan M. ... | Farkas, Istvan ... - 《Journal of Electrical Engineering & Technology》 - 2025,20(1) - 713～720 - 共8页

摘要：This study presents the effect of cell | temperature on the hybrid solar collectors PV/T for modules | presented PV/T modules, a sufficient decrease in the cell | temperature of PV/Tun compared to the PV/Tg, PV/Tun module | temperature of the un-covered module was 6.34% higher than

关键词： Glazed and unglazed PVT module | PV/T collector | Thermal model | Energy performance | Cell temperature

2. Analysis of internal cell temperature variations under different abuse test conditions using embedded temperature sensors NSTL国家科技图书文献中心

Darikas G. | Chen H.... - 《Journal of Energy Storage》 - 2025,106(Jan.) - 1.1～1.15 - 共15页

摘要： temperature of commercially available 21,700-format | -temperature, and overcharge, were adopted to trigger the | over-temperature* tests, where the cells underwent* | thermal runaway, the peak difference between the cell | core and surface temperature* reached up to 186.6 °C*

关键词： Abuse testing | Cell instrumentation | Cylindrical lithium-ion | In-situ monitoring | Internal temperature | Thermal runaway

3. A Novel Data-Driven Framework Under Limited Sensors for In-Pack Cell Temperature Estimation NSTL国家科技图书文献中心

Qin, Pengliang | Zhao, Linhui - 《IEEE Transactions on Instrumentation and Measurement》 - 2025,74(Pt.1) - 2507211.1～2507211.11 - 共11页

摘要： identify a reference cell equipped with a temperature | -driven temperature estimation of the target cell | , with only a limited number of temperature* sensors* | the temperature* for all cells within the pack. In* | data-driven-based temperature* estimation methods fail*

关键词： Temperature measurement | Temperature sensors | Indexes | Estimation | Voltage measurement | Batteries | Correlation | Battery charge measurement | Training | Mathematical models...

4. Measurement of high-temperature absorption cross-sections using an optical cell with a non-uniform temperature distribution NSTL国家科技图书文献中心

Farouki, Ihsan | Farooq, Aamir ... - 《Journal of Quantitative Spectroscopy & Radiative Transfer》 - 2025,330 - 共18页 - 被引量：1

摘要： method, an optical cell with a non-uniform temperature | cross-section measurements using an optical cell* with* | a nonuniform temperature* distribution is* | to facilitate high-temperature* spectroscopic* | the non-uniform temperature* field within an optical*

关键词： Spectroscopy | Mid-infrared | High-temperature | Optical-cell | Absorption cross-section

5. Detection of cell membrane disruption using electrical impedance spectroscopy and acceleration of cell wall modification in carrot processed under low temperature blanching NSTL国家科技图书文献中心

Umehara A. | Oshima T.... - 《Journal of food engineering》 - 2025,385(Jan.) - 1.1～1.8 - 共8页

摘要： relationships between cell* membrane damage and cell wall* | modification in carrots by low temperature* blanching* | the tissue condition during low temperature | blanching. The obtained parameters suggested that cell | by low temperature* blanching at 60 °C than that at*

关键词： Cell membrane | Cell wall modification | Low temperature blanching | Pectin | Pectin methylesterase

6. Three-dimensional simulation of high temperature ion-pair PEM fuel cell integrated with agglomerate sub-model of cathode catalyst layer NSTL国家科技图书文献中心

Raj Aryal U. | Hasa B.... - 《Energy conversion & management》 - 2025,324(Jan.) - 1.1～1.12 - 共12页

摘要： simulation of a 3D high temperature* (HT) ion-pair proton* | exchange membrane fuel cell* (PEMFC) model, utilizing a* | performance of the fuel cell* was analyzed, in terms of* | the effect of catalyst loading on fuel cell | leading to high fuel cell* performance. It was found that*

关键词： Agglomerate | COMSOL | Fuel Cell | High Temperature | Ion-Pair PEM | Simulation

7. Negative carbon emission power generator: A combination of high temperature proton exchange membrane fuel cell and absorption carbon capture system NSTL国家科技图书文献中心

Chaohuan Tan | Linhao Cheng ... - 《Journal of cleaner production》 - 2025,489(Jan.15) - 144708.1～144708.15 - 共15页

摘要：High temperature* proton exchange membrane fuel* | cell is one of the prominent power generators without | standalone high temperature* proton exchange membrane fuel* | cell, the maximum power density of the hybrid system | hybrid systems based on high temperature* proton*

关键词： Fuel cell | High temperature proton exchange membrane | Waste heat utilization | Absorption carbon capture system | Negative carbon emission | Performance enhancement

8. Energy-thermal collaborative management considering powertrain thermal characteristics for fuel cell vehicles in low-temperature environment NSTL国家科技图书文献中心

Dafeng Song | Qingtao Wu ... - 《Energy》 - 2025,320(Apr.1) - 135102.1～135102.20 - 共20页

摘要： fuel cell* temperature and the preheating energy* | In low-temperature* environment, conventional* | energy management strategies (EMS) for fuel cell | , while ignoring the coupling between the fuel cell | temperature and its efficiency, as well as that between the

关键词： Fuel cell vehicle | Energy management strategy | Thermal management strategy | Dynamic programming | Collaborative control

9. Enhancing methanol-to-power: A comprehensive evaluation of an integrated methanol-reforming, high-temperature proton exchange membrane fuel cell, and organic Rankine cycle system NSTL国家科技图书文献中心

Supawat Taweekayujan | Phuet Prasertcharoen...... - 《Energy》 - 2025,321(Apr.15) - 135301.1～135301.19 - 共19页

摘要： reforming of methanol, a high-temperature* proton exchange* | membrane fuel cell, and an organic Rankine cycle to | afterburner, stack fuel cell, and fuel reactor contribute to | cell section, optimizing the oxygen flowrate ratio | , current density, and temperature* improved performance*

关键词： Sorption-enhanced chemical looping reforming | High-temperature proton exchange membrane fuel cell | Organic Rankine cycle | Integrated energy systems

10. A 17pJ-External Oscillator Less Differential Delay Cell-Based Time-Domain Smart Temperature Sensor NSTL国家科技图书文献中心

Kuntal Chakraborty | Abir J. Mondal - 《Journal of circuits, systems and computers》 - 2025,34(2) - 1.1～1.18 - 共18页

摘要： delay cell and XOR gate produce a temperature | delay cell* and XOR. The corresponding temperature code* | subthreshold temperature* sensor for monitoring SoC self* | differential inverter interlaced cascaded delay cell* followed* | temperature coefficients of 1736.10 and 5880.33 ppm/C

摘要：This study presents the effect of cell | temperature on the hybrid solar collectors PV/T for modules | presented PV/T modules, a sufficient decrease in the cell | temperature of PV/Tun compared to the PV/Tg, PV/Tun module | temperature of the un-covered module was 6.34% higher than

关键词： Glazed and unglazed PVT module | PV/T collector | Thermal model | Energy performance | Cell temperature

摘要： temperature of commercially available 21,700-format | -temperature, and overcharge, were adopted to trigger the | over-temperature* tests, where the cells underwent* | thermal runaway, the peak difference between the cell | core and surface temperature* reached up to 186.6 °C*

关键词： Abuse testing | Cell instrumentation | Cylindrical lithium-ion | In-situ monitoring | Internal temperature | Thermal runaway

摘要： identify a reference cell equipped with a temperature | -driven temperature estimation of the target cell | , with only a limited number of temperature* sensors* | the temperature* for all cells within the pack. In* | data-driven-based temperature* estimation methods fail*

关键词： Temperature measurement | Temperature sensors | Indexes | Estimation | Voltage measurement | Batteries | Correlation | Battery charge measurement | Training | Mathematical models...

摘要： method, an optical cell with a non-uniform temperature | cross-section measurements using an optical cell* with* | a nonuniform temperature* distribution is* | to facilitate high-temperature* spectroscopic* | the non-uniform temperature* field within an optical*

关键词： Spectroscopy | Mid-infrared | High-temperature | Optical-cell | Absorption cross-section

摘要： relationships between cell* membrane damage and cell wall* | modification in carrots by low temperature* blanching* | the tissue condition during low temperature | blanching. The obtained parameters suggested that cell | by low temperature* blanching at 60 °C than that at*

关键词： Cell membrane | Cell wall modification | Low temperature blanching | Pectin | Pectin methylesterase

摘要： simulation of a 3D high temperature* (HT) ion-pair proton* | exchange membrane fuel cell* (PEMFC) model, utilizing a* | performance of the fuel cell* was analyzed, in terms of* | the effect of catalyst loading on fuel cell | leading to high fuel cell* performance. It was found that*

关键词： Agglomerate | COMSOL | Fuel Cell | High Temperature | Ion-Pair PEM | Simulation

摘要：High temperature* proton exchange membrane fuel* | cell is one of the prominent power generators without | standalone high temperature* proton exchange membrane fuel* | cell, the maximum power density of the hybrid system | hybrid systems based on high temperature* proton*

关键词： Fuel cell | High temperature proton exchange membrane | Waste heat utilization | Absorption carbon capture system | Negative carbon emission | Performance enhancement

摘要： fuel cell* temperature and the preheating energy* | In low-temperature* environment, conventional* | energy management strategies (EMS) for fuel cell | , while ignoring the coupling between the fuel cell | temperature and its efficiency, as well as that between the

关键词： Fuel cell vehicle | Energy management strategy | Thermal management strategy | Dynamic programming | Collaborative control

摘要： reforming of methanol, a high-temperature* proton exchange* | membrane fuel cell, and an organic Rankine cycle to | afterburner, stack fuel cell, and fuel reactor contribute to | cell section, optimizing the oxygen flowrate ratio | , current density, and temperature* improved performance*

关键词： Sorption-enhanced chemical looping reforming | High-temperature proton exchange membrane fuel cell | Organic Rankine cycle | Integrated energy systems

摘要： delay cell and XOR gate produce a temperature | delay cell* and XOR. The corresponding temperature code* | subthreshold temperature* sensor for monitoring SoC self* | differential inverter interlaced cascaded delay cell* followed* | temperature coefficients of 1736.10 and 5880.33 ppm/C

关键词： Temperature sensor | subthreshold region | energy/conversion | resolution | two-point calibration

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：This study presents the effect of cell | temperature on the hybrid solar collectors PV/T for modules | presented PV/T modules, a sufficient decrease in the cell | temperature of PV/Tun compared to the PV/Tg, PV/Tun module | temperature of the un-covered module was 6.34% higher than

关键词： Glazed and unglazed PVT module | PV/T collector | Thermal model | Energy performance | Cell temperature

摘要： temperature of commercially available 21,700-format | -temperature, and overcharge, were adopted to trigger the | over-temperature tests, where the cells underwent | thermal runaway, the peak difference between the cell | core and surface temperature reached up to 186.6 °C

关键词： Abuse testing | Cell instrumentation | Cylindrical lithium-ion | In-situ monitoring | Internal temperature | Thermal runaway

摘要： identify a reference cell equipped with a temperature | -driven temperature estimation of the target cell | , with only a limited number of temperature sensors | the temperature for all cells within the pack. In | data-driven-based temperature estimation methods fail

关键词： Temperature measurement | Temperature sensors | Indexes | Estimation | Voltage measurement | Batteries | Correlation | Battery charge measurement | Training | Mathematical models...

摘要： method, an optical cell with a non-uniform temperature | cross-section measurements using an optical cell with | a nonuniform temperature distribution is | to facilitate high-temperature spectroscopic | the non-uniform temperature field within an optical

关键词： Spectroscopy | Mid-infrared | High-temperature | Optical-cell | Absorption cross-section

摘要： relationships between cell membrane damage and cell wall | modification in carrots by low temperature blanching | the tissue condition during low temperature | blanching. The obtained parameters suggested that cell | by low temperature blanching at 60 °C than that at

关键词： Cell membrane | Cell wall modification | Low temperature blanching | Pectin | Pectin methylesterase

摘要： simulation of a 3D high temperature (HT) ion-pair proton | exchange membrane fuel cell (PEMFC) model, utilizing a | performance of the fuel cell was analyzed, in terms of | the effect of catalyst loading on fuel cell | leading to high fuel cell performance. It was found that

关键词： Agglomerate | COMSOL | Fuel Cell | High Temperature | Ion-Pair PEM | Simulation

摘要：High temperature proton exchange membrane fuel | cell is one of the prominent power generators without | standalone high temperature proton exchange membrane fuel | cell, the maximum power density of the hybrid system | hybrid systems based on high temperature proton

关键词： Fuel cell | High temperature proton exchange membrane | Waste heat utilization | Absorption carbon capture system | Negative carbon emission | Performance enhancement

摘要： fuel cell temperature and the preheating energy | In low-temperature environment, conventional | energy management strategies (EMS) for fuel cell | , while ignoring the coupling between the fuel cell | temperature and its efficiency, as well as that between the

关键词： Fuel cell vehicle | Energy management strategy | Thermal management strategy | Dynamic programming | Collaborative control

摘要： reforming of methanol, a high-temperature proton exchange | membrane fuel cell, and an organic Rankine cycle to | afterburner, stack fuel cell, and fuel reactor contribute to | cell section, optimizing the oxygen flowrate ratio | , current density, and temperature improved performance

关键词： Sorption-enhanced chemical looping reforming | High-temperature proton exchange membrane fuel cell | Organic Rankine cycle | Integrated energy systems

摘要： delay cell and XOR gate produce a temperature | delay cell and XOR. The corresponding temperature code | subthreshold temperature sensor for monitoring SoC self | differential inverter interlaced cascaded delay cell followed | temperature coefficients of 1736.10 and 5880.33 ppm/C

关键词： Temperature sensor | subthreshold region | energy/conversion | resolution | two-point calibration

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： temperature of commercially available 21,700-format | -temperature, and overcharge, were adopted to trigger the | over-temperature* tests, where the cells underwent* | thermal runaway, the peak difference between the cell | core and surface temperature* reached up to 186.6 °C*

摘要： identify a reference cell equipped with a temperature | -driven temperature estimation of the target cell | , with only a limited number of temperature* sensors* | the temperature* for all cells within the pack. In* | data-driven-based temperature* estimation methods fail*

摘要： method, an optical cell with a non-uniform temperature | cross-section measurements using an optical cell* with* | a nonuniform temperature* distribution is* | to facilitate high-temperature* spectroscopic* | the non-uniform temperature* field within an optical*

摘要： relationships between cell* membrane damage and cell wall* | modification in carrots by low temperature* blanching* | the tissue condition during low temperature | blanching. The obtained parameters suggested that cell | by low temperature* blanching at 60 °C than that at*

摘要： simulation of a 3D high temperature* (HT) ion-pair proton* | exchange membrane fuel cell* (PEMFC) model, utilizing a* | performance of the fuel cell* was analyzed, in terms of* | the effect of catalyst loading on fuel cell | leading to high fuel cell* performance. It was found that*

摘要：High temperature* proton exchange membrane fuel* | cell is one of the prominent power generators without | standalone high temperature* proton exchange membrane fuel* | cell, the maximum power density of the hybrid system | hybrid systems based on high temperature* proton*

摘要： fuel cell* temperature and the preheating energy* | In low-temperature* environment, conventional* | energy management strategies (EMS) for fuel cell | , while ignoring the coupling between the fuel cell | temperature and its efficiency, as well as that between the

摘要： reforming of methanol, a high-temperature* proton exchange* | membrane fuel cell, and an organic Rankine cycle to | afterburner, stack fuel cell, and fuel reactor contribute to | cell section, optimizing the oxygen flowrate ratio | , current density, and temperature* improved performance*

摘要： delay cell and XOR gate produce a temperature | delay cell* and XOR. The corresponding temperature code* | subthreshold temperature* sensor for monitoring SoC self* | differential inverter interlaced cascaded delay cell* followed* | temperature coefficients of 1736.10 and 5880.33 ppm/C