The Analysis of the Deep Sea Geomagnetic Measurement Platform Rotation's Impact on the Measurement Results

Dan Wang; Cheng Chi; Wei Zhen Chen

doi:10.4028/www.scientific.net/AMM.367.322

Paper Titles

The Perturbation Method for Stability Analysis of Uncertain Structures
p.302

Design of Highway Construction Mixing Materials Ratio Based on Genetic Algorithm
p.308

Numerical Method of Control Object Identification and Models Robustness Property Maintenance
p.312

Modeling of Melatonin Behavior in Major Depression: A Fuzzy Logic Modeling
p.317

The Analysis of the Deep Sea Geomagnetic Measurement Platform Rotation's Impact on the Measurement Results
p.322

Research on Carbon Emission Measurement of Electricity Sector Based on Scenario Analysis Method
p.327

Research on Carbon Emissions Measurement of Coal-Energy Chain Based on Life-Cycle Assessment Method
p.333

An In-Flight Emergency Alignment Scheme for Aircraft MINS with Assistant of Airborne SAR
p.339

Application of Mathematical Programming Method for Water Supply and Recycle Network in Titanium Pigment
p.347

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 367The Analysis of the Deep Sea Geomagnetic...

The Analysis of the Deep Sea Geomagnetic Measurement Platform Rotation's Impact on the Measurement Results

Abstract:

The deep sea magnetic field detection is influenced by the environment of marine and the platform, the influence of the platform is mainly caused by platform rotation. The variation of the geomagnetic fields three-components caused by different directions of the platform rotation are compared by using the World Magnetic Model WMM2010.The results show that the changes of the three-components of the Earth's magnetic field caused by the platform rotation can not be ignored. So the measured results of the deep sea geomagnetic field detection should be compensated. The conclusion can be used for automatic correction of the deep sea magnetic field observation platform.