This article is organized as follow

This article is organized as follows. A linear model of the
wireless power transmission system incorporating all the distributed
parameters of the transmitter and receiver coils for
helical solenoid geometry is presented in Section 2. The computation
of the parameter values are described in Section 3. A
two-port model for measurement of power transfer efficiency
of the system is presented in Section 4. Section 5 discusses the
experimental system constructed using Litz conductors for the
transmitter coil and receiving coil; this section also includes a
comparison of the proposed model with other inductively coupled
models relative to distance between the coils. Conclusions
are given in Section 6.

結果 (中文) 1:

这篇文章是有组织如下。一个线性模型无线电力传输系统涵盖了所有分布式发射机和接收机的线圈的参数第 2 节中，提出了一种螺旋电磁几何。计算参数的第 3 节中描述了值。A两个端口模型的功率转换效率的测量系统的提出了在第 4 节。第 5 节讨论构建使用绞合导体的实验系统发射线圈和接收线圈;本节还包括与其他电感耦合模型的比较模型与线圈之间的距离。结论第 6 节中给出。

結果 (中文) 3:

本文组织如下。一个线性模型的电力传输系统，将所有的分布的参数的发射机和接收器线圈的螺旋形的电磁几何结构，提出了在2节。在3节中描述的参数值的计算。电力传输效率测量的一种双端口模型在4节中提出的系统。5节讨论的
实验系统采用绞合导体的
发射线圈和接收线圈；这部分还包括该模型的一个
比较其他电感耦合
模型相对线圈之间的距离。第6条给出结论。