Dr. Baiqing Xiong is a professor and senior engineer at the State Key Laboratory of Nonferrous Metal Materials Preparation and Processing. He graduated from the Department of Physical Chemistry of Beijing University of Science and Technology with a bachelor's degree in metal physics in July 1985. From August 1985 to August 1988, he worked as an assistant engineer at the Material Structure Analysis Research Center of Beijing University of Science and Technology. From September 1988 to December 1990, he studied for a master's degree in metal physics at the Department of Materials Physics of Beijing University of Science and Technology and was recommended to study for a doctorate; then, he graduated in June 1995 and received a doctorate. He is engaged in the research of strengthening and toughening theory and technology of nonferrous metal structural materials, high-strength and high-toughness aluminum alloy materials for aerospace, new aluminum alloy materials for automobile cover and frame parts, and rapid-solidification alloy materials and preparation technology.
Dr. Baiqing Xiong is a professor and senior engineer at the State Key Laboratory of Nonferrous Metal Materials Preparation and Processing. He graduated from the Department of Physical Chemistry of Beijing University of Science and Technology with a bachelor's degree in metal physics in July 1985. From August 1985 to August 1988, he worked as an assistant engineer at the Material Structure Analysis Research Center of Beijing University of Science and Technology. From September 1988 to December 1990, he studied for a master's degree in metal physics at the Department of Materials Physics of Beijing University of Science and Technology and was recommended to study for a doctorate; then, he graduated in June 1995 and received a doctorate. He is engaged in the research of strengthening and toughening theory and technology of nonferrous metal structural materials, high-strength and high-toughness aluminum alloy materials for aerospace, new aluminum alloy materials for automobile cover and frame parts, and rapid-solidification alloy materials and preparation technology.