CAJ | 학술논문

为研究太阳系天体相对地球某点的运动规律，在太阳系天体相对地球某点的波动式螺线运动（ I）中推导出太阳和月球对地球赤道某点和纬度某点的波动式螺线运动轨迹方程，并进行了计算机模拟与分析的基础上，推导出太阳系七大行星对地球赤道某点和纬度某点的波动式螺线运动轨迹方程，并分别进行了计算机模拟与分析。结果表明，太阳系七大行星相对于地球某点的运动轨迹为与幅值与角度相关的波动式螺线，向x轴方向等速传播，并且在两种坐标轴下的运动规律与太阳、月亮类似。并且：①在双波动坐标轴下分析，水星运动轨迹在yz平面上的投影出现重波；②金星运动轨迹在yz平面上的投影疏密度与其余星球相反；③在波动－螺面坐标轴下分析，天王星和海王星螺线与太阳的最相近。
위연구태양계천체상대지구모점적운동규률，재태양계천체상대지구모점적파동식라선운동（ I）중추도출태양화월구대지구적도모점화위도모점적파동식라선운동궤적방정，병진행료계산궤모의여분석적기출상，추도출태양계칠대행성대지구적도모점화위도모점적파동식라선운동궤적방정，병분별진행료계산궤모의여분석。결과표명，태양계칠대행성상대우지구모점적운동궤적위여폭치여각도상관적파동식라선，향x축방향등속전파，병차재량충좌표축하적운동규률여태양、월량유사。병차：①재쌍파동좌표축하분석，수성운동궤적재yz평면상적투영출현중파；②금성운동궤적재yz평면상적투영소밀도여기여성구상반；③재파동－라면좌표축하분석，천왕성화해왕성라선여태양적최상근。
In order to study the motion of celestial bodies in solar system relative to a certain point on the earth, in“The undulating spiral motion of celestial bodies in solar system relative to a certain point on the earth ( I)”, it derive the locus equation of undulating spiral motion about the sun and the moon relative to any point on the earth and to complete computer simulation and analysis .In a familiar fashion in this thesis , it was possible to derive the locus equation of undulating spiral motion about seven planets in solar system relative to any point on the earth and to complete computer simulation and analysis .The result in-dicated that the trajectory about seven planets in solar system relative to any point on the earth was undu-lation spiral related to its amplitude and angle .Besides its constant spread toward x axis, and their mo-tion was familiar to the sun and the moon's.According to the analysis under double-undulation coordi-nate axis , the projection of Mercury trajectory on yz plane appears overlapped wave .The closeness degree of projection of Venus trajectory on yz plane was contrary to other planets .According to the analysis un-der the undulation-spiral surface coordinate axis , the spiral of Uranus and Neptune were the closest to the sun's.