Abstract: An automated integration and test system includes a host server and a plurality of working stations. The host server is configured to execute: reviewing submitted code so as to obtain a review result; compiling the submitted code so as to obtain a compiling result in response to that the review result indicates “pass”; obtaining a compiled code in response to that the compiling result indicates “success”; and actuating one or more working stations to execute an item to be tested so as to obtain a full test result.

Abstract: A method for preparing a tolbutamide particle is provided. The method comprises steps of mixing a bulk drug of tolbutamide with a supercritical fluid to form a supercritical mixture; and expanding the supercritical mixture to obtain the tolbutamide particle.

Abstract: A method for preparing an acetazolamide microparticle having a mean particle size ranged between 0.36 ?m and 18 ?m is provided. The method includes steps of dissolving an acetazolamide in a solvent to form an acetazolamide solution; and mixing the acetazolamide solution with a supercritical fluid at a temperature and a pressure above a critical point of the supercritical fluid for forming the acetazolamide microparticle, wherein the solvent is miscible with the supercritical fluid.

Abstract: A green diode laser includes a tubular laser casing, a heat sink sealedly mounted at the laser casing, a semiconductor chip supported by the heat sink, an optical resonant cavity supported within the laser casing, including a lasing medium and an intracavity frequency doubler, an IR blocking filter inclinedly and seadedly mounted at the laser casing to optically communicate with an output facet, and a photodiode supported within the laser casing at a position that when the laser beam exits the output facet, the IR blocking filter reflects a portion of the laser beam towards the photodiode such that the photodiode is adapted for detecting the laser beam from the IR blocking filter as a feedback for controlling a power output of the green laser chip.

Abstract: A green diode laser includes a tubular laser casing, a heat sink sealedly mounted at the laser casing, a semiconductor chip supported by the heat sink, an optical resonant cavity supported within the laser casing, including a lasing medium and an intracavity frequency doubler, an IR blocking filter inclinedly and seadedly mounted at the laser casing to optically communicate with an output facet, and a photodiode supported within the laser casing at a position that when the laser beam exits the output facet, the IR blocking filter reflects a portion of the laser beam towards the photodiode such that the photodiode is adapted for detecting the laser beam from the IR blocking filter as a feedback for controlling a power output of the green laser chip.