| 摘要 |
FIELD: physics. ^ SUBSTANCE: radiooptical endoscope comprises body with X-ray and optical channels arranged in it, besides radiooptical endoscope additionally contains the second colour CCD-matrix with B*B size installed on axis of optical channel lens in plane of its image, in front of optical channel lens symmetrically to it there are the following components installed coaxially - circular matrix with diametre D from N microlasers, optical axes of which are parallel to each other and axis of optical channel lens, which os used to generate image of laser spots circular structure on object surface, and circular structure diametre equals inlet parametre of focon and remains constant as distance from object to focon changes, and circular matrix from M light diodes with diametre Dc>D, angle of radiation of which is selected based on the conditon W=arctg(B/2f), and length of their radiation wave Y2 is selected with account of provision of maximum contrast of spots images from microlasers with radiation wave length Y1, besides video information from both CCD-matrices arrives to inlet of computer with colour display, with the possibility of simultaneous or serial view of X-ray and optical images of object in various modes of their digital processing and matching on display screen. ^ EFFECT: invention provides for the possibility to match substantially different characteristics of X-ray and optical channels with the help of single CCD-matrix. ^ 3 dwg |
