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Kinematics type 4

This type of reaction starts with a 2-body reaction with an unstable intermediate nucleus. The data for the initial reaction is the same as for kinematics type 1 and is given in center-of-mass coordinates. Data for the later secondary particles is given in laboratory coordinates.

Directory length:
The length of this kinematics directory.

Identification of secondary particle:
Identify the initial secondary particle by yo number.

Angular bins:
Location of the $ \tt I\_number$ = 1 data.

Energy deposition:
Location of the $ \tt I\_number$ = 10 data.

Reserved locations:
Two slots reserved for future use.

For each remaining particle:
A block with the following segments. (The number of particles is given in the reaction directory.)

Identification of secondary particle:
Identify the subsequent secondary particles by yo number.

Energy bins:
Location of the $ \tt I\_number$ = 4 data.

Angular bins:
Location of the $ \tt I\_number$ = 1 data if it is present in the file. Otherwise, these four numbers are zero.

Energy deposition:
Location of the $ \tt I\_number$ = 10 data.

Multiplicity:
Location of the $ \tt I\_number$ = 9 data.

Reserved:
Two slots per particle are reserved for future use.

The unstable intermediary:
Identify the unstable intermediary by its ZA number, 1000*Z + A.

Its mass:
The atomic mass of the unstable intermediary.


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Next: Kinematics type 5 Up: The format for `mcf.bin' Previous: Kinematics type 3   Contents