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论文标题(中文注释):' p! H9 f3 z- r/ g Y/ z* r) g
1----Modeling of a Preferential Oxidation Reactor in a LPG Hydrogen Generator
6 w+ x2 o# K5 h( y3 I1 ufor PEFC(LPG氧气发生器中择优氧化反应器的数字模拟)1 L- S# ?' a- Q0 A, ?
2----Simulation and in-situ investigation of the water transport in the 7 H/ J% [" W& c- s. ^- Y
porous layers of hydrogen operated PEM fuel cells(PEMFC的多空层水传递的模拟和计算)0 Z& s/ }* c, O8 B+ T8 y- Z
3----Optimization of the H2O2- NaBH4 Regenerative Fuel Cell for Space " c& U; I7 {9 ^, `
Power Applications Using FEMLAB Modeling (航天用可再生H2O2- NaBH4 燃料电池的优化)
5 M/ M( y3 l" a, Z; U4----Use of COMSOL Multiphysics for Optimization of an All Liquid
9 V+ X6 G7 K- Q# LPEM Fuel Cell MEA(全液流质子交换膜燃料电池使用COMSOL_Multiphysics的优化)
0 W; U! |1 u0 x5----Modeling of High Temperature PEM Fuel Cells using FEMLAB(使用FEMLAB建模模拟高温质子交换膜燃料电池)
4 `; O, ^' l# Q6----A model for planar self-breathing proton exchange membrane fuel cells in& `" O, y& U. v' q2 ^, C, L
FEMLAB(使用femlab模拟平面自呼吸式质子交换膜燃料电池)
! N6 U& j1 `7 z9 Z. z$ |( ]7----Modeling of PEMFC transients with FEMLAB(使用FEMLAB模拟质子交换膜燃料电池瞬态现象)( f3 R/ w" k5 w
8----Comparison of Two-Dimensional PEM Fuel Cell Modeling using
3 B4 P' r4 m7 O0 R, q! O3 sCOMSOL Multiphysics(质子交换膜燃料电池的COMSOL_Multiphysics二维模型比较) |
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