低能离子束生物工程研究现状和展望

Ion Beam Bio-engineering of Low Energy:Present Status and Perspective

低能离子束生物工程在6个方面的研究结果引人瞩目。随着学科的不断发展,迫切需要建立一个更加完善的物理学技术平台,急待形成一个更加完整的研究体系,有必要借助于其他学科的新技术或新工艺形成一个相互补充的技术集成体系,更应该将离子束生物技术的实用性和普遍性的范围不断地拓宽。明确提出了低能离子束生物工程的技术思路,即立足于低能离子束这一物理学技术平台,瞄准学科发展的2个方向,促进研究内容的3个有效转变,分清和综合研究水平的4个层次,注重研究五大生物学特性。

The 6 research achievements in ion beam bio-engineering of low energy Were especially noticed. With the development of the cross subject, a good technical platform in physics, a complete research system and integration of various techniques and crafts from different subjects were needed to promote it into wider application. The technical ideas were particularly put forward as followings： 1 technical base in physics, 2 developmental directions,3 effective changes, 4 research levels and 5 biological characteristics worthy of note.