4.2.3.12. Flag:
KXDISTRIBUTION
The number in the files is computed as 1000000+ITRA*10000+IREP, where IREP=0,...,NUMBER_OF_REPETITIONS and IREP=0,...,NUMBER_OF_STEPS (in the transient simulation).
1.- File Name :
KXDISTRIBUTION1000*.TXT
1.- Data:
Column |
1 |
2 |
3 |
variable |
DISTRIB_KX(I,J) |
DISTRIB_PQ(I,J) |
DISTRIB_PC(I,J) |
1.- Observations:
The file provides time-average momentum-position distribution of the following variables:
DISTRIB_KX(I,J)= Momentum distribution
DISTRIB_PQ(I,J)= (Bohmian) Quantum potential
DISTRIB_PC(I,J)= Clasical potential
The discrete variables I,J run in the following way:
- I=-NINTKASN_DIS,NINTKASP_DIS % cells in the momentum space in the X direction (RED)
- J=0,MAXY % cells in the x axes (RED)
- DISTRIB_KX(I,J),DISTRIB_PQ(I,J),DISTRIB_PC(I,J)
- END
- END
- J=0,MAXY % cells in the x axes (RED)
2.- File Name :
KDISTRIBUTIONAXIS.TXT
2.- Data:
Column |
1 |
variable |
KX(I) |
2.- Observations:
KX(I)= Wave vector x-component grid [UNITS=1/m]
3.- File Name :
XDISTRIBUTIONAXIS.TXT
2.- Data:
Column |
1 |
variable |
KX(I) |
2.- Observations:
X(I)= X-position grid [UNITS=m]