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    • 1. 发明申请
    • X-RAY GENERATOR AND X-RAY IMAGING APPARATUS
    • X射线发生器和X射线成像装置
    • WO2013032020A3
    • 2013-05-30
    • PCT/JP2012072524
    • 2012-08-29
    • CANON KKOGURA TAKAOTAMURA MIKIHIROKI TAMAYO
    • OGURA TAKAOTAMURA MIKIHIROKI TAMAYO
    • H01J35/16H01J35/14
    • H01J35/08G01N23/04H01J35/14H01J35/16H01J2235/087H01J2235/168H05G1/32
    • Provided is an X-ray generator (10) which causes electrons (11) having passed through an electron path (4), formed by an electron path formation member (3) surrounding the periphery of the electron path (4), to be emitted against a target (1) to generate an X-ray (14), in which: an X-ray (15) generated when the sub X-ray generating portion (5) provided in the electron path (4) is irradiated with the electrons (12) backscattered off the target is capable of being taken out; a material which constitutes the target and a material which constitutes at least the sub X-ray generating portion (5) of the electron path formation member (3) are the same material of which atomic number is 40 or greater. X-ray generation efficiency can be improved by effectively using the electrons backscattered off the transmission target.
    • 提供一种X射线发生器(10),其使通过电子通路(4)的电子(11)由围绕电子路径(4)的周围的电子通路形成构件(3)形成,被发射 针对目标(1)产生X射线(14),其中:当设置在电子路径(4)中的副X射线产生部分(5)被照射时产生的X射线(15) 电子(12)从目标背面散射能够被取出; 构成靶的材料和构成电子通路形成部件(3)的至少子X射线产生部(5)的材料是原子序数为40以上的材料。 可以通过有效地使用从传输目标背向散射的电子来提高X射线产生效率。
    • 6. 发明申请
    • X-RAY GENERATION APPARATUS AND X-RAY RADIOGRAPHIC APPARATUS
    • X射线发生装置和X射线放射性装置
    • WO2013032014A1
    • 2013-03-07
    • PCT/JP2012/072514
    • 2012-08-29
    • CANON KABUSHIKI KAISHAOGURA, TakaoTAMURA, MikiSATO, YasueHIROKI, Tamayo
    • OGURA, TakaoTAMURA, MikiSATO, YasueHIROKI, Tamayo
    • H01J35/08
    • H01J35/08G01N23/04H01J35/16H01J2235/081H01J2235/087H01J2235/168H01J2235/186
    • In an X-ray generation apparatus (10) of transmission type including an electron passage surrounded by and formed in an electron passage forming member (3), and generating an X-ray by colliding electrons having passed through the electron passage against a target (17), wherein the electron passage includes a secondary X-ray generation portion (5) that generates an X-ray with collision of electrons reflected by the target against the secondary X-ray generation portion, the secondary X-ray generation portion and the target are arranged such that the X-ray generated with direct collision of the electrons against the target and the X-ray generated with the collision of the electrons reflected by the target against the secondary X-ray generation portion are both radiated to an outside, and an atomic number of a material of the electron passage forming member is larger than that of the target. X-ray generation efficiency is increased by effectively utilizing the electrons reflected by the target.
    • 在包括由电子通道形成部件(3)包围并形成在电子通路形成部件(3)中的电子通路的透射型的X射线产生装置(10)中,通过使通过电子通道的电子与靶相撞而产生X射线 17),其中所述电子通道包括二次X射线产生部分(5),所述二次X射线产生部分(5)产生与所述目标反射的电子与所述次X射线产生部分的碰撞的X射线,所述次X射线产生部分和 目标被布置成使得通过电子与靶的直接碰撞产生的X射线和由靶反射的副电子与次X射线产生部分的碰撞产生的X射线都被辐射到外部, 并且电子通道形成构件的材料的原子数大于靶的材料的原子数。 通过有效地利用目标反射的电子来提高X射线产生效率。