Energy storage mechanisms of
LiFePO4/activated carbon composite |
HAO Guan-nan et al |
(177) |
Preparing SnO2
porous sphere by template method combined with solvent-thermal
method |
XUE Han-ming et al |
(181) |
Low temperature performance
of template-free hydrothermal synthesized LiFePO4/C |
PAN Lin et al |
(184) |
CNT/PANI hollow sphere
composite prepared by organic chemistry synthesis |
ZHAO Xiao-feng et al |
(187) |
Electrocatalytic performance
of Ir-Ru/C catalyst for oxygen oxidation |
MENG Liang-rong et al |
(190) |
The performance of LiFeBO3
prepared via solid phase reduction method |
YANG Chi et al |
(193) |
Analyzing diffusion
coefficient of Li+ in solid state LiNi1/3Co1/3Mn1/3O2
by CITT |
WANG Ying-lai et al |
(196) |
The manufacture of high power
Li-ion battery with fast charge |
LIU Xiao-hong |
(199) |
Capacity fading mechanism of
Li-ion battery with different electrode surface densities |
DING Dong et al |
(202) |
Preparing magnesium lithium
silicate/PAAS/KOH/H2O gel electrolyte by blending method |
YAN Pan-dun et al |
(206) |
Improving of Au catalyzing
sodium borohydride direct oxidation by triethylene tetramine and
melamine |
YU Dan-mei et al |
(210) |
Preparing Ni,Mn doped LiV3O8
by sol-gel method |
CHEN Yi-wei et al |
(213) |
Synthesis of Li2+3xFe2(PO4)2+x/C
cathode material by solid-state method |
SONG Cui-huan |
(216) |
The performance of
maintenance-free flooded car battery adding barium stearate |
XIANG Ben-shen et al |
(219) |
Research progress in anode
materials for Li-ion battery |
WU Ming-hao et al |
(222) |
Research progress in
electrocatalyst of ceramic materials for PEMFC |
WANG Guang-jin et al |
(226) |
Research progress in
film-forming additives of electrolyte for Li-ion battery |
YANG Guang et al |
(230) |
Instructions for authors |
(234) |
News in brief |
(180,186,192,195,212,221,233) |