1.
The study of the earth's magnetism.
地磁学研究地球磁力的学科
2.
Special Subject on Geomagnetics & Geophysics
地磁学与地球物理学专题
3.
Paleomagnetism and Kinematics Study on the Cenozoic Qaidam Basin;
柴达木盆地新生代古地磁学及其运动学研究
4.
PALEOMAGNETISM:BASIC PRINCIPLES AND METHODS OF STUDY
略谈古地磁学的基本原理和研究方法
5.
STUDY OF MAGNETIC MATERIAL PROPERTY OF GEOMECHANICAL MODEL TEST IN ELECTROMAGNET FIELD
地质力学磁力模型试验相似材料磁力特性研究
6.
MAGNETOSTRATIGRAPHY OF THE EARLY PALEOGENE IN THE ERLIAN BASIN
二连盆地下古近系的磁性地层学研究
7.
IN PARTIAL FULFILMENT OF REQUIREMENTS FOR ADMITTANCE OF PHILOSOPHY;
泥河湾盆地层序地层学与磁性地层学综合研究
8.
He must be able to look like the magnet equally to attract the student.
他要能够象磁铁一样牢牢地吸引学生。
9.
The second dating method was palaeo-magnetic analysis, or magnetic polarity stratigraphy.
第二种测定法是古磁学分析法，也叫磁极地层学测定法。
10.
Earthquake electromagnetic observation is one of the four major observation approaches for earthquake monitoring and prediction in china.
地震电磁观测是我国地震观测的四大学科之一。
11.
Study on Magnetostratigraphy and Tectonics of Ningnan Basin Group;
宁南盆地群第三系磁学特征及地质构造意义
12.
The Magnetostratigraphy Study on the Early Miocene Sediments in Xining Basin, Qinghai Province;
青海西宁盆地早中新世磁性地层学研究
13.
Using data from many magnetic observatories, geophysicists can make mathematical representations of the field and how it is changing.
利用许多地磁观测站的资料，地球物理学家对磁场及其变化方式进行数学描述。
14.
The moving iron mechanism has to be visible from the students.
该运动磁棒机制必须能被学生清楚地看到。
15.
The Simulation in Research on Ferroresonance in Grounded Neutral Point;
中性点直接接地系统铁磁谐振的数学仿真
16.
The Environment Information and Magnetic Characteristic Recorded by Loess in Miaodao Islands, China;
庙岛群岛黄土地层的磁学特征及环境信息研究
17.
Magnetostratigraphy Study of the Pleistocene Nanzhai Section (Xiangfen, Shanxi);
山西襄汾更新世南寨剖面的磁性地层学研究
18.
Magnetic Properties of Top Soils in Beijing, and Their Environmental Implications;
北京地区表层土壤剖面磁学特征及其环境意义