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!no_HA.txt

See URL [ http://dx-world.net/2012/t2ha-3d2ha-t30ha-t33ha-pacific-expedition/ ]. Cancellation of the Pacific DXpedition, announced January 10, 2012, renders the following four files inapplicable: T2HA.DO, T30HA.DO, T33HA.DO, and 3D2.HA.

Ron Wiesen

C37n.do

As-is, C37N.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station C37N while it's on-air beginning 10/29/2011 at Naturlandia, Andorra, which is located at North 42° 32' 46.482" by East 1° 36' 5.5944". The program reports the sunset time in UTC and sunrise time in UTC at Naturlandia, Andorra (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. C37N.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

C5a.do

As-is, C5A.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station C5A while it's on-air beginning 10/29/2011 and beginning 11/26/2011 at The Gambia, which is located at North 13° 26' 35.4552" by West 15° 18' 36.5004". The program reports the sunset time in UTC and sunrise time in UTC at The Gambia (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. C5A.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

E51nou.do

As-is, E51NOU.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station E51NOU while it's on-air beginning 10/17/2011 at Rarotonga Island, South Cook Islands, which is located at South 21° 13' 45.2536" by West 159° 46' 34.8568". The program reports the sunset time in UTC and sunrise time in UTC at Rarotonga Island, South Cook Islands (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. E51NOU.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

Mupa6z.do

As-is, MUPA6Z.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station MU/PA6Z while it's on-air beginning 10/22/2011 at Guernsey Island, which is located at North 49° 26' 53.5135" by West 2° 35' 22.164". The program reports the sunset time in UTC and sunrise time in UTC at Guernsey Island (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. MUPA6Z.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

NOTYET.do

As-is, NOTYET.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station (YET TO BE ASSIGNED) while it's on-air beginning 11/08/2011 at Manihiki Atoll, North Cook Islands, which is located at South 10° 25' 38.8722" by West 160° 59' 25.2377". The program reports the sunset time in UTC and sunrise time in UTC at Manihiki Atoll, North Cook Islands (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. NOTYET.BA is a special variant of SUNUP.BA (file S

Ron Wiesen

Pj5dl7.do

As-is, PJ5DL7.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station PJ5DL7 while it's on-air beginning 11/13/2011 at St. Eustatius Island, which is located at North 17° 29' 20.5102" by West 62° 58' 24.798". The program reports the sunset time in UTC and sunrise time in UTC at St. Eustatius Island (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. PJ5DL7.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

Pj5sp6.do

As-is, PJ5SP6.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station PJ5/SP6IX and PJ5/SP6EQZ while they're on-air beginning 10/20/2011 at St. Eustatius Island, which is located at North 17° 29' 20.5102" by West 62° 58' 24.798". The program reports the sunset time in UTC and sunrise time in UTC at St. Eustatius Island (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. PJ5SP6.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

T2ha.do

As-is, T2HA.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station T2HA while it's on-air beginning 01/12/2012 at Tuvalu, which is located at South 7° 6' 34.326" by East 177° 38' 57.588". The program reports the sunset time in UTC and sunrise time in UTC at Tuvalu (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. T2HA.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

T30ha.do

As-is, T30HA.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station T30HA while it's on-air beginning 01/31/2012 at Tarawa, W. Kiribati, which is located at North 1° 19' 44.5894" by East 172° 58' 44.5901". The program reports the sunset time in UTC and sunrise time in UTC at Tarawa, W. Kiribati (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. T30HA.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

T33ha.do

As-is, T33HA.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station T33HA while it's on-air beginning 02/02/2012 at Banaba, which is located at South 0° 51' 27.9547" by East 169° 31' 56.0726". The program reports the sunset time in UTC and sunrise time in UTC at Banaba (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. T33HA.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

Tu2t.do

As-is, TU2T.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station TU2T while it's on-air beginning 10/21/2011 at Ivory Coast, which is located at North 7° 32' 23.9604" by West 5° 32' 49.488". The program reports the sunset time in UTC and sunrise time in UTC at Ivory Coast (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. TU2T.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

Tx3t.do

As-is, TX3T.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station TX3T while it's on-air beginning 10/16/2011 and beginning again 11/01/2011 at Papeete, Tahiti, which is located at South 17° 32' 6.0756" by West 149° 34' 10.542". The program reports the sunset time in UTC and sunrise time in UTC at Papeete, Tahiti (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. TX3T.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

Tx5a.do

As-is, TX5A.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station TX5A while it's on-air beginning 10/29/2011 at Hatiheu, Nuku Hiva, Marquesas Islands, which is located at South 8° 49' 44.1012" by West 140° 4' 51.7357". The program reports the sunset time in UTC and sunrise time in UTC at Hatiheu, Nuku Hiva, Marquesas Islands (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. TX5A.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

Tx7m.do

As-is, TX7M.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station TX7M while it's on-air beginning 10/19/2011 at Hatiheu, Nuku Hiva, Marquesas Islands, which is located at South 8° 49' 44.1012" by West 140° 4' 51.7357". The program reports the sunset time in UTC and sunrise time in UTC at Hatiheu, Nuku Hiva, Marquesas Islands (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. TX7M.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

Vk9cx.do

As-is, VK9CX.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station VK9CX while it's on-air beginning 10/19/2011 at Cocos (Neeling) Islands, which is located at South 12° 9' 50.994" by East 96° 52' 15.4416". The program reports the sunset time in UTC and sunrise time in UTC at Cocos (Neeling) Islands (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. VK9CX.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

Vp6t.do

As-is, VP6T.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station VP6T while it's on-air beginning 01/20/2012 at Pitcairn Island, which is located at South 25° 04' 12.0" by West 130° 06' 20.0". The program reports the sunset time in UTC and sunrise time in UTC at Pitcairn Island (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. VP6T.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

Zk2v.do

As-is, ZK2V.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station ZK2V and ZK2X while they're on-air beginning 10/21/2011 at Niue Island, which is located at South 9° 22' 59.9999" by West 171° 11' 60". The program reports the sunset time in UTC and sunrise time in UTC at Niue Island (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. ZK2V.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

_3d2a.do

As-is, 3D2A.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station 3D2A while it's on-air beginning 10/25/2011 at Fiji, which is located at South 16° 34' 41.4948" by East 179° 24' 51.8868". The program reports the sunset time in UTC and sunrise time in UTC at Fiji (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. 3D2A.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

_3d2ha.do

As-is, 3D2HA.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station 3D2HA while it's on-air beginning 01/27/2012 at Fiji, which is located at South 16° 34' 41.4948" by East 179° 24' 51.8868". The program reports the sunset time in UTC and sunrise time in UTC at Fiji (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. 3D2HA.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

_3d2t.do

As-is, 3D2T.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station 3D2T while it's on-air beginning 10/25/2011 at Fiji, which is located at South 16° 34' 41.4948" by East 179° 24' 51.8868". The program reports the sunset time in UTC and sunrise time in UTC at Fiji (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. 3D2T.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

_3xy1d.do

As-is, 3XY1D.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station 3XY1D while it's on-air beginning 10/18/2011 at Guinea, which is located at North 9° 56' 44.1132" by West 9° 41' 47.922". The program reports the sunset time in UTC and sunrise time in UTC at Guinea (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. 3XY1D.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

_6v7q.do

As-is, 6V7Q.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station 6V7Q while it's on-air beginning 10/22/2011 at Senegal, which is located at North 14° 29' 50.6436" by West 14° 27' 8.5032". The program reports the sunset time in UTC and sunrise time in UTC at Senegal (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. 6V7Q.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

_8q7cc.do

As-is, 8Q7CC.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station 8Q7CC while it's on-air beginning 11/02/2011 at Maldives, which is located at North 3° 12' 10.0008" by East 73° 13' 14.448". The program reports the sunset time in UTC and sunrise time in UTC at Maldives (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. 8Q7CC.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

_9n0md.do

As-is, 9N0MD.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station 9N0MD while it's on-air beginning 11/13/2011 at Nepal, which is located at North 28° 23' 41.4852" by East 84° 7' 26.4288". The program reports the sunset time in UTC and sunrise time in UTC at Nepal (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. 9N0MD.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen

c21a.do

As-is, C21A.BA has short-term value to Radio Amateurs who desire contact with DXpedition operators of station C21A while it's on-air beginning 11/10/2011 at Nauru, which is located at South 0° 31' 22.0008" by East 166° 55' 53.4108". The program reports the sunset time in UTC and sunrise time in UTC at Nauru (and solar azimuths) for the current date. It senses the DATE$ function of the laptop in order to ascertain the current date. Because times are reported in UTC (i.e., the Greenwich Mean Time zone) and the TIME$ function influences the change of date occurrence in the DATE$ function, accurate reports result only where you have set TIME$ and DATE$ of the laptop so that they express the UTC time and the UTC date. However for Grayline propagation prediction purposes, sufficiently accurate reports are obtained where the DATE$ of the laptop differs from the UTC date by less than 2 days. C21A.BA is a special variant of SUNUP.BA (file SUNUP.DO).

Ron Wiesen