目前已广泛应用各种全息术来获得立体图像。同时,全息图片的录制也只在可见波段进行。但存在着一系列的问题却可以用红外区的立体全息来有效地解决。与此有关的是一些材料中那种对可见光不透明而对红外透明的内部非均匀性、破损和其它缺陷的特征、形状、大小和立体结构的发现、目视和研究等。对近代红外光学、激光技术和无线电 Various holograms have been widely used to obtain stereoscopic images. At the same time, the hologram recording is only in the visible band. However, there are a series of problems that can be effectively solved by using the holographic infrared holography. Related to this is the discovery, visualization, and research of the features, shapes, sizes, and three-dimensional structures of some materials that are not visible to the visible light but transparent to the infrared and are internal inhomogeneities, damage, and other defects. Modern infrared optics, laser technology and radio