不收版面费的探地雷达方面SCI期刊

　　探地雷达方面SCI期刊有哪些?这里介绍4本不收版面费，它们都是混合期刊，选择非OA不需要为费用担心。

　　1、IEEE Transactions on Geoscience and Remote Sensing

　　专注于科学与工程的理论、概念和技术，应用于感测陆地、海洋、大气和空间，以及这些信息的处理、解读和传播。与探地雷达相关的选题涉及：GPR系统、电磁正演反演、信号处理、地下成像、多源数据融合

　　往期探地雷达相关文章

　　√ Compensation-Guided Reverse-Time Migration Jointly Accounting for Relaxation and Ohmic Losses in Ground Penetrating Radar Imaging

　　√ The Study of Depth-Dependent Centroid Frequency Shifts and an Improved Robust Method for Loss Tangent Inversion With Chang'e 4 Ground Penetrating Radar Data

　　√ Integrating Ground-Penetrating Radar and FEM Modeling for 3-D Reconstruction and Mechanical Simulation of Road Hidden Defects in Asphalt Pavement

　　√ A Ground-Penetrating Radar Target Detection Method Using Dual-Attribute Feature Fusion

　　2、Journal of Applied Geophysics

　　探地雷达数据处理、正演与反演，岩土、市政、水利工程探地雷达探测，水文、环境、土壤‑沉积物方向探地雷达，采集实验、观测方案、跨孔或钻孔探地雷达等方向可投稿。

　　往期探地雷达相关文章

　　√ A 2-D Fourier-based high order staggered-grid finite difference scheme for ground-penetrating radar simulation

　　√ Intelligent dual-parameter inversion of multi-channel frequency-domain ground penetrating radar data for tunnel geological prediction

　　√ Mapping coarse tree roots using ground-penetrating radar with an angular grid acquisition

　　√ Design and implementation of a ground penetrating radar system based on a UAV platform

　　3、Near Surface Geophysics

　　偏向地球物理视角，专注近地表物探，GPR数据解释、反演、工程与考古探测，比如：探地雷达噪声抑制、滤波、偏移成像方法改进。

　　往期探地雷达相关文章

　　√ A data-driven method for identifying hidden road defects using ground-penetrating radar based on lightweight YOLOv11-PME

　　√ Marble block quality control through amplitude analysis of ground penetrating radar (GPR) data

　　√ The f-x domain Transformer network for multi-frequency ground-penetrating radar data fusion

　　√ Numerical modelling of ground-penetrating radar using Chebyshev expansion and Lie product formula

　　4、Measurement

　　探地雷达测量精度、误差溯源，探地雷达信号‑数据处理，探地雷达系统、天线、采集装置与测量方法改进等方向可投稿。

　　往期探地雷达相关文章

　　√ Predicting asphalt mixture compaction quality using ground penetrating radar and machine learning

　　√ Rapid and accurate assessment of filed scale soil moisture using ground-penetrating radar deep learning-based inversion

　　√ Three-dimensional ground penetrating radar inversion for urban road defect via integrating physics constraints, style transfer, and multi-scale features aggregation

　　√ Advanced GPR signal processing for void detection in historic masonry structures: Application to the Ming Great Wall

　　探地雷达方向SCI选刊发表问题，可以咨询在线学术顾问，给予答疑推荐。

《不收版面费的探地雷达方面SCI期刊》

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