典型文献
Plant vs.Animal Prototype for Designing Bio-inspired PEMFC Flow Fields:Corn Veins or Murray's Law?
文献摘要：
Designing bio-inspired flow fields holds great potential in improving the performance of Proton Exchange Membrane Fuel Cell(PEMFC).Two kinds of biological prototypes are widely used:plant prototype and animal prototype.It remains a ques-tion which one of these prototypes is more appropriate for the scenario of PEMFC.Here,a comparative study was conducted to compare bionic flow fields based on animal and plant prototypes.First,a Corn Leaf Vein Mathematical Model(CLMM)was established by extracting structural parameters from corn leaves of two growth stages.Then the obtained CLMM and well-known Murray's law were employed to design bionic flow fields corresponding to the plant and animal prototypes,respectively,which have been subsequently compared by numerical investigations.The results demonstrate that the flow field guided by Murray's law outperforms the counterpart based on the structural parameters of CLMM in terms of PEMFC net output power,mass transport,water management and pressure drop,suggesting that animal circulation system is more suitable to the bionic flow field design of PEMFC than plant leaf veins.The work may also offer valuable insights into the design of other flow fields related to electrochemical energy conversion.
文献关键词：
中图分类号：
作者姓名：
Wenxuan Fan;Taotao Zhao;Ke Jiang;Lei Sun;Saisai Jia;Qianqian Wu;Guolong Lu;Zhenning Liu
作者机构：
Key Laboratory of Bionic Engineering(Ministry of Education),College of Biological and Agricultural Engineering,Jilin University,Changchun 130022,China
文献出处：
引用格式：
[1]Wenxuan Fan;Taotao Zhao;Ke Jiang;Lei Sun;Saisai Jia;Qianqian Wu;Guolong Lu;Zhenning Liu-.Plant vs.Animal Prototype for Designing Bio-inspired PEMFC Flow Fields:Corn Veins or Murray's Law?)[J].仿生工程学报（英文版）,2022(03):761-776
A类：
CLMM
B类：
Plant,Animal,Prototype,Designing,Bio,inspired,PEMFC,Flow,Fields,Corn,Veins,Murray,Law,flow,fields,holds,great,potential,improving,performance,Proton,Exchange,Membrane,Fuel,Cell,Two,kinds,biological,prototypes,widely,used,plant,animal,It,remains,ques,which,one,these,more,appropriate,scenario,Here,comparative,study,was,conducted,bionic,First,Leaf,Mathematical,Model,established,by,extracting,structural,parameters,from,corn,leaves,two,growth,stages,Then,obtained,well,known,law,were,employed,design,corresponding,respectively,have,been,subsequently,compared,numerical,investigations,results,demonstrate,that,guided,outperforms,counterpart,terms,net,output,power,mass,transport,water,management,pressure,drop,suggesting,circulation,system,suitable,than,leaf,veins,work,may,also,offer,valuable,insights,into,other,related,electrochemical,energy,conversion
AB值：
0.599032
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机标中图分类号，由域田数据科技根据网络公开资料自动分析生成，仅供学习研究参考。
