Abstract: According to the present invention, the neutron absorbing structural material of the present invention exhibits superior strength and ductility to those of the conventional Al-B4C composite-based neutron absorber and exhibit superior ductility, and thus not only has a neutron absorption function but also functions as a neutron absorbing structural material that itself has performance as a structural material. Furthermore, problems, such as poor formability of boron-containing corrosion-resistant steel in a manufacturing process and high brittleness of finished products, are improved and at the same time, a separate support or structural material is not required, thus remarkably improving the efficiency of design and construction of spent nuclear fuel storage facilities and the economic efficiency of construction, and it is possible to design a spent nuclear fuel storage container with a certain volume so as to store a larger amount of spent nuclear fuel therein, thus maximizing usability in a limited space.

Abstract: The present invention relates to a fireproof panel equipped with coupling holes and a method of manufacturing the same, and a mold for the fireproof panel and, more particularly, to a fireproof panel equipped with coupling holes and method of manufacturing the same, and a mold for the fireproof panel, in which the coupling holes are formed in advance in a process of molding the fireproof panel and sleeves are provided in the coupling holes, thereby enabling the fireproof panel to be easily installed in a wall or a frame and also being capable of preventing the fireproof panel from being damaged in its installation process.