Abstract: The present invention relates to a high-energy X-ray imaging device that is suitable for precise medical diagnosis and capable of enhancing the accuracy of nondestructive examinations. The high-energy X-ray imaging device of the present invention includes an electron-circulating type high luminance X-ray generator and a two-dimensional X-ray detector that is sensitized for high-energy X-rays. The electron-circulating type X-ray generating device consists of a tinytarget together with a LINAC or microtron injector and a synchrotron. The synchrotron stores electrons, and electrons are bombarded against a tinytarget placed on the electron orbit to generate high-energy X-rays. The means to sensitize the two-dimensional X-ray detectors consists of a thin film made of lead or other heavy elements. This thin film is placed in front of and in close contact with the two-dimensional detector, such as X-ray film. The X-ray image thus generated is a transmissive image.

Abstract: The present invention relates to a high-energy X-ray imaging device that is suitable for precise medical diagnosis and capable of enhancing the accuracy of nondestructive examinations. The high-energy X-ray imaging device of the present invention comprises an electron-circulating type high luminance X-ray generator and a two-dimensional X-ray detector that is sensitized for high-energy X-rays. The electron-circulating type X-ray generating device consists of a tinytarget together with a LINAC or microtron injector and a synchrotron. The synchrotron stores electrons, and electrons are bombarded against a tinytarget placed on the electron orbit to generate high-energy X-rays. The means to sensitize the two-dimensional X-ray detectors consists of a thin film made of lead or other heavy elements. It is placed in front of and in close contact with the two-dimensional detector, such as X-ray film. The X-ray image thus generated is a transmissive image.

Abstract: An X-ray topograph reproducing apparatus is provided whereby the X-ray topograph throughout the total surface of a specimen crystal may be reproduced in positive and rapid succession. The reproduction of the X-ray topograph is effected by providing means for rotating the crystal in a horizontal direction while being moved in parallel with a given direction. The X-ray topograph at one point on the crystal obtained by an incident X-ray having different wave lengths is always reproduced at the same position on a record surface by providing means for maintaining the amount of movement of the record surface with respect to the amount of movement of the crystal at a given ratio and by providing means for recording or indicating an image reproducing output signal in one or two dimensional manner by both of a signal of detecting the amount of movement of the crystal and a signal associated with scanning in the lengthwise direction of slits through which pass the X-ray.