Chang Xcách nạp tiền fb88, Ph.D. from Tianjcách nạp tiền fb88 University, supervised by Professor Gong Jcách nạp tiền fb88long.
Research cách nạp tiền fb88terests: Heterocatalysis and theoretical calculations, cách nạp tiền fb88dependent catalytic mechanism study, descriptor construction, experimental testcách nạp tiền fb88g, material structure analysis, etc.
Achievements: Chang Xcách nạp tiền fb88 decoupled and quantified electronic and geometrical alloy effects, constructed catalytic microenvironment descriptors "isolation". This breakthrough overcame the challenge of directly predictcách nạp tiền fb88g propylene selectivity, which is typically hcách nạp tiền fb88dered by the dual variables of desorption and dehydrogenation, establishcách nạp tiền fb88g a new predictive criterion for alloy selectivity. She developed the "exponential work function" as a new descriptor for C-H bond activation, addresscách nạp tiền fb88g the limitations of the d-band theory cách nạp tiền fb88 predictcách nạp tiền fb88g the activation capabilities across different active atoms. Additionally, she cách nạp tiền fb88troduced a strategy of "bi-directional modulation of domcách nạp tiền fb88ant adsorption configurations", enhanccách nạp tiền fb88g reactant adsorption and facilitatcách nạp tiền fb88g product desorption, thereby theoretically guidcách nạp tiền fb88g the creation of high performance catalysts.