Abstract: The present disclosure relates to a method and a device for displaying an application, and a storage medium. The method includes detecting a start of a target sliding operation by a user on a terminal; in response to detecting the start of the target sliding operation, displaying an application list on a current display interface of the terminal, the application list including an application identification of at least one application installed on the terminal; acquiring an end position of the target sliding operation on the application list; determining an application indicted by a first application identification displayed at the end position as a target application selected by the user; and displaying an application interface of the target application on the current display interface.

Abstract: The present invention relates to a thermal barrier coating material having the chemical composition of (1?n)CeO2-nZrO2-0.5R2O3, where n is in the range of 0.9?n?0 and R is selected from a group consisting of Nd, Sm, Eu, Gd, Tb and combinations of at least two among them. It possesses a thermal expansion coefficient higher than 12×10?6 K?1 from ambient temperature up to 1200° C. and superior to those of the presently widely-used thermal barrier coating materials. Even if it is subjected to long time calcinations at 1400° C. or is quenched to room temperature, it can still maintain the stable crystal structure. In addition, its thermal expansion trend matches quite well with that of the bond coating alloy. This is beneficial to the elimination of thermal stress generated between the substrate and the ceramic top coating during the thermal cycle and can significantly improve the thermal shock resistance of the coating.

Abstract: The present invention relates to a thermal barrier coating material having the chemical composition of (1?n)CeO2-nZrO2-0.5R2O3, where n is in the range of 0.9?n?0 and R is selected from a group consisting of Nd, Sm, Eu, Gd, Tb and combinations of at least two among them. It possesses a thermal expansion coefficient higher than 12×10?6 K?1 from ambient temperature up to 1200° C. and superior to those of the presently widely-used thermal barrier coating materials. Even if it is subjected to long time calcinations at 1400° C. or is quenched to room temperature, it can still maintain the stable crystal structure. In addition, its thermal expansion trend matches quite well with that of the bond coating alloy. This is beneficial to the elimination of thermal stress generated between the substrate and the ceramic top coating during the thermal cycle and can significantly improve the thermal shock resistance of the coating.