TENDL-2017 Nuclear data library
Deuteron sub-library for Mt (Z=109) and A=277: Tabular production and total cross sections
Production and total cross sections
Reaction #
109
Mt
(d,x)a
109
Mt
(d,x)d
109
Mt
(d,f)
109
Mt
(d,x)g
109
Mt
(d,x)he3
109
Mt
(d,non)
109
Mt
(d,x)n
109
Mt
(d,x)p
109
Mt
(d,tot)
109
Mt
(d,x)t
Reaction #
Partial cross sections
Reaction #
109
Mt
(d,g)
109
Mt
(d,a)
109
Mt
(d,2a)
109
Mt
(d,3a)
Reaction #
109
Mt
(d,He3)
109
Mt
(d,He3+a)
109
Mt
(d,He3+2a)
109
Mt
(d,t)
Reaction #
109
Mt
(d,t+a)
109
Mt
(d,t+2a)
109
Mt
(d,t+He3)
109
Mt
(d,t+He3+a)
Reaction #
109
Mt
(d,d)
109
Mt
(d,d+a)
109
Mt
(d,d+2a)
109
Mt
(d,d+He3)
Reaction #
109
Mt
(d,d+He3+a)
109
Mt
(d,d+t)
109
Mt
(d,d+t+a)
109
Mt
(d,d+t+2a)
Reaction #
109
Mt
(d,2d)
109
Mt
(d,2d+a)
109
Mt
(d,2d+2a)
109
Mt
(d,p)
Reaction #
109
Mt
(d,p+a)
109
Mt
(d,p+2a)
109
Mt
(d,p+He3)
109
Mt
(d,p+He3+a)
Reaction #
109
Mt
(d,p+t)
109
Mt
(d,p+t+a)
109
Mt
(d,p+t+2a)
109
Mt
(d,p+t+He3+a)
Reaction #
109
Mt
(d,p+d)
109
Mt
(d,p+d+a)
109
Mt
(d,p+d+2a)
109
Mt
(d,2p)
Reaction #
109
Mt
(d,2p+a)
109
Mt
(d,2p+2a)
109
Mt
(d,2p+He3+a)
109
Mt
(d,2p+t)
Reaction #
109
Mt
(d,2p+t+a)
109
Mt
(d,2p+d)
109
Mt
(d,2p+d+a)
109
Mt
(d,3p)
Reaction #
109
Mt
(d,3p+a)
109
Mt
(d,n)
109
Mt
(d,n+a)
109
Mt
(d,n+2a)
Reaction #
109
Mt
(d,n+3a)
109
Mt
(d,n+He3)
109
Mt
(d,n+He3+a)
109
Mt
(d,n+He3+2a)
Reaction #
109
Mt
(d,n+t)
109
Mt
(d,n+t+a)
109
Mt
(d,n+t+2a)
109
Mt
(d,n+d)
Reaction #
109
Mt
(d,n+d+a)
109
Mt
(d,n+d+2a)
109
Mt
(d,n+d+t)
109
Mt
(d,n+d+t+a)
Reaction #
109
Mt
(d,n+d+t+2a)
109
Mt
(d,n+2d)
109
Mt
(d,n+2d+a)
109
Mt
(d,n+2d+2a)
Reaction #
109
Mt
(d,n+p)
109
Mt
(d,n+p+a)
109
Mt
(d,n+p+2a)
109
Mt
(d,n+p+He3)
Reaction #
109
Mt
(d,n+p+He3+a)
109
Mt
(d,n+p+t)
109
Mt
(d,n+p+t+a)
109
Mt
(d,n+p+t+2a)
Reaction #
109
Mt
(d,n+p+d)
109
Mt
(d,n+p+d+a)
109
Mt
(d,n+p+d+2a)
109
Mt
(d,n+2p)
Reaction #
109
Mt
(d,n+2p+a)
109
Mt
(d,n+2p+2a)
109
Mt
(d,n+3p)
109
Mt
(d,2n)
Reaction #
109
Mt
(d,2n+a)
109
Mt
(d,2n+2a)
109
Mt
(d,2n+3a)
109
Mt
(d,2n+He3)
Reaction #
109
Mt
(d,2n+He3+a)
109
Mt
(d,2n+He3+2a)
109
Mt
(d,2n+t)
109
Mt
(d,2n+t+a)
Reaction #
109
Mt
(d,2n+t+2a)
109
Mt
(d,2n+d)
109
Mt
(d,2n+d+a)
109
Mt
(d,2n+d+2a)
Reaction #
109
Mt
(d,2n+d+t)
109
Mt
(d,2n+d+t+a)
109
Mt
(d,2n+d+t+2a)
109
Mt
(d,2n+2d)
Reaction #
109
Mt
(d,2n+p)
109
Mt
(d,2n+p+a)
109
Mt
(d,2n+p+2a)
109
Mt
(d,2n+p+t)
Reaction #
109
Mt
(d,2n+p+t+2a)
109
Mt
(d,2n+p+d)
109
Mt
(d,2n+p+d+a)
109
Mt
(d,2n+p+d+2a)
Reaction #
109
Mt
(d,2n+2p)
109
Mt
(d,2n+2p+2a)
109
Mt
(d,3n)
109
Mt
(d,3n+a)
Reaction #
109
Mt
(d,3n+2a)
109
Mt
(d,3n+3a)
109
Mt
(d,3n+He3)
109
Mt
(d,3n+He3+a)
Reaction #
109
Mt
(d,3n+He3+2a)
109
Mt
(d,3n+t)
109
Mt
(d,3n+t+a)
109
Mt
(d,3n+t+2a)
Reaction #
109
Mt
(d,3n+d)
109
Mt
(d,3n+d+a)
109
Mt
(d,3n+d+2a)
109
Mt
(d,3n+d+t)
Reaction #
109
Mt
(d,3n+2d)
109
Mt
(d,3n+p)
109
Mt
(d,3n+p+a)
109
Mt
(d,3n+p+2a)
Reaction #
109
Mt
(d,3n+p+t)
109
Mt
(d,3n+p+t+a)
109
Mt
(d,3n+p+d)
109
Mt
(d,3n+2p)
Reaction #
109
Mt
(d,3n+2p+a)
109
Mt
(d,3n+2p+2a)