Understanding spin relaxation of electrons can be helpful for the manipulation of electron spin in nanodevices.
对自旋弛豫和自旋退相机制的理解能帮助人们有效操控器件中的电子自旋。
In order to benefit mankind for such discoveries, it is necessary to cross the chasm between nanomaterials and nanodevices and their applications.
为了使这些研究的成果早日造福于人类，将纳米材料与器件的研究成果转化成实际应用已显得十分必要。
Nanodevices includes nano-electronic devices and nano light electronic devices. It is the foundation of designing and manufacturing of new apparatus and equipage.
纳米器件包括纳米电子器件和纳米光电器件，是未来新型仪器、设备生产与制造的基础。
This simple two-step method also avoids high temperature or some complicated process required in the previous synthesis methods, which will prompt the application of nanostructure in nanodevices.
这种简单的两步热蒸发方法的采用，也避免了通常要制备分层次纳米结构所必须的高的温度或复杂的合成过程，利于纳米结构在纳米器件中的应用。
This simple two-step method also avoids high temperature or some complicated process required in the previous synthesis methods, which will prompt the application of nanostructure in nanodevices.
这种简单的两步热蒸发方法的采用，也避免了通常要制备分层次纳米结构所必须的高的温度或复杂的合成过程，利于纳米结构在纳米器件中的应用。
应用推荐