How come the images on my telescope are inverted? - 8 newtonian reflector telescope
I have an 8 "Newtonian reflector, and recently I began using it to see distant objects less sightseeing nearby. But if I reverse the image, and I think it is because the topic of interest between the mirror and no central coordination. How can I solve this problem? Is there a goal that I buy that can rotate the picture?
Thursday, February 18, 2010
8 Newtonian Reflector Telescope How Come The Images On My Telescope Are Inverted?
4 comments:
You can buy a lens to correct this, but use only when you see things on the earth. If you see in the sky, do not. More glass is more distortions that may affect the clarity of your star gazing experience.
There will be one of the lens or mirror. The light strikes a mirror and be reflected. In a curved mirror is reflected to the focus of the mirror. So, if you look at the line of reflection, the light above the mirror down and the light from the bottom of the mirror shown above reflects. If these lines are at the center of the mirror. Here the picture is magnified by the eyepiece. And therefore reversed the picture. In terestial telescopes, it has an investment objective to the image on the right side, but there is no astronomical areas, cost and weight to hold. In certain areas of the star diagonal into the eyepiece can help /
Astronomical telescopes do not include the lens are required to show good things. It is considered important that the forms to you when looking at the sky and, apart from the additional lens reduces costs and improves the image quality. Spotting scopes and spotting scopes and binoculars, you are using a prism assembly. Get an erection and eye astronomical telescopes, but almost nobody does. Newtonian reflector with an eye on things on the ground you can see real picture of himself with his back to the object is, the telescope will show when you look through the eyepiece.
Areas of Newton has two mirrors. A plane curve.
If you look at yourself in the mirror plane, the image is reversed from left to right.
Thus, in an area of Newton, the image is read vertically and horizontally. But that is exactly what will be rotated 180 degrees. You can just see the image on the other side. It is quite difficult, I know.
You can use a diagonal of 45 degrees, which should now point a little more. Can, but you do not see it that way.
If you are the things on the earth to make a difference. But even in space, it is not. So people can just get used to it.
You can use a digital camera, and turn the resulting image.
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