Particles pointers

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Variables
Particles pointers
Module for Lagrangian model

for array ettp More...

Collaboration diagram for Particles pointers:

## Variables
integer, save | jxp
| pointer to particle X coordinate for array ettp More...
integer, save | jyp
| pointer to particle Y coordinate for array ettp More...
integer, save | jzp
| pointer to particle Z coordinate for array ettp More...
integer, save | jup
| pointer to particle X velocity component for array ettp More...
integer, save | jvp
| pointer to particle Y velocity component for array ettp More...
integer, save | jwp
| pointer to particle Z velocity component for array ettp More...
integer, save | juf
| pointer to locally undisturbed X fluid velocity component for array ettp More...
integer, save | jvf
| pointer to locally undisturbed Y fluid velocity component for array ettp More...
integer, save | jwf
| pointer to locally undisturbed Z fluid velocity component for array ettp More...
integer, save | jmp
| pointer to particle mass for array ettp More...
integer, save | jdp
| pointer to particle diameter for array ettp More...
integer, save | jtp
| pointer to particle and locally undisturbed fluid flow temperature (Celsius) for array ettp More...
integer, save | jtf
| pointer to particle and locally undisturbed fluid flow temperature (Celsius) for array ettp More...
integer, save | jcp
| pointer to particle specific heat for array ettp More...
integer, dimension(nlayer), save | jhp
| pointer to coal particle temperature ( ) for array ettp More...
integer, save | jmwat
| pointer to water mass (for coal) for array ettp More...
integer, dimension(nlayer), save | jmch
| pointer to mass of reactive coal of the coal particle for array ettp More...
integer, dimension(nlayer), save | jmck
| pointer to mass of coke of the coal particle for array ettp More...
integer, save | jtaux
| pointer to work array for the second order in time for array ettp More...
integer, dimension(nusvar), save | jvls
| pointer to additional user variable for array ettp More...
integer, save | jrval
| pointer to random number associated with a particle for array tepa More...
integer, save | jrtsp
| pointer to particle residence time for array tepa More...
integer, save | jrpoi
| pointer to particle statistic weight for array tepa More...
integer, save | jreps
| pointer to particle emissivity for array tepa More...
integer, save | jrd0p
| pointer to coal particle initial diameter for array tepa More...
integer, save | jrdck
| pointer to coal particle shrinking core diameter for array tepa More...
integer, dimension(nlayer), save | jrhock
| pointer to coal density for array tepa More...
integer, save | jisor
| pointer to number of the current cell containing the particle for itepa array; this number is re-actualised during the trajectography step More...
integer, save | jinch
| pointer to number of the coal particle for itepa array More...
integer, save | jclst
| pointer to class of the particle for itepa array More...
integer, save | nvls
| pointer to number of additional variables related to the particles for itepa array. The additional variables can be accessed in the arrays ettp and ettpa by means of the pointer jvls: ettp(nbpt,jvls(ii)) and ettpa(nbpt,jvls(ii)) (nbpt is the index-number of the treated particle, and ii an integer between 1 and nvls) More...

## Detailed Description

for array ettp

## Variable Documentation

integer, save jclst

pointer to class of the particle for itepa array

integer, save jcp

pointer to particle specific heat for array ettp

integer, save jdp

pointer to particle diameter for array ettp

integer, dimension(nlayer), save jhp

pointer to coal particle temperature ( ) for array ettp

integer, save jinch

pointer to number of the coal particle for itepa array

integer, save jisor

pointer to number of the current cell containing the particle for itepa array; this number is re-actualised during the trajectography step

integer, dimension(nlayer), save jmch

pointer to mass of reactive coal of the coal particle for array ettp

integer, dimension(nlayer), save jmck

pointer to mass of coke of the coal particle for array ettp

integer, save jmp

pointer to particle mass for array ettp

integer, save jmwat

pointer to water mass (for coal) for array ettp

integer, save jrd0p

pointer to coal particle initial diameter for array tepa

integer, save jrdck

pointer to coal particle shrinking core diameter for array tepa

integer, save jreps

pointer to particle emissivity for array tepa

integer, dimension(nlayer), save jrhock

pointer to coal density for array tepa

integer, save jrpoi

pointer to particle statistic weight for array tepa

integer, save jrtsp

pointer to particle residence time for array tepa

integer, save jrval

pointer to random number associated with a particle for array tepa

integer, save jtaux

pointer to work array for the second order in time for array ettp

integer, save jtf

pointer to particle and locally undisturbed fluid flow temperature (Celsius) for array ettp

integer, save jtp

pointer to particle and locally undisturbed fluid flow temperature (Celsius) for array ettp

integer, save juf

pointer to locally undisturbed X fluid velocity component for array ettp

integer, save jup

pointer to particle X velocity component for array ettp

integer, save jvf

pointer to locally undisturbed Y fluid velocity component for array ettp

integer, dimension(nusvar), save jvls

pointer to additional user variable for array ettp

integer, save jvp

pointer to particle Y velocity component for array ettp

integer, save jwf

pointer to locally undisturbed Z fluid velocity component for array ettp

integer, save jwp

pointer to particle Z velocity component for array ettp

integer, save jxp

pointer to particle X coordinate for array ettp

integer, save jyp

pointer to particle Y coordinate for array ettp

integer, save jzp

pointer to particle Z coordinate for array ettp

integer, save nvls

pointer to number of additional variables related to the particles for itepa array. The additional variables can be accessed in the arrays ettp and ettpa by means of the pointer jvls: ettp(nbpt,jvls(ii)) and ettpa(nbpt,jvls(ii)) (nbpt is the index-number of the treated particle, and ii an integer between 1 and nvls)