...Solid electrolytes;Ionic conductivity;Glass transform temperature;Molecular movement; 梳状高分子;固体电解质;离子导电性;玻璃化转变;分子运动; Such polymers are termed addition polymers.
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Comblike CBM solid electrolytes 梳形CBM固体电解质
Solid electrolytes from polysiloxanespolyethers 聚硅氧烷
montmorillonite solid electrolytes 蒙脱石固体电解质
polyurethaneurea solid electrolytes 聚氨酯脲固体电解质
polymeric solid electrolytes 高分子固体电解质
comnblike CBM solid electrolytes 梳形CBM固体电解质
polymer solid electrolytes 高分子固体电解质 ; 聚合物固体电解质
Perovskite-type Solid Electrolytes in SOFC 燃料电池中的钙钛矿型固体电解质
inorganic solid electrolytes 无机固体电解质
Solid electrolytes have a number of potential advantages;
固体电解质具有许多潜在的优势。
Normally, solid electrolytes don't conduct ions as well as liquid electrolytes.
通常，固体电解质不能像液体电解质那样传导离子。
Solid electrolytes are also compatible with a wider range of battery chemistries that could potentially offer higher power or storage density.
固态电解质还能与众多的电池用化学成分相兼容，有可能会提供更高的电能或存储密度。
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