Abstract: A semiconductor device is produced in such a manner that light having a wavelength in a range of 400 to 1000 nm is irradiated on a substrate so as to excite bonding hand of a material gas into a vibrating condition, and a thin film is formed on the substrate in accordance with a chemical vapor deposition method.

Abstract: A thermal transfer color printer according to the present invention thermal inkribbon having heat-fusible color materials in a plurality of colors divided in the feed direction, a thermal head which moves relative to a print paper in order to cause the selective thermal transfer of the color material on a thermal inkribbon onto the print paper, and a color sensor for detecting the types of color materials on the thermal inkribbon. The distance in the feed direction of the color material portions of the thermal inkribbon is set at one divided by an integral portion of the standard print width of the print paper, while the distance between the color sensor and the thermal head is set the same as the distance in the feed direction of the color materials portion of the thermal inkribbon.