![]() ![]() The most common applications that incorporate Sb-Be sources include: Nuclear Startup Rods Applications of Antimony-Beryllium (Sb-Be)Īntimony-beryllium neutron sources have a wide range of uses in nuclear power arrays and elemental analysis applications. Although they are initially non-radioactive, Sb-Be pellets require only one cycle of core irradiation to become an antimony-beryllium neutron source. Secondary sources are typically housed in source rod assemblies. This in turn forces neutrons from the beryllium component, creating a secondary source of neutron emissions. The antimony component of Sb-Be must be irradiated, which causes it to emit gamma rays. Unlike primary neutron sources, such as californium-252, antimony-beryllium neutron sources don’t spontaneously emit neutrons. When the elements are joined, antimony-beryllium (Sb-Be) acts as a secondary source of neutrons. It can be found in a variety of beryl gemstones, including emerald, heliodor, and aquamarine. When not combined with other elements, beryllium is gray, brittle, and strong, but lightweight. It is a rare element and occurs in nature only when combined with other elements. It can be alloyed with other metals to enhance their strength.īeryllium is a divalent chemical element with the atomic number 4 and symbol Be. The antimony element is not affected by alkalis or dilute acid, and does not conduct heat or electricity well. When in its pure form, antimony is either a brittle, hard metallic material or a non-metallic gray powder. It is relatively rare and is typically found in nature in its sulfide form stibnite (Sb2S3). What Is Antimony-Beryllium (Sb-Be)?Īntimony is a lustrous semi-metallic chemical element with the atomic number 51 and symbol Sb. FTC can accommodate prototype-to-production volume. ![]() ![]() ISBN 978-0-8493-0485-9.Frontier Technology Corporation (FTC) offers the design and fabrication of cold-pressed Antimony-Beryllium (SbBe) pellets for nuclear start-up rod assemblies in nuclear plants and fuel scanners in nuclear applications.Īll pellets are produced per user-supplied specifications. CRC Handbook of Chemistry and Physics (85th ed.).
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