NCKAS - KSU Student Images

North Central Kansas Astronomical Society

Some images taken by Kansas State University Astronomy Club Members. Click on the thumbnail to bring up a larger version.

Amanda Brown
Al-Rawi
Patrick Rodgers-Ostema

Images by Amanda Brown

Our sun in Hydrogen-Alpha. You can spot some of the solar prominence on the limb of the sun. You can also make out the sunspot 798 to the lower right of the surface. This image was taken on September 9, 2005 by Amanda Brown at Kansas State University campus. This image was taken with a Nikon digital camera and a-focal projection. This image is in white-light clearly showing sunspot 798 to the lower right. This image was taken on September 9, 2005 by Amanda Brown at Kansas State University campus. This image was taken with a Nikon digital camera and a-focal projection. This image is in white-light clearly showing a close-up sunspot 798 to the lower right. Clearly visible is the umbra and penumbra of this solar storm. This image was taken on September 9, 2005 by Amanda Brown at Kansas State University campus. This image was taken with a Nikon digital camera and a-focal projection.

Back to top...

Images by Asma Al-Rawi

Another image in H-Alpha. This a-focal digital picture was taken by Asma Al-Rawi at Kansas State University campus on September 9, 2005. This image was taken with a Sony digital camera. This image is in white-light clearly showing a close-up sunspot 798 to the lower right. Clearly visible is the umbra and penumbra of this solar storm. This image was taken on September 9, 2005 by Asma Al-Rawi at Kansas State University campus. This image was taken with a Sony digital camera and a-focal projection.

Back to top...

Images by Patrick Rodger-Ostema - Patrick's Website

This image of the waning gibbous moon is by Patrick Rodgers-Ostema with a Canon PowerShot digital camera. Patrick took this image of the 9/10/2005 aurora with his Canon PowerShot digital camera working at f2/8 with ISO400, infinity focus and a 15 second exposure. Another image of the 9/10/2005 aurora with his Canon PowerShot digital camera working at f2/8 with ISO400, infinity focus and a 15 second exposure.

Back to top...

Images by Amanda Brown

Our sun in Hydrogen-Alpha. You can spot some of the solar prominence on the limb of the sun. You can also make out the sunspot 798 to the lower right of the surface. This image was taken on September 9, 2005 by Amanda Brown at Kansas State University campus. This image was taken with a Nikon digital camera and a-focal projection.	This image is in white-light clearly showing sunspot 798 to the lower right. This image was taken on September 9, 2005 by Amanda Brown at Kansas State University campus. This image was taken with a Nikon digital camera and a-focal projection.	This image is in white-light clearly showing a close-up sunspot 798 to the lower right. Clearly visible is the umbra and penumbra of this solar storm. This image was taken on September 9, 2005 by Amanda Brown at Kansas State University campus. This image was taken with a Nikon digital camera and a-focal projection.
Back to top...
Images by Asma Al-Rawi

Another image in H-Alpha. This a-focal digital picture was taken by Asma Al-Rawi at Kansas State University campus on September 9, 2005. This image was taken with a Sony digital camera.	This image is in white-light clearly showing a close-up sunspot 798 to the lower right. Clearly visible is the umbra and penumbra of this solar storm. This image was taken on September 9, 2005 by Asma Al-Rawi at Kansas State University campus. This image was taken with a Sony digital camera and a-focal projection.
Back to top...
Images by Patrick Rodger-Ostema - Patrick's Website

This image of the waning gibbous moon is by Patrick Rodgers-Ostema with a Canon PowerShot digital camera.	Patrick took this image of the 9/10/2005 aurora with his Canon PowerShot digital camera working at f2/8 with ISO400, infinity focus and a 15 second exposure.	Another image of the 9/10/2005 aurora with his Canon PowerShot digital camera working at f2/8 with ISO400, infinity focus and a 15 second exposure.
Back to top...