Abstract: A detection device for detecting radiation includes a container including a first portion, a second portion facing the first portion in a first direction, and a side portion extending from the first portion toward the second portion, where a gas is contained in the container, an electron detector located inside the container, where the electron detector detects an electron generated by Compton scattering, a drift electrode located inside the container closer to the second portion than the electron detector and facing the electron detector, and a radiation detector located closer to the second portion than the drift electrode, where the radiation detector detects scattered radiation.

Abstract: A sensor module is provided in which a sensor which can be more easily attached to a structure than conventionally and can also suppress variation in attachment quality. The sensor module includes an elastic layer, a sensor arranged above at last one part of the elastic layer and configured to detect a physical quantity related to the properties of a structure, and a film layer arranged above the elastic layer and attached with the sensor.

Abstract: A front plate for a field-emission display includes a transparent substrate, and a conductive black matrix provided with a plurality of apertures and formed on one of surfaces of the transparent substrate. Barriers are formed of conductive inorganic material on predetermined positions of the black matrix, adjacent to the apertures. Fluorescent layers are formed in the apertures of the black matrix on the transparent substrate.

Abstract: A front plate for a field-emission display includes a transparent substrate, and a conductive black matrix provided with a plurality of apertures and formed on one of surfaces of the transparent substrate. Barriers are formed of conductive inorganic material on predetermined positions of the black matrix, adjacent to the apertures. Fluorescent layers are formed in the apertures of the black matrix on the transparent substrate.

Abstract: There is disclosed a resin-sealed semiconductor device which comprises plural terminal portions integrally having inner terminals on surfaces and outer terminals on back surfaces and being disposed electrically independent of one another in such a manner that inner terminal surfaces are positioned on substantially the same plane; a die pad integrally provided with plural inner terminals on a surface and plural outer terminals on a back surface and being disposed electrically independently in a substantially center portion of the plane in which the plural terminal portions are arranged two-dimensionally; a semiconductor element electrically insulated and mounted on a surface of the die pad; and wires for connecting the inner terminals of the terminal portions and terminals of the semiconductor element. The whole is sealed with a resin in such a manner that the outer terminals of the terminal portions are partially exposed to the outside.