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产品介绍:序 |
电化学方法 |
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5060F |
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5090F |
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5200F |
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线性扫描伏安法LSV |
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线性扫描溶出伏安发 |
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线性扫描循环伏安法LCV |
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环形扫描 |
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阶梯伏安法SV |
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阶梯溶出伏安法 |
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阶梯循环伏安法SCV |
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方波伏安法SWV |
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方波溶出伏安法 |
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方波循环伏安法SWCV |
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差示脉冲伏安法DPV |
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差示脉冲溶出伏安法 |
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常规脉冲伏安法NPV |
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差示常规脉冲伏安法DNPV |
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单电位阶跃计时电流法CA |
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单电位阶跃计时电量法CC |
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多电位阶跃计时电流法 |
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多电位阶跃计时电量法 |
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恒电位电解I-T曲线 |
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恒电位电解Q-T曲线 |
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恒电位溶出I-T曲线 |
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恒电位溶出Q-T曲线 |
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开路电位E-T曲线 OCPT |
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电位溶出E-T曲线 |
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单电流阶跃计时电位法 CP |
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多电流阶跃计时电位法 CP |
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控制电流E-T曲线 |
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28 |
交流伏安法 ACV |
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交流溶出伏安法 |
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交流循环伏安法 ACCV |
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塔菲尔图 Tafel |
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交流阻抗谱 EIS |
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33 |
电池恒流充电 |
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电池恒流放电 |
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电池恒流循环充放电 |
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电池容量分段充电 |
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电池容量分段放电 |
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38 |
脉冲电镀法 |
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电镀电位监测 |
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氯离子浓度监测 |
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宏电池电流监测 |
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42 |
半电池恒流阳化 |
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半电池恒流阴化 |
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半电池恒流循环化 |
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微分电容-电位 |
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微分电容-频率 |
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交流阻抗-电位 |
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交流阻抗-时间 |
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电偶腐蚀 |
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恒流限压快速循环充放电 |
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51 |
高阻电位计 |
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零阻电流计 |
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53 |
点蚀电位 |
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54 |
宏方法 |
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● 宏方法(用户可自编脚本进行多种电化学方法的组合运行)







