建立了一个基于非最大纠缠量子信道的三能级两粒子的概率隐形传态的方案。在本方案中概率隐形传态的实现应用了新的正交完备测量基来代替传统的Bell基，我们用三能级量子纠缠态作为通道。这是和前人的隐传方案所不同的。我们所提出的方案对于接受者来说更加方便、简洁，使用者能够通过较少的操作来实现通信。

We establish a scheme for probabilistically teleporting an unknown 3D (dimensional) two-particle state using non-maximally entangled states as a quantum channel. In this scheme, the probabilistic teleportation is realized by using the new orthogonal complete bases measurement instead of the traditional Bell measurement, and we also use 3D entangled state as the quantum channel. These are different from the previous schemes. This scheme is more convenient for the receiver, because users could realize communication with less operators.