CascadesAll: Uses the FusionAll and TwoToTwoAll supertables

Lists all energetically favourable reactions that cascade from both the input and the output nuclei from one or more reactions defined by the Core (starting) Query.

Inputs Used in this run:

Maximmum number of nuclei allowed in all pairings as inputs to both the Fusion and the TwoToTwo (2-2) reaction tables = 50

Maximum number of loops allowed for the recursion process = 3

Maximum Reactor Temperature (Kelvin) - elements whose melting points are above this were excluded = 2400

Minimum energy (MeV) for any Fusion reaction (after any starting one) that was counted = 2

Minimum energy (MeV) for any 2-2 reaction (after any starting one) that was counted = 2

Radioactive Isotopes Were Excluded

Nuclear Fermions Were Excluded

Atomic Fermions Were Excluded

Elements H, D, N, O, F, Cl, Br, I, Li, Na, Rb and Cr, being able to form Dimers (always Bosonic), were exempted from the above Fermion switches (so were always fed back).

SQL compatible string for the order by which the Nuclei Table is presented = order by Z, A asc

Reactions Not Found in the Parkhomov Tables Were Included in the Reactions Table

SQL compatible string for the order by which the Reactions Table is presented = order by MeV desc

Full Starting Query on the Fusion table: "select * from FusionAll where E1 = 'H' and E2 = 'H' and MeV >= 2". Sorry, no rows were found. Please check your starting command.

Full Starting Query on the TwoToTwo table: "select * from TwoToTwoAll where E1 = 'H' and E2 = 'H' and MeV >= 2". Sorry, no rows were found. Please check your starting command.

The Reactions Table Has 0, gross but 0 net rows; Nuclei Table Has 0 rows. 'Tid' is the row number of the reaction in either the Fusion or the TwoToTwo Table.

The number 'id' reflects the original order in which the reactions were added to the table on this particular run.

Final Table of Nuclei Used by Reactions Table:

Final Reactions Table ('*' = Element not yet melted at 2400 Kelvin and so not included in Nuclei Table):