CAJ | 학술논문

以磁光存储介质为例，从分子环流入手，介绍磁畴形成的微观机制，并结合热磁光存储介质薄膜的制备技术与薄膜的微结构阐述计算机的机器语言二进制的微观本质；即从热磁光存储材料的角度，二进制机器语言中的基本素数“1”和“0”对应于磁光存储薄膜材料中磁畴磁矩的空间取向：向上和向下，或磁畴中总的分子环流的绕行方向：顺时针和逆时针。文章涉及物理学、材料学和计算机科学等3门学科的知识，体现了不同学科的交叉发展，以及物理学是其他现代科学与技术发展的基础性地位。
이자광존저개질위례，종분자배류입수，개소자주형성적미관궤제，병결합열자광존저개질박막적제비기술여박막적미결구천술계산궤적궤기어언이진제적미관본질；즉종열자광존저재료적각도，이진제궤기어언중적기본소수“1”화“0”대응우자광존저박막재료중자주자구적공간취향：향상화향하，혹자주중총적분자배류적요행방향：순시침화역시침。문장섭급물이학、재료학화계산궤과학등3문학과적지식，체현료불동학과적교차발전，이급물이학시기타현대과학여기술발전적기출성지위。
The microcosmic nature of binary in computer machine language was elaborated with thermo‐magneto‐optic storage medium as an example by combining the microcosmic mechanism of magnetic domain formation ,and the preparative technique and the micro‐struc‐ture of thermo‐magneto‐optic storage films .The binary prime number“1”and“0”in comput‐er machine language is corresponding to the magnetic moment spatial orientation , up and down ,of magnetic domains ,or the circling direction ,clockwise and anticlockwise ,of the re‐sultant molecular circulations in magnetic domains . Three aspects knowledge consisting of physics ,materials science and computer science were involved in this paper ,which indicated the cross development of different subjects ,and the fundamentality of physics to the develop‐ment of other modern sciences and technologies .