KF6HI
Contact me through: kf6hi.net


Country Name : Poland (click for all QSOs with this country)

Prefix: SN-SR

Number of QSOs found on 14 MHz with Poland : 21

CallDateTimeModeQSL OUTQSL IN LOTWEQSL
3Z0RY1994-09-2515:49RTTYY
Y
NN
SP6YAS1994-11-2615:57CWNNNN
SN2B1996-02-1716:53CWNNNN
SO4M2012-02-1914:59CWNNNN
3Z2X2013-02-1014:40RTTYNN
V
N
SP4MPG2013-02-1015:01RTTYNNNN
SN3X2013-03-0215:36SSBY
Y
Y
N
SO9Q2015-11-2916:04CWNN
Y
N
SN8B2017-02-1816:07CWNN
Y
N
SO4M2017-11-2616:05CWNN
Y
N
SP4TXI2018-01-0715:51RTTYNNNN
SN7Q2018-01-0715:55RTTYNN
Y
N
SN7Q2018-02-1714:46CWNN
Y
N
SN8B2018-02-1814:54CWNN
Y
N
SN5Y2018-02-1815:14CWNNNN
SN7Q2018-11-2415:06CWNN
Y
N
SP1D2019-02-1615:32CWNNNN
SP8ARY2020-02-1615:08CWNNNN
SP1MWF2021-12-1515:37FT8NNNN
SP8OC2023-04-2103:06FT4NNNN
SP8BJU2023-04-2103:12FT4NN
Y
N

KF6HI QSO with SN7Q (click for QRZ info), information for above highlighted contact:

UTC Date: 2018-Nov-24
UTC Time: 15:06
Frequency: 14.040 MHz
Report Sent: 599
Report Received: 599
Mode: CW
Sunspot Number (>0): 9
Solar Flux (>67): 70
A-index (0-400): 3
3-hour K-index (0-9): 0.78
KF6HI
Sunrise 14:09
Sunset 00:21

SN7Q
Sunrise 06:17
Sunset 14:44
Grid: JO91NO
ADIF code: 269
WAZ Zone: 15
Continent: EU
Latitude: 51.59 °
Longitude: -19.126 °
Bearing 28 °
Distance(km): 9392
Distance(miles): 5832
Operator: Krzysztof
Comments:
QSL info:
Record Number: 24597

LP=Long Path if shown
Map Legend: =Home, =DX Station, =Sun Position
Red line = Communications path


The day/night terminator has 4 shade levels going from light to dark
  • Twilight or dusk is where the sun is 6° below the horizon. The D layer (green line at right) is illumiated is this area and to 9° below the horizon.
  • Nautical twilight the sun is 12° below the horizon; the horizon is still visible,
  • Astronomical twilight sun is 18° below the horizon The F layer (red line at right) is illumiated is this area and to 20° below the horizon.
  • Night
The Magnetic Equator is shown as a black line around the 0 degree equator line
The Magnetic Equator is important for Transequatorial Propogation and the magnetic field strengths are believed to be important for Sporadic-E Propagation.
Verifications:

LOTW