通过CZE在不同的PH值下测得了十个模式二肽的有效迁移率，从而能够确定在每一PH值下它们的解离常数值，电荷情况及有效迁移率。
The effective mobility (meff) of ten model dipeptides was measured by CZE at different pH values, enabling to determine their pKa values, charge and meff at any pH.
应用此模型，既能有效方便地研究分析界面特性对电子迁移率的影响，又为将来的电路模拟打下了基础。
The model can be used to study and analyze influences of interface characteristics on electron mobility and is also a basis of circuit simulations in the future.
的钝化效应减少了载流子的散射中心，降低了晶界势垒，有效地提高了载流子的迁移率。
F-passivation decreased the scattering centers of the carriers and the height of the potential barriers at the grain boundaries, thus, increased the Hall mobility of the carriers.
应用推荐