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中国地质大学科学技术发展院刘双,胡祥云* 等 地空学院 Journal of Geophysical Research: Solid Earth, Extracting induced and remanent magnetizations from magnetic data modeling
地磁异常；反演；提取；剩余磁化强度；磁化率
2021/10/20
中国地质大学地空学院刘双副教授、胡祥云教授研究团队在《Journal of Geophysical Research: Solid Earth》上刊发的“Extracting induced and remanent magnetizations from magnetic data modeling”的学术论文，提出了通过地磁异常反演提取剩余磁化强度与磁化率信息的方法。
Fast representation of dipole-dipole geoelectrical data with pseudosections for regional surveys
Electrical sounding dipole-dipole methods apparent resistivity deep sounding data processing
2015/9/28
I propose a fast method for constructing pseudosections of apparent resistivity from geoelectrical data collected for deep studies with continuous polar dipole-dipole arrays. Once a vertical section i...
Magnetic data interpretation in an industrial waste landfill
magnetic survey Euler's deconvulution foundry wastes
2015/9/28
A magnetic and an electromagnetic survey using low induction equipment were performed on a test site in an industrial landfill; the main goal of the geophysical survey was to check the reliability of ...
The anomalous magnetoresistance effect in compositionally modulated TM/TM films (Co/Pt and Co/Pd) has been investigated. Results of measurements on samples at room temperature as a function of the str...
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New Early Cretaceous paleomagnetic data from volcanic and red beds of the eastern Qaidam Block and its implications for tectonics of Central Asia.
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英文
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2.Sun,Z.,Yang,Z.,Pei,J.,Yan...
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Tectonic evolution of the Tancheng-Lujiang (Tan-Lu)fault via Middle Triassic to Early Cenozoic paleomagnetic data.
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英文
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Gilder.S.,N.,Leloup,Courtillot,V.,Chen,Y.,Coe,R.S.,Zhao,X.X.,X...
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Regional deformation aspects of the South China Block inferred from Middle Triassic palaeomagnetic data
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英文
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Su,L.,Z. Yang,Z. Sun,T. Yang,H. Zaman,K. Takemoto and Y. Otofuji
第一作者单...
Improved Nanodots Could Be Key to Future Data Storage（图）
Data Storage Nanodots magnetic fields
2007/1/29
January 19, 2007，The massive global challenge of storing digital data—storage needs reportedly double every year—may be met with a tiny yet powerful solution: magnetic particles just a few billionths ...