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ADAS Subroutine nsuph1

       SUBROUTINE NSUPH1(TEV,EBEAM,TIEV,NIMP ,ZIMPA ,FRIMPA,AMIMPA,
     &                   ITYP1 ,ITYP2 ,ITYP3 ,ITYP4 ,ITYP5 ,ITYP6 ,
     &                   XTBE  ,XTBP  ,XTBZ  ,STBE  ,STBP  ,STBZ  ,
     &                   LXTBE ,LXTBP ,LXTBZ ,LSTBE ,LSTBP ,LSTBZ ,
     &                   PXTBE ,PXTBP ,PXTBZ ,PSTBE ,PSTBP ,PSTBZ ,
     &                   LPXTBE,LPXTBP,LPXTBZ,LPSTBE,LPSTBP,LPSTBZ,
     &                   DSLPATH)
C
       IMPLICIT REAL*8(A-H,O-Z)
C
C-----------------------------------------------------------------------
C
C  ****************** FORTRAN77 SUBROUTINE: NSUPH1 *********************
C-----------------------------------------------------------------------
C  PURPOSE: ACCESS SPECIFIC HIGHER QUALITY DATA FOR HYDROGEN
C
C  POPULATION STRUCTURE CALCULATION IN THE BUNDLE-N APPROXIMATION.
C
C  DATA TYPES ARE:
C
C         (1) ELECTRON IMPACT EXCITATION - SPECIFIC ION FILE IS OPENED.
C         (2) ELECTRON IMPACT IONISATION - SPECIFIC FIT IS USED.
C         (3) H+  IMPACT EXCITATION      - QHIEXDAT FILE IS OPENED.
C         (4) H+  IMPACT IONIS + CX      - QHIEXDAT FILE IS OPENED.
C         (5) ZIMP ION IMPACT EXCITATION - QHIEXDAT FILE IS OPENED.
C         (6) ZIMP ION IMPACT IONIS + CX - QHIEXDAT FILE IS OPENED.
C
C  INPUT
C      TEV      = ELECTRON TEMPERATURE (EV)
C      EBEAM    = BEAM ENERGY (EV/AMU)  USED AS A UNIFORM VELOCITY SHIFT
C                 FOR ION COLLISIONS
C      TIEV     = ION TEMPERATURE (EV)
C      NIMP     = NUMBER OF IMPURITY IONS (EXCLUDING H+)
C      ZIMPA()  = Z OF EFFECTIVE IMPURITY FOR ION COLLISIONS(EXCEPT H+)
C      FRIMPA() = FRACTION OF TOTAL IMPURITY NUMBER DENSITY (EXCL H+)
C      AMIMPA() = ATOMIC MASS NUMBER OF IMPURITY
C      ITYP1    = 0   DO NOT OBTAIN TYPE 1 DATA
C               = 1   OBTAIN TYPE 1 DATA
C      ITYP2    = 0   DO NOT OBTAIN TYPE 2 DATA
C               = 1   OBTAIN TYPE 2 DATA
C      ITYP3    = 0   DO NOT OBTAIN TYPE 3 DATA
C               = 1   OBTAIN TYPE 3 DATA
C      ITYP4    = 0   DO NOT OBTAIN TYPE 4 DATA
C               = 1   OBTAIN TYPE 1 DATA
C      ITYP5    = 0   DO NOT OBTAIN TYPE 5 DATA
C               = 1   OBTAIN TYPE 2 DATA
C      ITYP6    = 0   DO NOT OBTAIN TYPE 6 DATA
C               = 1   OBTAIN TYPE 3 DATA
C      DSLPATH  =     STRING CONTAINING PATH FOR INPUT FILE FOR UNIT 15
C
C  OUTPUT
C      XTBE(N,N'')  = TYPE 1 RATE COEFFICIENT
C      XTBP(N,N'')  = TYPE 3 RATE COEFFICIENT
C      XTBZ(N,N'')  = TYPE 5 RATE COEFFICIENT
C      STBE(N)      = TYPE 2 RATE COEFFICIENT
C      STBP(N)      = TYPE 4 RATE COEFFICIENT
C      STBZ(N)      = TYPE 6 RATE COEFFICIENT
C      LXTBE(N,N'') = TYPE 1 MARKER  (0 =NO VALUE, 1=VALUE)
C      LXTBP(N,N'') = TYPE 3 MARKER
C      LXTBZ(N,N'') = TYPE 5 MARKER
C      LSTBE(N)     = TYPE 2 MARKER
C      LSTBP(N)     = TYPE 4 MARKER
C      LSTBZ(N)     = TYPE 6 MARKER
C      PXTBE(N)     = TYPE 1 PROJECTION MULTIPLIER
C      PXTBP(N)     = TYPE 3 PROJECTION MULTIPLIER
C      PXTBZ(N)     = TYPE 5 PROJECTION MULTIPLIER
C      PSTBE        = TYPE 2 PROJECTION MULTIPLIER
C      PSTBP        = TYPE 4 PROJECTION MULTIPLIER
C      PSTBZ        = TYPE 6 PROJECTION MULTIPLIER
C      LPXTBE(N)    = TYPE 1 PROJECTION MULTIPLIER USED ABOVE THIS N'
C      LPXTBP(N)    = TYPE 3 PROJECTION MULTIPLIER USED ABOVE THIS N'
C      LPXTBZ(N)    = TYPE 5 PROJECTION MULTIPLIER USED ABOVE THIS N'
C      LPSTBE       = TYPE 2 PROJECTION MULTIPLIER USED ABOBE THIS N
C      LPSTBP       = TYPE 4 PROJECTION MULTIPLIER USED ABOVE THIS N
C      LPSTBZ       = TYPE 6 PROJECTION MULTIPLIER USED ABOBE THIS N
C
C  ********** H.P. SUMMERS, JET                 9 MAY 1990   ***********
C  **********                                  20 JUL 1990   ***********
C  **********                                  13 AUG 1990   ***********
C  **********      NEW ELECTRON EXCIT. DATA    22 JAN 1991   ***********
C  **********      NEW ION IMPACT EXCIT. DATA   3 JUL 1991   ***********
C  **********      NEW ELEC. IMPACT ION. DATA   3 JUL 1991   ***********
C  **********      DATA EXTENSION BY ADDING     1 MAR 1992   ***********
C                  SOME INTERMEDIATE VALUES +
C                  ADDITION OF B, N, NE ION. +
C                  CHARGE EXCHANGE.
C  **********      MULTIPLE, SIMULTANEOUS      11 JAN 1994   ***********
C                  IMPURITY EXTENSION
C                  ERROR CORRECTED IN IMPURITY
C                  REDUCED MASSES
C-----------------------------------------------------------------------
C
C-----------------------------------------------------------------------
C
C UPDATE:  19/01/94 - JONATHAN NASH - TESSELLA SUPPORT SERVICES PLC
C
C          THE FOLLOWING MODIFICATIONS HAVE BEEN MADE TO THE SUBROUTINE:
C
C          1) A PARAMETER FLAG HAS BEEN ADDED TO SWITCH ON/OFF
C             DIAGNOSTIC PRINTING (UNIT 6).
C
C  NOTES:  NO ATTEMPT HAS BEEN MADE TO RESTRUCTURE THE ROUTINE. RATHER
C          THE MINIMUM AMOUNT OF WORK TO INTEGRATE THE ROUTINE INTO
C          ADAS310 HAS BEEN COMPLETED.
C
C UNIX-IDL PORT:
C
C VERSION: 1.1                          DATE: 16-1-96
C MODIFIED: TIM HAMMOND (TESSELLA SUPPORT SERVICES PLC)
C               - FIRST VERSION
C
C VERSION: 1.2                          DATE: 18-1-96
C MODIFIED: TIM HAMMOND (TESSELLA SUPPORT SERVICES PLC)
C               - ADDED VARIABLE DSLPATH AND CHANGED NAME OF INPUT FILE
C
C VERSION: 1.3                          DATE: 18-1-96
C MODIFIED: TIM HAMMOND (TESSELLA SUPPORT SERVICES PLC)
C               - CORRECTED STRING HANDLING SYNTAX IN CONSTRUCTION OF
C                 DSNAME, COMMENTED OUT REFERENCES TO DEBUG LOGICAL
C                 VARIABLE AND INSERTED 'CALL' BEFORE XXSLEN.
C
C VERSION: 1.4                          DATE: 18-1-96
C MODIFIED: TIM HAMMOND (TESSELLA SUPPORT SERVICES PLC)
C               - MODIFIED CONSTRUCTION OF DSNAME
C
C VERSION: 1.5                          DATE: 18-1-96
C MODIFIED: TIM HAMMOND (TESSELLA SUPPORT SERVICES PLC)
C               - ADDED DSLPATH IN CALL TO QH.FOR
C
C VERSION: 1.6                          DATE: 22-1-96
C MODIFIED: TIM HAMMOND (TESSELLA SUPPORT SERVICES PLC)
C               - REPLACED CALLS TO NAG ROUTINE E02BBF WITH ADAS ROUTINE
C                 DXNBBF
C
C VERSION: 1.7                          DATE: 23-1-96
C MODIFIED: TIM HAMMOND (TESSELLA SUPPORT SERVICES PLC)
C               - REPLACED CALLS TO NAG ROUTINE E01BAF WITH ADAS ROUTINE
C                 DXNBAF
C
C VERSION: 1.8                          DATE: 08-02-96
C MODIFIED: TIM HAMMOND (TESSELLA SUPPORT SERVICES PLC)
C               - REMOVED SUPERFLUOUS VARIABLES
C
C VERSION: 1.9                          DATE: 03-04-97
C MODIFIED: H.ANDERSON 
C		- ALTERED TO USE RESTRUCTURED ADF02 DATASET sia#h_rfm.dat
C
C VERSION: 1.10				DATE: 03/04/97
C MODIFIED: HARVEY ANDERSON.
C	    ALTERED TO USE NEW PREFERRED ADF02 DATASET sia#h_j97.dat
C
C VERSION: 1.11				DATE: 08-04-97
C MODIFIED: RICHARD MARTIN
C	    CHANGED NAME OF ADF02 FILE FROM sia#h_j97.dat TO 
C	    sia#h_j97#h.dat
C
C VERSION: 1.12				DATE: 23-02-99
C MODIFIED: HARVEY ANDERSON
C	    ADDED ADDITIONAL CODE TO ACCESS THE FUNDAMENTAL DATA
C	    FOR ARGON WHICH IS CONTAINED IN THE ADF02 TYPE FILE.
C
C
C VERSION : 1.13                        DATE: 20-10-2003
C MODIFIED: Martin O'Mullane
C           - Extend TITLX to 120 to match e2titl routine.
C
C VERSION: 1.14				DATE: 07-07-2004
C MODIFIED: Allan Whiteford
C           - Changed calls from DXNB{A,B}F TO XXNB{A,B}F
C
C VERSION: 1.15				DATE: 07-07-2004
C MODIFIED: Allan Whiteford
C           - Updated comments as part of subroutine documentation
C             procedure.
C
C-----------------------------------------------------------------------
C
C  PARAM : (L*4)  DEBUG     = FLAGS DIAGNOSTIC PRINTING.
C                             .TRUE.  => PRINT DIAGNOSTICS.
C                             .FALSE. => DO NOT PRINT DIAGNOSTICS.
C
C-----------------------------------------------------------------------
C
C-----------------------------------------------------------------------
      LOGICAL    DEBUG
      CHARACTER*80        DSLPATH
      INTEGER             ITYP1,       ITYP2,       ITYP3,       ITYP4
      INTEGER             ITYP5,       ITYP6,       LPSTBE,      LPSTBP
      INTEGER             LPSTBZ,      LPXTBE(NDLOW)
      INTEGER             LPXTBP(NDLOW),            LPXTBZ(NDLOW)
      INTEGER             LSTBE(NDLOW),             LSTBP(NDLOW)
      INTEGER             LSTBZ(NDLOW),             LXTBE(NDLOW,NDLOW)
      INTEGER             LXTBP(NDLOW,NDLOW),       LXTBZ(NDLOW,NDLOW)
      INTEGER             NIMP
      REAL*8              AMIMPA(10),  EBEAM,       FRIMPA(10),  PSTBE
      REAL*8              PSTBP,       PSTBZ,       PXTBE(NDLOW)
      REAL*8              PXTBP(NDLOW),             PXTBZ(NDLOW)
      REAL*8              STBE(NDLOW), STBP(NDLOW), STBZ(NDLOW), TEV
      REAL*8              TIEV,        XTBE(NDLOW,NDLOW)
      REAL*8              XTBP(NDLOW,NDLOW),        XTBZ(NDLOW,NDLOW)
      REAL*8              ZIMPA(10)
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