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STS-93 SAREX Bulletins 2-5: Rise/Set Times



SB SAREX @ AMSAT $STS-93.002
STS-93 East USA R/S Times  7/24

Below are the rise and set times for STS-93 for selected US cities over
the next four days. This data was generated to help hams without orbit
programs to participate in the SAREX activities.  Please note that the
times shown are UTC, NOT LOCAL TIME.  This listing includes only those
passes with an elevation greater than 5 degrees.  For information 
regardingSAREX frequencies and operations procedures, check your 
local PBBS, or bulletins from W1AW, W5RRR, W6VIO or WA3NAN.
  
Symbol key: rise = time that shuttle appears above horizon
            tca  = time of closest approach to observer and maximium
                   elevation
            set  = time that shuttle disappears below horizon
            el   = maximium elevation above horizon
            az   = azimuth at time of maximium elevation
            geo  = geometry: A = Ascending orbit,  moving south to north
                             D = Descending orbit, moving north to south
                             E = passes east of observer
                             W = passes west of observer

New York City

            STS-93 Element Set JSC-010 Post OMS-4 Epoch Rev  17 

    date     rise      tca       set      el   az   geo   orbit
  24Jul99  03:02:44  03:06:07  03:08:59    6  172   A-E   16  

  25Jul99  03:04:59  03:08:07  03:11:22    6  182   D-W   32  

  26Jul99  03:07:03  03:10:07  03:13:11    5  185   D-W   48  

  27Jul99  01:33:56  01:36:59  01:40:11    6  179   A-E   63  

Washington D.C.

            STS-93 Element Set JSC-010 Post OMS-4 Epoch Rev  17 

    date     rise      tca       set      el   az   geo   orbit
  24Jul99  03:01:44  03:04:59  03:08:44    8  179   A-E   16  
  24Jul99  04:36:37  04:39:59  04:43:29    8  188   D-W   17  

  25Jul99  01:29:48  01:32:48  01:35:56    5  167   A-E   31  
  25Jul99  03:03:59  03:07:33  03:11:11    9  180   A-E   32  
  25Jul99  04:39:11  04:42:18  04:45:33    6  192   D-W   33  

  26Jul99  01:31:26  01:34:44  01:38:11    7  173   A-E   47  
  26Jul99  03:05:59  03:09:33  03:13:07    8  184   D-W   48  

  27Jul99  01:32:56  01:36:29  01:39:56    8  175   A-E   63  
  27Jul99  03:07:48  03:11:14  03:14:33    7  187   D-W   64  

Atlanta, GA

            STS-93 Element Set JSC-010 Post OMS-4 Epoch Rev  17 

    date     rise      tca       set      el   az   geo   orbit
  24Jul99  01:25:07  01:28:22  01:31:52    7  161   A-E   15  
  24Jul99  02:59:14  03:03:26  03:07:39   19  171   A-E   16  
  24Jul99  04:34:14  04:38:33  04:42:52   24  183   D-W   17  
  24Jul99  06:09:37  06:13:41  06:17:37   14  193   D-W   18  

  25Jul99  01:27:03  01:30:56  01:34:44   12  162   A-E   31  
  25Jul99  03:01:37  03:05:52  03:10:11   23  176   A-E   32  
  25Jul99  04:36:44  04:41:07  04:45:14   21  183   D-W   33  
  25Jul99  06:12:22  06:15:59  06:19:33    9  198   D-W   34  

  26Jul99  01:28:52  01:32:59  01:37:03   16  166   A-E   47  
  26Jul99  03:03:41  03:07:59  03:12:18   25  180   D-W   48  
  26Jul99  04:38:56  04:43:03  04:47:09   17  192   D-W   49  
  26Jul99  06:14:56  06:17:56  06:20:56    5  202   D-W   50  
  26Jul99  23:56:14  23:59:44  00:03:18    8  161   A-E   62  

  27Jul99  23:56:14  23:59:29  00:03:18    8  166   A-E   62  
  27Jul99  01:30:29  01:34:41  01:38:52   20  172   A-E   63  
  27Jul99  03:05:26  03:09:41  03:13:59   23  185   D-W   64  
  27Jul99  04:40:48  04:44:41  04:48:33   12  196   D-W   65  

Miami, FL

            STS-93 Element Set JSC-010 Post OMS-4 Epoch Rev  17 

    date     rise      tca       set      el   az   geo   orbit
  24Jul99  01:24:15  01:28:41  01:33:11   43  162   A-E   15  
  24Jul99  02:59:35  03:04:05  03:08:35   51  353   A-W   16  
  24Jul99  04:35:10  04:39:40  04:44:10   45    5   D-E   17  
  24Jul99  06:10:37  06:15:07  06:19:35   59  195   D-W   18  
  24Jul99  07:46:27  07:50:16  07:54:01   11  206   D-W   19  
  24Jul99  23:52:01  23:56:01  00:00:07   15  157   A-E   30  

  25Jul99  01:26:44  01:31:14  01:35:44   80  166   A-E   31  
  25Jul99  03:02:14  03:06:43  03:11:13   42  357   A-W   32  
  25Jul99  04:37:44  04:42:14  04:46:44   60    8   D-E   33  
  25Jul99  06:13:12  06:17:31  06:21:55   31  203   D-W   34  
  25Jul99  23:53:52  23:58:10  00:02:33   28  161   A-E   46  

  26Jul99  23:53:52  23:59:00  00:02:33   23  124   A-E   46  
  26Jul99  01:28:59  01:33:29  01:37:59   64  349   A-W   47  
  26Jul99  03:04:32  03:08:59  03:13:27   42    1   D-E   48  
  26Jul99  04:39:55  04:44:25  04:48:55   86  240   D-W   49  
  26Jul99  06:15:32  06:19:40  06:23:44   17  203   D-W   50  
  26Jul99  22:21:17  22:24:55  22:28:36   10  154   A-E   61  
  26Jul99  23:55:33  23:59:59  00:04:29   52  164   A-E   62  

  27Jul99  23:55:32  00:00:02  00:04:29   52  160   A-E   62  
  27Jul99  01:30:56  01:35:22  01:39:50   47  354   A-W   63  
  27Jul99  03:06:22  03:10:52  03:15:20   48    7   D-E   64  
  27Jul99  04:41:45  04:46:11  04:50:41   48  200   D-W   65  
  27Jul99  06:17:41  06:21:11  06:24:48    9  209   D-W   66  
  27Jul99  22:22:14  22:26:24  22:30:27   18  155   A-E   77  


Compiled by Dan Schultz, N8FGV
Submitted for the SAREX Working Group
Send comments to n8fgv@amsat.org
/EX
SB SAREX @ AMSAT $STS-93.003
STS-93 Central USA R/S Times  7/24

Below are the rise and set times for STS-93 for selected US cities over
the next four days.  This data was generated to help hams without orbit
programs to participate in the SAREX activities.  Please note that the
times shown are UTC and NOT LOCAL TIME.  This listing includes only those
passes with an elevation greater than 5 degrees. For information regarding
SAREX frequencies and operations procedures, check your local PBBS, or
bulletins from W1AW, W5RRR, W6VIO or WA3NAN.
  
Symbol key: rise = time that shuttle appears above horizon
            tca  = time of closest approach to observer and maximium
                   elevation
            set  = time that shuttle disappears below horizon
            el   = maximium elevation above horizon
            az   = azimuth at time of maximium elevation
            geo  = geometry: A = Ascending orbit,  moving south to north
                             D = Descending orbit, moving north to south
                             E = passes east of observer
                             W = passes west of observer

Chicago, IL

            STS-93 Element Set JSC-010 Post OMS-4 Epoch Rev  17 

    date     rise      tca       set      el   az   geo   orbit

       No passes above horizon for this city

Huntsville, AL

            STS-93 Element Set JSC-010 Post OMS-4 Epoch Rev  17 

    date     rise      tca       set      el   az   geo   orbit
  24Jul99  02:58:59  03:02:59  03:07:04   15  170   A-E   16  
  24Jul99  04:33:47  04:38:02  04:42:17   20  182   D-W   17  
  24Jul99  06:09:10  06:13:02  06:16:59   12  195   D-W   18  

  25Jul99  01:26:56  01:30:29  01:34:03    9  162   A-E   31  
  25Jul99  03:01:16  03:05:22  03:09:37   18  176   A-E   32  
  25Jul99  04:36:18  04:40:29  04:44:37   18  186   D-W   33  
  25Jul99  06:11:52  06:15:29  06:18:56    8  196   D-W   34  

  26Jul99  01:28:39  01:32:29  01:36:26   12  168   A-E   47  
  26Jul99  03:03:18  03:07:29  03:11:44   20  179   A-E   48  
  26Jul99  04:38:28  04:42:29  04:46:33   15  191   D-W   49  
  26Jul99  23:56:14  23:59:22  00:02:33    6  160   A-E   62  

  27Jul99  23:56:14  23:59:18  00:02:33    6  161   A-E   62  
  27Jul99  01:30:11  01:34:14  01:38:18   16  171   A-E   63  
  27Jul99  03:05:01  03:09:14  03:13:26   20  182   D-W   64  
  27Jul99  04:40:22  04:44:14  04:47:56   11  193   D-W   65  

Houston, TX

            STS-93 Element Set JSC-010 Post OMS-4 Epoch Rev  17 

    date     rise      tca       set      el   az   geo   orbit
  24Jul99  01:22:22  01:25:44  01:29:11    7  156   A-E   15  
  24Jul99  02:56:26  03:00:48  03:05:11   28  165   A-E   16  
  24Jul99  04:31:34  04:36:06  04:40:36   64  177   A-E   17  
  24Jul99  06:06:55  06:11:25  06:15:55   47  190   D-W   18  
  24Jul99  07:42:32  07:46:36  07:50:36   15  200   D-W   19  

  25Jul99  01:24:18  01:28:07  01:32:07   13  161   A-E   31  
  25Jul99  02:58:50  03:03:20  03:07:46   42  169   A-E   32  
  25Jul99  04:34:07  04:38:37  04:43:07   65  182   D-W   33  
  25Jul99  06:09:30  06:13:53  06:18:15   32  193   D-W   34  
  25Jul99  07:45:19  07:49:00  07:52:30    9  202   D-W   35  

  26Jul99  01:26:07  01:30:14  01:34:31   21  165   A-E   47  
  26Jul99  03:01:00  03:05:28  03:09:58   56  174   A-E   48  
  26Jul99  04:36:17  04:40:43  04:45:17   56  191   D-W   49  
  26Jul99  06:11:43  06:15:58  06:20:09   21  197   D-W   50  
  26Jul99  23:53:32  23:56:58  00:00:39    9  158   A-E   62  

  27Jul99  01:27:41  01:32:03  01:36:26   32  167   A-E   63  
  27Jul99  03:02:46  03:07:16  03:11:46   65  180   A-E   64  
  27Jul99  04:38:05  04:42:31  04:46:58   42  191   D-W   65  
  27Jul99  06:13:39  06:17:31  06:21:31   13  203   D-W   66  
  27Jul99  23:54:26  23:58:22  00:02:26   15  161   A-E   78  

Denver, CO

            STS-93 Element Set JSC-010 Post OMS-4 Epoch Rev  17 

    date     rise      tca       set      el   az   geo   orbit
  24Jul99  04:31:03  04:34:22  04:37:29    6  170   A-E   17  
  24Jul99  06:05:41  06:08:59  06:12:22    7  185   D-W   18  

  25Jul99  04:33:11  04:36:33  04:39:56    7  177   A-E   33  
  25Jul99  06:08:11  06:11:33  06:14:29    6  184   D-W   34  

  26Jul99  04:35:07  04:38:29  04:41:56    7  181   D-W   49  

  27Jul99  03:02:07  03:05:22  03:08:37    6  174   A-E   64  
  27Jul99  04:36:44  04:40:07  04:43:22    7  185   D-W   65  


Compiled by Dan Schultz, N8FGV
Submitted for the SAREX Working Group
Send comments to n8fgv@amsat.org
/EX
SB SAREX @ AMSAT $STS-93.004
STS-93 West USA R/S Times  7/24

Below are the rise and set times for STS-93 for selected US cities over
the next four days.  This data was generated to help hams without orbit
programs to participate in the SAREX activities.  Please note that the
times shown are UTC and NOT LOCAL TIME.  This listing includes only those
passes with an elevation greater than 5 degrees. For information regarding
SAREX frequencies and operations procedures, check your local PBBS, or
bulletins from W1AW, W5RRR, W6VIO or WA3NAN.
  
Symbol key: rise = time that shuttle appears above horizon
            tca  = time of closest approach to observer and maximium
                   elevation
            set  = time that shuttle disappears below horizon
            el   = maximium elevation above horizon
            az   = azimuth at time of maximium elevation
            geo  = geometry: A = Ascending orbit,  moving south to north
                             D = Descending orbit, moving north to south
                             E = passes east of observer
                             W = passes west of observer

Seattle, WA

            STS-93 Element Set JSC-010 Post OMS-4 Epoch Rev  17 

    date     rise      tca       set      el   az   geo   orbit

       No passes above horizon for this city

Albuquerque, NM

            STS-93 Element Set JSC-010 Post OMS-4 Epoch Rev  17 

    date     rise      tca       set      el   az   geo   orbit
  24Jul99  02:55:44  02:58:59  03:01:59    6  157   A-E   16  
  24Jul99  04:29:41  04:33:29  04:37:48   15  178   A-E   17  
  24Jul99  06:04:37  06:08:44  06:12:56   18  184   D-W   18  
  24Jul99  07:39:59  07:43:44  07:47:26   10  196   D-W   19  

  25Jul99  02:57:37  03:01:07  03:04:48    9  166   A-E   32  
  25Jul99  04:31:59  04:36:07  04:40:18   18  176   A-E   33  
  25Jul99  06:07:05  06:11:09  06:15:13   16  188   D-W   34  
  25Jul99  07:42:46  07:45:54  07:49:16    6  202   D-W   35  

  26Jul99  02:59:18  03:03:11  03:07:07   13  169   A-E   48  
  26Jul99  04:34:03  04:38:11  04:42:22   18  180   D-W   49  
  26Jul99  06:09:14  06:13:07  06:17:03   13  193   D-W   50  

  27Jul99  01:26:48  01:29:59  01:33:18    6  162   A-E   63  
  27Jul99  03:00:52  03:04:52  03:08:56   16  173   A-E   64  
  27Jul99  04:35:44  04:39:52  04:43:59   17  184   D-W   65  
  27Jul99  06:11:11  06:14:44  06:18:18    9  197   D-W   66  

Los Angeles, CA

            STS-93 Element Set JSC-010 Post OMS-4 Epoch Rev  17 

    date     rise      tca       set      el   az   geo   orbit
  24Jul99  04:27:16  04:31:13  04:35:05   13  165   A-E   17  
  24Jul99  06:01:58  06:06:13  06:10:31   22  178   A-E   18  
  24Jul99  07:37:09  07:41:20  07:45:28   18  189   D-W   19  
  24Jul99  09:12:58  09:16:20  09:19:35    7  199   D-W   20  

  25Jul99  02:55:33  02:58:37  03:01:48    6  160   A-E   32  
  25Jul99  04:29:29  04:33:33  04:37:44   17  171   A-E   33  
  25Jul99  06:04:22  06:08:41  06:12:56   23  181   D-W   34  
  25Jul99  07:39:41  07:43:33  07:47:37   14  197   D-W   35  

  26Jul99  02:57:03  03:00:37  03:04:22   10  164   A-E   48  
  26Jul99  04:31:26  04:35:37  04:39:52   20  175   A-E   49  
  26Jul99  06:06:26  06:10:41  06:14:56   20  186   D-W   50  
  26Jul99  07:41:56  07:45:41  07:49:18    9  197   D-W   51  

  27Jul99  02:58:22  03:02:18  03:06:18   14  167   A-E   64  
  27Jul99  04:33:03  04:37:18  04:41:35   22  180   A-E   65  
  27Jul99  06:08:13  06:12:20  06:16:28   17  190   D-W   66  
  27Jul99  07:44:05  07:47:13  07:50:16    5  201   D-W   67  

Honolulu, HI

            STS-93 Element Set JSC-010 Post OMS-4 Epoch Rev  17 

    date     rise      tca       set      el   az   geo   orbit
  24Jul99  04:17:48  04:21:29  04:24:48    8  147   A-E   17  
  24Jul99  05:51:58  05:56:28  06:00:58   65  160   A-E   18  
  24Jul99  07:27:39  07:31:58  07:36:17   24  349   A-W   19  
  24Jul99  09:03:37  09:07:43  09:11:51   16  359   A-W   20  
  24Jul99  10:39:09  10:43:30  10:47:52   26   11   D-E   21  
  24Jul99  12:14:30  12:19:00  12:23:26   54  200   D-W   22  
  24Jul99  13:50:49  13:54:04  13:57:26    7  211   D-W   23  

  25Jul99  04:19:39  04:23:43  04:27:52   17  154   A-E   33  
  25Jul99  05:54:31  05:58:59  06:03:29   57  342   A-W   34  
  25Jul99  07:30:24  07:34:37  07:38:48   18  354   A-W   35  
  25Jul99  09:06:13  09:10:22  09:14:33   17    4   D-E   36  
  25Jul99  10:41:35  10:46:01  10:50:28   42   15   D-E   37  
  25Jul99  12:17:04  12:21:19  12:25:36   24  207   D-W   38  

  26Jul99  04:21:28  04:25:48  04:30:14   36  157   A-E   49  
  26Jul99  05:56:50  06:01:05  06:05:35   31  341   A-W   50  
  26Jul99  07:32:47  07:36:50  07:40:58   16  356   A-W   51  
  26Jul99  09:08:22  09:12:37  09:16:52   21    9   D-E   52  
  26Jul99  10:43:37  10:48:09  10:52:39   86   20   D-E   53  
  26Jul99  12:19:27  12:23:12  12:27:08   12  211   D-W   54  

  27Jul99  02:48:48  02:52:22  02:56:11   10  154   A-E   64  
  27Jul99  04:23:10  04:27:36  04:32:06   83  157   A-E   65  
  27Jul99  05:58:47  06:03:06  06:07:21   22  351   A-W   66  
  27Jul99  07:34:40  07:38:44  07:42:53   16    0   D-E   67  
  27Jul99  09:10:06  09:14:29  09:18:47   29   14   D-E   68  
  27Jul99  10:45:23  10:49:49  10:54:12   41  203   D-W   69  


Compiled by Dan Schultz, N8FGV
Submitted for the SAREX Working Group
Send comments to n8fgv@amsat.org
/EX
SB SAREX @ AMSAT $STS-93.005
STS-93 "World" R/S Times  7/24

Below are the rise and set times for STS-93 for selected world cities over
the next four days.  This data was generated to help hams without orbit
programs to participate in the SAREX activities.  Please note that the
times shown are UTC and NOT LOCAL TIME.  This listing includes only those
passes with an elevation greater than 5 degrees. For information regarding
SAREX frequencies and operations procedures, check your local PBBS, or
bulletins from W1AW, W5RRR, W6VIO or WA3NAN.
  
Symbol key: rise = time that shuttle appears above horizon
            tca  = time of closest approach to observer and maximium
                   elevation
            set  = time that shuttle disappears below horizon
            el   = maximium elevation above horizon
            az   = azimuth at time of maximium elevation
            geo  = geometry: A = Ascending orbit,  moving south to north
                             D = Descending orbit, moving north to south
                             E = passes east of observer
                             W = passes west of observer

London, England

            STS-93 Element Set JSC-010 Post OMS-4 Epoch Rev  17 

    date     rise      tca       set      el   az   geo   orbit

       No passes above horizon for this city

Paris, France

            STS-93 Element Set JSC-010 Post OMS-4 Epoch Rev  17 

    date     rise      tca       set      el   az   geo   orbit

       No passes above horizon for this city

Tokyo, Japan

            STS-93 Element Set JSC-010 Post OMS-4 Epoch Rev  17 

    date     rise      tca       set      el   az   geo   orbit
  24Jul99  10:26:18  10:29:18  10:32:29    5  162   A-E   21  
  24Jul99  12:00:14  12:04:18  12:08:18   14  170   A-E   22  
  24Jul99  13:35:07  13:39:18  13:43:20   16  182   D-W   23  
  24Jul99  15:10:37  15:14:11  15:17:44    9  196   D-W   24  

  25Jul99  10:28:03  10:31:33  10:35:14    9  166   A-E   37  
  25Jul99  12:02:26  12:06:29  12:10:37   16  177   A-E   38  
  25Jul99  13:37:29  13:41:29  13:45:29   14  189   D-W   39  
  25Jul99  15:13:18  15:16:18  15:19:22    5  201   D-W   40  

  26Jul99  10:29:41  10:33:29  10:37:22   12  169   A-E   53  
  26Jul99  12:04:20  12:08:26  12:12:33   17  181   D-W   54  
  26Jul99  13:39:37  13:43:22  13:47:07   11  193   D-W   55  

  27Jul99  08:57:01  09:00:13  09:03:28    6  162   A-E   68  
  27Jul99  10:31:01  10:35:01  10:39:05   15  174   A-E   69  
  27Jul99  12:05:58  12:09:54  12:14:01   15  188   D-W   70  
  27Jul99  13:41:24  13:44:54  13:48:16    8  196   D-W   71  

Sydney, Australia

            STS-93 Element Set JSC-010 Post OMS-4 Epoch Rev  17 

    date     rise      tca       set      el   az   geo   orbit
  24Jul99  00:48:45  00:52:59  00:57:14   23  358   A-W   14  
  24Jul99  02:24:05  02:28:03  02:31:59   14  346   A-W   15  
  24Jul99  21:41:44  21:45:26  21:49:03   10   18   D-E   28  
  24Jul99  23:16:13  23:20:22  23:24:37   21    5   D-E   29  

  25Jul99  00:51:18  00:55:29  00:59:41   21  354   A-W   30  
  25Jul99  02:26:48  02:30:29  02:34:03    9  343   A-W   31  
  25Jul99  21:43:33  21:47:29  21:51:29   14   12   D-E   44  
  25Jul99  23:18:18  23:22:29  23:26:46   23  359   A-W   45  

  26Jul99  00:53:29  00:57:29  01:01:41   17  346   A-W   46  
  26Jul99  02:29:22  02:32:29  02:35:29    5  339   A-W   47  
  26Jul99  20:11:07  20:14:14  20:17:44    7   17   D-E   59  
  26Jul99  21:45:11  21:49:14  21:53:26   18    7   D-E   60  
  26Jul99  23:20:07  23:24:18  23:28:33   22  356   A-W   61  

  27Jul99  00:55:29  00:59:14  01:03:07   12  343   A-W   62  
  27Jul99  20:12:03  20:15:44  20:19:31   11   15   D-E   75  
  27Jul99  21:46:31  21:50:43  21:54:54   22    4   D-E   76  
  27Jul99  23:21:35  23:25:44  23:29:52   19  353   A-W   77  


Compiled by Dan Schultz, N8FGV
Submitted for the SAREX Working Group
Send comments to n8fgv@amsat.org
/EX



=====================================================================
Patrick L. Kilroy                                                 HM
SSPP Hitchhiker I&T Lead Engineer   Phone:  301-286-1984
NASA/Goddard Space Flight Center    Fax:    301-286-1673
Building 5, Mail Code 568           E-mail: pat.kilroy@gsfc.nasa.gov
Greenbelt, Maryland  20771          Web:    http://sspp.gsfc.nasa.gov
=====================================================================

      Visit SimSat website at http://simsat.gsfc.nasa.gov



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