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Geomag61_windows.zip
- 基于球谐函数的全球地磁场的计算，包括各个地磁要素。,Based on spherical harmonic function, the calculation of the global geomagnetic field, including various magnetic elements.
gudici-cs-code
- 利用古地磁资料计算伦敦地区地磁极变化规律的工程源代码，这是根据古地磁极角变化规律进行磁极位置反演的重要程序，具有通用性，可用于其它地理位置的计算和演算！-Palaeomagnetic data to calculate the London pole variation of engineering source code, which is according to the paleomagnetic pole angular variation of the pole position of
geomagnetic-normal-field
- 用于计算全球地磁正常场，输入文件为高斯球谐系数。-Used to calculate the geomagnetic normal field。 input file is gaussian spherical harmonic coefficients
my
- 填写坐标信息，调用地磁模型WMM2015，计算当前位置磁场值-填写坐标信息，调用地磁模型WMM2015，计算当前位置磁场值 填写坐标信息，调用地磁模型WMM2015，计算当前位置磁场值 Fill in the coordinate information, call the geomagnetic model WMM2015, calculate the current position of the magnetic field value
modeified-code
- 用于计算国际地磁参考场的值，该版本为第11代的更新-This is a program for synthesising geomagnetic field values the ! International Geomagnetic Reference Field series of models as agreed ! in December 2009 by IAGA Working Group V-MOD.
dici_test3
- 用于计算地磁参考场，使用fortran编写，地球物理学基础编程-For calculating the geomagnetic reference field, using fortran prepared, geophysics based programming
geomag70_windows
- 最新的IGRF国际地磁参考场计算程序（2015）。输入经纬度、海拔及时间，可计算地磁场各分量及日变情况。(The latest IGRF international geomagnetic reference field calculation program (2015). Input latitude and longitude, elevation and time, and can calculate the magnetic field components and daily var
geomag70_windows
- 国际地磁参考场计算磁场强度的程序时间为2015年-2020年(International Geomagnetic Reference field the procedure time for calculating the intensity of magnetic field is 2015-2020)
三种模型重力异常和磁异常
- 多种模型重力异常的计算，以及地磁异常的计算，matlab，有实例(Calculation of gravity anomalies of various models, and calculation of geomagnetic anomalies, MATLAB, with examples)
geomag70_windows
- 地磁计算软件程序，用于地磁方面的计算，geomag70_windows(The range of dates permitted with the International Geomagnetic Reference Field (IGRF-12) ranges from 1900 and 2020)
WMM2015_Windows
- 地磁模型源程序，根据位置和时间计算全球的磁偏角。(Geomagnetic model source program, calculate the global magnetic declination according to location and time.)