Abstract: A radiographic image photographing system includes: a radiation generating device configured to emit radiation; a radiographic image photographing device including a plurality of radiation detecting elements arranged in a two-dimensional pattern and configured to read signal values from the radiation detecting elements; a dose detecting unit arranged between the radiation generating device and the subject and configured to detect a dose of radiation emitted to the subject; and a control unit configured to control the radiation generating device such that the dose of the radiation emitted to the subject becomes a target dose, wherein the control unit sets a tube current or a mAs value of the radiation generating device such that the dose of the radiation becomes the target dose, and corrects and sets the tube current or the mAs value in a case where a difference occurs between the dose of the radiation detected and the target dose.

Abstract: A radiographic image photographing system includes: a radiation generating device configured to emit radiation; a radiographic image photographing device including a plurality of radiation detecting elements arranged in a two-dimensional pattern and configured to read signal values from the radiation detecting elements; a dose detecting unit arranged between the radiation generating device and the subject and configured to detect a dose of radiation emitted to the subject; and a control unit configured to control the radiation generating device such that the dose of the radiation emitted to the subject becomes a target dose, wherein the control unit sets a tube current or a mAs value of the radiation generating device such that the dose of the radiation becomes the target dose, and corrects and sets the tube current or the mAs value in a case where a difference occurs between the dose of the radiation detected and the target dose.

Abstract: A radiographic image capturing system includes: a medical cart including a radiation generating apparatus emitting radiation and a first chargeable built-in power supply; a portable radiographic image capturing apparatus including radiation detecting elements and a second chargeable built-in power supply; and a control device managing electric energy remaining in the first built-in power supply and in the second built-in power supply, determines availability of charge of the second built-in power supply in the portable radiographic image capturing apparatus with power from the first built-in power supply in the medical cart based on the electric energy remaining in the first built-in power supply, and performs control so as to allow the charge when the charge is determined to be available, and so as not to conduct the charge when the charge is determined to be unavailable.

Abstract: With an object of realizing an intruded object capable of carrying out magnetic resonance imaging in a state of being intruded into an object and a magnetic resonance imaging apparatus for capturing an image of the object having the intruded object, at least a unit of an intruded object 400 such as a piercing needle intruded into an inner unit of the object, is constituted by a substance 402 or 404 having an atomic nucleus having a gyromagnetic ratio different from a gyromagnetic ratio of spin of an atomic nucleus of a substance occupying a majority in the object.

Abstract: In order to provide a magnetic field stabilization method, magnetic field generating apparatus and magnetic resonance imaging apparatus that is not affected by the temperature distribution in an installation space, in stabilizing a magnetic field of a magnetic field generating apparatus 2 having a pair of permanent magnets facing each other with a space interposed and yokes constituting a magnetic circuit for the permanent magnets, heat quantities to be applied to a plurality of positions are individually controlled (172, 174) based on the temperatures detected at a plurality of positions 154, 158 on the yoke to stabilize the respective temperatures at the plurality of positions.