The measuring thermal diffusivity of film materials by laser photoacoustic backing exciting technique;

Three types oxygen nanometer particle film materials, including transitional metal oxide (MoOx TiOx and CrOx etc.

This paper intruduces a new type of film thermocouple specially designed for the study of internal combustion engine heat transfer as well as some technical means to solve the problems in process such as the film material, filming method and the relationship between film temperature and heated voltage.

Neutron reflectometry(NR)has been widely used in characterizing the structure and property of thin films,and it plays an indispensable role in studies of magnetic and organic thin films especially.

Optical hydrogen film materials based on palladium are the most important species of optical hydrogen film materials.

Extensive and potential applications of field-electron-emission thin film materials in field emission display(FED),electron source,and other high-performance vacuum microelectronic devices have attracted interests and attentions of many researchers.

In this thesis, ultrafast optical properties for thin film materials and telluride glasses with Er2O3 dopant are main topics.

Under above background, the works in this thesis focus on the optical properties of Er doped HfO_2 thin film, Er-Tm-codoped Al_2O_3 thin film and Er doped Si-rich Al_2O_3 film.

Previous experimental tests have demonstrated that the multilayered Cr/PZT/PLT/Pt/Ti thin films deposited on single crystal Si substrate tend to delaminate along the interface between PZT and Cr layers in a brittle manner.