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当利用扫描隧道显微镜(SPM)作为一种纳米操作工具时,由于其缺乏实时的传感器信息反馈,而大大阻碍了它的广泛应用.利用超媒体人机交互接口可以解决这个问题.在纳米操作过程中,超媒体接口不但可以为操作者提供可实时更新的仿真操作场景,还可以通过力反馈手柄让操作者实时地感受到探针受到的三维纳米操作力.除此之外,操作者还可以通过该手柄直接控制探针的三维运动.最后在聚碳酸酯上进行了超媒体人机接口的纳米刻画实验.实验结果验证了该系统的有效性和效率.
When using the scanning tunneling microscope (SPM) as a nanomanipulation tool, it greatly hinders its widespread application due to its lack of real-time feedback of sensor information.This problem can be solved by using a hypermedia human-computer interaction interface.In the nano-operation process , The hypermedia interface not only provides the operator with real-time updated simulation scenarios, but also allows the operator to feel the three-dimensional nano-operation force experienced by the probe in real time through the force feedback handle. In addition, the operator can The handle directly controls the three-dimensional movement of the probe.Finally, a nano-characterization experiment of a hypermedia man-machine interface is performed on the polycarbonate.The experimental results verify the effectiveness and efficiency of the system.