CAJ | 학술논문

磁组构在地球科学研究中具有广泛的应用.磁化率各向异性椭球形状可以反映丰富的地质信息.目前磁化率各向异性测量仪器所用软件不能以图形的方式直观地反映样品的磁化率椭球形状,其数据以二进制及文本方式存储,以纯文本方式显示,需借助其它数据处理与绘图程序来判别椭球形状.使用Visual Basic.net编程语言计算岩石样品的主磁化率及主方向,再调用Mathematica数学系统软件核心显示磁化率各向异性椭球的三维图形,调用Grapher绘图程序核心显示主方向,测量数据可直接存储到Excel文件中.首次实现了显示磁化率各向异性椭球的三维图形的功能,同时可以显示主方向的二维图形,可以进行从样品坐标系到地理坐标系的转换及手动输入15个方向磁化率数据进行主磁化率与主方向的计算.
자조구재지구과학연구중구유엄범적응용.자화솔각향이성타구형상가이반영봉부적지질신식.목전자화솔각향이성측량의기소용연건불능이도형적방식직관지반영양품적자화솔타구형상,기수거이이진제급문본방식존저,이순문본방식현시,수차조기타수거처리여회도정서래판별타구형상.사용Visual Basic.net편정어언계산암석양품적주자화솔급주방향,재조용Mathematica수학계통연건핵심현시자화솔각향이성타구적삼유도형,조용Grapher회도정서핵심현시주방향,측량수거가직접존저도Excel문건중.수차실현료현시자화솔각향이성타구적삼유도형적공능,동시가이현시주방향적이유도형,가이진행종양품좌표계도지리좌표계적전환급수동수입15개방향자화솔수거진행주자화솔여주방향적계산.
Magnetic fabric has extensive applications in geosciences research. The shape of anisotropy of magnetic susceptibility (AMS) ellipsoid in a sample can reflect abundant geological information. AMS ellipsoid can not be intuitively reflected by graphs through software used by AMS measuring instrument at present. Its data were stored in binary and text format and were displayed by plain text. It is difficult to estimate the shape of AMS ellipsoid without help of other data processing and graph drawing software. We use Visual Basic.net programming language to calculate the principal susceptibility and principal directions, to display a 3D graph of AMS ellipsoid by calling kernel of mathematical system software-Mathematica and to display principal directions by calling kernel of graph-drawing software-Grapher. AMS data measured can be directly stored into an Excel file. This is the first time that 3D graph display of AMS ellipsoid is realized and 2D graph of principal direction is displayed at the same time. It is also convenient to transfer data from sample coordinates to geographical coordinates. Furthermore, the principal susceptibility and direction can be calculated with 15 directional susceptibilities manually input.