德州学院学报
德州學院學報
덕주학원학보
JOURNAL OF DEZHOU UNIVERSITY
2012年
6期
33-36
,共4页
任恒峰%王清亮%连润明%孟峰
任恆峰%王清亮%連潤明%孟峰
임항봉%왕청량%련윤명%맹봉
自由电偶极子%离子晶体%简谐振动%外磁场
自由電偶極子%離子晶體%簡諧振動%外磁場
자유전우겁자%리자정체%간해진동%외자장
free dipole ion crystals simple harmonic oscillattion external magnetic field
利用泰勒展开取近似的方法,给出电偶极子的近似势能,并在自由电偶极子运动规律的基础上,讨论并得出了外磁场下电偶极子的运动规律:外磁场下电偶极子在径向做圆周运动,在切向做简谐振动,整体轨迹为不规则的螺旋式运动.
利用泰勒展開取近似的方法,給齣電偶極子的近似勢能,併在自由電偶極子運動規律的基礎上,討論併得齣瞭外磁場下電偶極子的運動規律:外磁場下電偶極子在徑嚮做圓週運動,在切嚮做簡諧振動,整體軌跡為不規則的螺鏇式運動.
이용태륵전개취근사적방법,급출전우겁자적근사세능,병재자유전우겁자운동규률적기출상,토론병득출료외자장하전우겁자적운동규률:외자장하전우겁자재경향주원주운동,재절향주간해진동,정체궤적위불규칙적라선식운동.
This article negative ions. Using erg lts Yo dy di th scusses the interaction energy of the electric dipole that consisted of positive and e method of Taylor expansion, give the electric dipole's approximation potential en Based on the motion rules of free electric dipole, analyze the electric dipole's motion rules and solve namics equation by Newton's laws of motion in the external magnetic field . Finally, conclude the e lectric dipole's motion rules in the external magnetic field, that is to say, the electric dipole respectively does circular motion in radial of the eternal magnetic field, and does the simple harmonic oscillattion in tangential, whose overall trajectory is irregular spiral movement