Thus could be resulted from the complexation by which increases the electron density of the metal ion through partial sharing of its positive charge with donor groups.
主要原因可能是形成配合物后电子由配体流向配位的中心阳离子，增加了电子的转移能力。
Applied battery charge-discharge instruments and inner resistance instruments positive electrode properties were investigated at different density.
本文研究了正极不同压实密度对电池性能的影响。利用电池充放电设备，内阻仪等测量电池性能。
Applied battery charge-discharge instruments and inner resistance instruments positive electrode properties were investigated at different density.
本文研究了正极不同压实密度对电池性能的影响。利用电池充放电设备，内阻仪等测量电池性能。
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