...-landry.compaore@polymtl.ca 1 Corresponding author. Email: osavadogo@polymtl.ca Email: oishi.kentaro@polymtl.ca 02 06 2022 08 03 2023 12 03 2023 13 06 2023 DCFC lignin fuel molten carbonate optimization performance FactSage analysis and design of components devices...

... DE-FE0031206. chromium poisoning Mn Cr spinel thermal gravimetric analysis phase decomposition analysis and design of components devices and systems fuel cells reliability durability and damage tolerance 14 12 2022 21 03 2023 22 03 2023 17 04 2023 1...

...@cslg.cn 1 Corresponding author. Email: zhupy@cslg.edu.cn 01 11 2022 17 12 2022 17 12 2022 24 01 2023 lithium-ion batteries second-order RC equivalent circuit model RTS-IUPF algorithm SOC and SOH joint estimation analysis and design of components devices...

...-supported SOFC heat-up anode off-gas emission analysis and design of components devices and systems fuel cells thermal management 11 05 2022 14 09 2022 18 09 2022 05 12 2022 1 Corresponding author. Email: baishuzhan@sdu.edu.cn 1 Corresponding author. Email...

...@qq.com Email: liu_zunmin@163.com 25 04 2022 31 07 2022 31 07 2022 22 09 2022 battery cooling heat pump refrigerant flowrate distribution cabin thermal comfort temperature fluctuations analysis and design of components devices and systems batteries novel...

... off gas recirculation cathode off gas recirculation partial oxidation reforming solid oxide fuel cell analysis and design of components devices and systems fuel cells novel numerical and analytical simulations thermal management Ministry of Science and Technology of the People's...

... of components devices and systems batteries electrochemical storage The environmental benefits of electric vehicles (EVs) accelerated their adaptation to transportation in the past decade [ 1 ]. However, the safety issues of the high-energy density lithium-ion batteries (LIBs), embedded...

... devices and systems batteries electrochemical engineering thermal management The physical parameters of six equalizing circuits are L i 1 = L i 2 = 0.1 mH, C i = 450 μF, i = 1, 2, …, 6; f = 20 kHz. The limits of SoC are ς min = 10 % , ς max = 95...

... in the cathode materials of LIBs restrict their development in the new energy industry [ 4 , 5 ]. Natural Science Foundation of Gansu Province 10.13039/501100004775 21JR7RA254 Na-ion battery Na 3 V 2 (PO 4 ) 3 cathode salt-type additives NaODFB devices batteries electrochemical...

... of components devices and systems batteries novel numerical and analytical simulations Lithium-ion batteries (LiBs) are widely installed in electronic devices, such as laptops, smartphones, hybrid vehicles (HVs), and electric vehicles (EVs), owing to their higher energy density compared to other...

... Trans. Trans. Electrif. , 7 ( 2 ), pp. 437 – 451 . 10.1109/TTE.2020.3018143 [6] Kim , B. H. , and Lie , D. , 2015 , “ Caelus: Verifying the Consistency of Cloud Services With Battery-Powered Devices ,” 2015 IEEE Symposium on Security and Privacy , San Jose, CA , IEEE, pp. 880...

... of components devices and systems batteries electrochemical storage reliability durability damage tolerance Three types of constraints are present in this problem, which are dynamic constraints, state constraints, and initial states. The dynamic constraints are hard constraints and include all...

... analysis and design of components devices and systems batteries Lithium battery has many advantages, such as high energy density, high working voltage, low self-discharging rate, hundreds of times of recharging, and long service life. It is widely used in new energy vehicles, mobile robots, new...

...Xinhui Zhao; Qingqing Ren Low-cost Fe-based electrode materials for Li-ion energy storage devices attract lots of attention. In this work, porous Fe 2 O 3 nanoparticles are synthesized by a simple route. First, their lithium storage performance is investigated by assembling half-cell configurations...

...-kairouan.tn Email: Asma.Charaabi@enit.rnu.tn analysis and design of components devices and systems electrochemical engineering fuel cells The first practical application of fuel cells is credited to the British scientist Francis Bacon in 1950 [ 1 ]. He made an alkaline fuel cell prototype...

... analysis and design of components devices and systems electrochemical storage reliability durability and damage tolerance thermal management The authors acknowledge the School of Aeronautics and Astronautics, Purdue University for their financial support in this project. The authors...

... 05 2021 16 05 2021 04 06 2021 advanced materials characterization analysis and design of components devices and systems batteries electrochemical engineering reliability durability damage tolerance Despite continuous improvements to the lithium-ion battery (LIB...

... and design of components devices and systems batteries innovative material synthesis and manufacturing methods thermal management Table 7 NSGA-II parameter optimization results Initial value Candidate 1 Candidate 2 Parameter (mm) L 1 4 2.62 2.68 L 2 4...

... advanced materials characterization analysis and design of components devices and systems batteries In recent years, electric vehicles (EVs) are becoming more common and are utilizing higher capacity lithium-ion battery (LIB) packs on road ways around the world. These leaps in technological...

...Wenqian Hao; Jiamiao Xie Lithium-ion battery (LIB), as energy storage devices, is widely used in portable electronic devices and have promising applications in electric vehicles. The volume change and large stress can lead to electrode pulverization and the resultant loss of electrical contact from...