Special Nuclear Material (SNM) is defined in 10 CFR 20.1003 as "(1) Plutonium, uranium-233, uranium enriched in the isotope 233 or in isotope 235, and any other material that the NRC, pursuant to the provisions of section 51 of the AEA, determines to be SNM, but does not include source material; (2) or any material artificially enriched by any of the foregoing but does not include source material."

SNM is important in the fabrication of weapons grade materials and as such has strict licensing and handling controls.

Related Articles

Fissile material ■■■■■
Fissile material: A fissile material is material fissionable by slow neutrons. The fission process and . . . Read More
Harmonized System at top500.de■■■■
The latest version of the Harmonized System (HS) and Codes adopted by the United States is published . . . Read More
Section at top500.de■■■■
Section: In an industrial context, "section" refers to a specific part or component of a larger system, . . . Read More
New White material instead of G603 at top500.de■■■■
New White material instead of G603Because Chinese original G603 quarry is still closed. We should find . . . Read More
Ten-year MTU Supplier , with quality assurance and short delivery time, at top500.de■■■
Ten-year MTU Supplier , with quality assurance and short delivery time,: MTU is a leading manufacturer . . . Read More
Tights ■■■
Tights refer to a one piece Hosiery offering coverage from toes to Waist in which the legs are joined . . . Read More
Sheet at top500.de■■■
Sheet is defined as any material or piece of uniform thickness and of considerable length and width as . . . Read More
Monitor roof at top500.de■■■
A monitor in architecture is a raised structure running along the ridge of a double-pitched roof. roofprotective . . . Read More
Bending at top500.de■■■
Bending refers to a term typically applied to a metal forming process. It is the creation of a formed . . . Read More
Hole at top500.de■■■
Hole: A hole is an opening. In an industrial or industry context, a "hole" can refer to several different . . . Read More