Abstract: The present invention provides a method for preparing a boron nitride thin film and the boron nitride thin film itself. The method primarily includes providing a precursor containing boron and nitrogen atoms to an energy control apparatus and forming an excited state of the precursor within this energy control apparatus. Finally, a material layer is formed on a substrate, where this material layer comprises boron nitride. The key feature of this method is the use of an energy control apparatus that includes a first electromagnetic wave source emitting electromagnetic waves within a specific wavelength range. The advantage of this method is that it can be operated at lower temperatures, reducing the risk of thermal damage to the substrate and also decreasing energy consumption. Additionally, the method includes several optional steps that can further enhance the formation of the boron nitride thin film.

Abstract: Systems and processes for gas phase-phase synthesis of trisilylamine. One system includes a reactor vessel having a top, bottom, and sidewall having an inner surface. The reactor vessel includes inlets for gaseous reactants, and a gas inlet for an inert gas. In certain reactors the gas inlets are positioned near the top of the reactor vessel and configured to inject the reactant gases in the reactor substantially vertically and downward therefrom. Other reactors are cyclonic-shaped with tangential feeding of the gases. One or more baffles having a peripheral edge and substantially horizontally positioned in the reactor to define a reaction zone above the baffles and a separation zone below the baffles. The baffles are positioned in the reactor vessel such that there is a gap between the baffle peripheral edge and the inner surface of the reactor vessel. Certain systems and processes include mechanical or static mixers.

Abstract: A wireless module for notebook is disclosed. The wireless module for notebook is combined on a logo area located on a LCD (Liquid Crystal Display) screen housing of notebook computer, wherein the logo area has at least one fixing holes (such as screw holes) used for fixing the wireless module on the notebook computer via at least one screws. Since the wireless module has only about 8 mm in thickness; the wireless module can be matched with the notebook computer smoothly and tightly. The wireless module comprises: at least one penetrating holes penetrating from the upper surface of wireless module to the lower surface thereof, and corresponding to the fixing holes; and a module contact for electrically connecting to a LCD contact point on the LCD screen housing of notebook computer.

Abstract: A wireless module for notebook is disclosed. The wireless module for notebook is combined on a logo area located on a LCD (Liquid Crystal Display) screen housing of notebook computer, wherein the logo area has at least one fixing holes (such as screw holes) used for fixing the wireless module on the notebook computer via at least one screws. Since the wireless module has only about 8 mm in thickness; the wireless module can be matched with the notebook computer smoothly and tightly. The wireless module comprises: at least one penetrating holes penetrating from the upper surface of wireless module to the lower surface thereof, and corresponding to the fixing holes; and a module contact for electrically connecting to a LCD contact point on the LCD screen housing of notebook computer.