Wenjing Liang

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About

Wenjing Liang is a pioneering researcher in the field of ground-penetrating radar (GPR), with a focused expertise in full-polarimetric radar technology. Her major contributions center on advancing conventional GPR systems—which typically use single-polarization, parallel antennas—by developing novel full-polarimetric systems that transmit and receive radio waves across multiple polarizations. This innovation significantly enhances the discrimination, imaging, and characterization of subsurface targets by capturing richer polarimetric information from backscattered waves. Liang’s key works include the development of a full-polarimetric GPR system for underground target measurement (2014) and a moving platform-mounted polarimetric GPR system (2012), each demonstrating her commitment to translating laboratory concepts into field-deployable tools. While her most-cited papers have accrued modest citation counts (4, 4, and 2 respectively), their impact lies in laying the technical groundwork for a new generation of GPR technology with improved subsurface sensing capabilities. Liang’s research is particularly valuable for applications in geophysics, civil engineering, and unexploded ordnance detection, where enhanced target discrimination is critical. Her work represents a foundational step toward more intelligent and versatile radar imaging systems.