英语翻译这是一段与电机的分析有关的话,谁能帮我翻译下啊,如果能帮我翻译,我还有几段,帮下忙,分多多的送.请不要直接采用网

英语翻译
这是一段与电机的分析有关的话,谁能帮我翻译下啊,如果能帮我翻译,我还有几段,帮下忙,分多多的送.请不要直接采用网络的翻译,明显语言不通,
This paper presents a new analysis of the PM field in which
both the radial and tangential components of magnetization are
present,and radial variation is accommodated by means of a
Green function (equivalent to a variation of parameters).Moreover,
the solution is developed in alternative ways,one in terms
of a scalar potential,continuing the work of Rasmussen [1],
and the other in terms of a vector potential.By this means,the
various prior theories are unified,and the vector potential solution
is shown to lead to Hague’s solution [12] for the distribution
of equivalent current filaments,which was used by Boules
[10].Furthermore,Boules’ method itself is extended to a wider
range of magnet geometries,throwing considerable light on the
choice of the most appropriate method in particular circumstances.Taken together with [1] for the case of magnets having a relative recoil permeability different from 1,the paper can perhaps claim the most general solution to date for this problem in cylindrical coordinates,and it unifies theoretical approaches which up to now have appeared to be unrelated.
Since the vector potential solution is developed in terms of an
equivalent distribution of ampere conductors,it can also be used
to compute the armature-reaction field of the stator currents.
In fact,this procedure has been used for a long time and it is
also developed for complete arrays of conductors,leading to the
expressions for the classical distribution factor and pitch factor;see,for example,[12].
A further result is to test some of the earlier semi-empirical
methods [7],[8],which are shown to have surprisingly good
results in spite of their simplicity.
The main limitation of the method is that it neglects saturation
and slotting,but it is still worthwhile to develop improved
analytical solutions.Most of the motors for which the
analysis was developed are typical brushless PM motors with
semi-closed slots,in which the effect of the slot openings is relatively small for most aspects of performance except cogging
torque.In many cases,the analytical method is sufficiently accurate and,where the effects of saturation and slotting are significant,the FE method can be used.Skewing,however,is included in the analytical solution.