申请人:ISP INVESTMENTS INC.
公开号:US20040197684A1
公开(公告)日:2004-10-07
In accordance with this invention, there is provided a method of imaging, measuring and displaying a 3-dimensional dose distribution of an energy field in a translucent 3-dimensional object comprises: applying an energy field to the object such that the optical properties are changed upon receipt of the energy; optically scanning the object at various positions and angles to provide a series of 2-dimensional representations of the object; detecting the measuring light projection data indicative of optical changes in the object; calibrating the optical change in the object to the dose of the energy corresponding to each position scan; mapping the dose of the energy in the object and visually recording the summation of said 2-dimensional representations on an image display receiver comprising a radiation activated metal salt of a crystalline, thermochromic polyacetylene having a conjugated structure uniformly distributed in a rigid or high density semi-solid matrix by a color alteration due to polymerization of the activated polyacetylene to provide a permanent, 3-dimensional image of the object in high spatial resolution. The invention further provides image display receivers and radiation sensitive materials.
根据本发明,提供了一种成像、测量和显示半透明三维物体中能量场的三维剂量分布的方法,该方法包括对物体施加能量场,使其在接收能量后光学特性发生变化;在不同位置和角度对物体进行光学扫描,以提供一系列物体的二维图像;检测指示物体光学变化的测量光投影数据;将物体的光学变化与每个位置扫描对应的能量剂量进行校准;绘制物体中的能量剂量图,并在图像显示接收器上直观地记录所述二维图像的总和,图像显示接收器由辐射激活的结晶热致变色聚乙炔的金属盐组成,该结晶热致变色聚乙炔具有共轭结构,均匀分布在刚性或高密度半固体基质中,由于激活的聚乙炔聚合而发生颜色改变,从而提供高空间分辨率的永久三维物体图像。本发明进一步提供了图像显示接收器和辐射敏感材料。