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Research Interests
(1) Energy Science. Application of electrorheology for efficient energy production, transportation and conservation, including reducing crude oil viscosity, suppressing turbulence in pipeline, and improving engine efficiency.
(2) Reducing blood viscosity with magnetic field to prevent heart attacks. High blood viscosity is the common thread linking all vascular disease. Our study has found that application of strong magnetic field along the blood flow direction can effectively reduce blood viscosity to prevent heart attack.
(3) Smart Fluids, electrorheological (ER) and magnetorheological (MR) fluids
(4) Superconductors in a strong electric field. Investigate the fundamental physics related to the interactions between superconductors and static or quasi-static electric field and further explore the potential applications.
(5) Nuclear Detection. Investigate the ionization of local atmosphere surrounding hidden nuclear materials and develop new technology for nuclear detection.
(6) Nonlinear Optics. The goal of this project is to convert laser beams into coherent vacuum ultraviolet or soft x-ray radiation by second-harmonic generation of nonlinear optical crystals.
(1) Energy Science. Application of electrorheology for efficient energy production, transportation and conservation, including reducing crude oil viscosity, suppressing turbulence in pipeline, and improving engine efficiency.
(2) Reducing blood viscosity with magnetic field to prevent heart attacks. High blood viscosity is the common thread linking all vascular disease. Our study has found that application of strong magnetic field along the blood flow direction can effectively reduce blood viscosity to prevent heart attack.
(3) Smart Fluids, electrorheological (ER) and magnetorheological (MR) fluids
(4) Superconductors in a strong electric field. Investigate the fundamental physics related to the interactions between superconductors and static or quasi-static electric field and further explore the potential applications.
(5) Nuclear Detection. Investigate the ionization of local atmosphere surrounding hidden nuclear materials and develop new technology for nuclear detection.
(6) Nonlinear Optics. The goal of this project is to convert laser beams into coherent vacuum ultraviolet or soft x-ray radiation by second-harmonic generation of nonlinear optical crystals.
Research Interests
Papers共 227 篇Author StatisticsCo-AuthorSimilar Experts
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MODERN PHYSICS LETTERS B (2024)
BMC Plant Biologyno. 1 (2023): 606-18
biorxiv(2022)
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