However, it is still a huge challen

However, it is still a huge challenge to achieve the desired
MnO2 structures with a controlled phase. Few reports have
focused on the relation between the structure and the elec￾trochemical properties. In the work reported here, we
successfully synthesized MnO2 with a-, b- and d-type struc￾tures by controlling the concentration of metallic cations and
H+
. The effects of different ions on the structures and
morphologies of MnO2 were systematically investigated. The
relation between the structure and the electrochemical
properties was studied by evaluating the capacitance of these
materials. The results show that the loose tunnel or layer
structures (a- and d-type) decrease the effective diffusion path
and increase the effective space for insertion and extraction,
which favors the movement of charged particles (ions, elec￾trons and protons) in the crystal lattice. The unique structures
effectively relieve structural destruction and local volumetric
variations during the charge/discharge (CD) process, which
leads to good electrochemical properties.

結果 (中文) 1:

然而，它仍然是一个巨大的挑战，以实现所需的MnO2 结构与控制的阶段。有几个报告专注于结构与电极中进行电化性能之间的关系。在工作报告在这里，我们成功合成 MnO2 与，b-和 d-型结构件通过控制金属阳离子的浓度和H +.不同离子对结构的影响和MnO2 形貌进行了研究。的结构与电化学的关系属性进行评价的这些电容材料。结果表明，松隧道或图层结构 （a 型和 d 型） 减少有效扩散路径和增加有效空间插入和提取，有利于晶体的晶格中的带电粒子 （离子、 电军舰和质子） 的运动。独特的结构有效缓解结构性破坏和局部体积在充电/放电 (CD) 过程中，变化的导致良好的电化学性能。

結果 (中文) 3:

You shouldn't break the rules