Conclusion the modification and the quantitative methods for-SH groups on magnetic particle surface provide potential application for biological and medical areas in the near future.
结论功能化磁性微粒表面巯基的修饰及定量测定，为其在生物及医学领域的应用奠定了基础。
This paper discusses the upward continuation of magnetic body on curved surface of magnetic field with the help of double potential theory.
本文借助双层位势理论来讨论磁源体于曲界面上的场的上延问题。
The boundary value problem of the magnetic potential is converted into boundary integral equation formed on the surface of the magnetic body.
首先将磁位的边值问题转变为磁性体表面的积分方程。
Afterwards, using the boundary element method to solve the integral equation we can obtain the magnetic potential and its normal derivative on the surface of the magnetic body.
然后用边界单元法解积分方程，求得磁性体表面的磁位及其法向导数。
Afterwards, using the boundary element method to solve the integral equation we can obtain the magnetic potential and its normal derivative on the surface of the magnetic body.
然后用边界单元法解积分方程，求得磁性体表面的磁位及其法向导数。
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