Re: The "It supports 100x per inch" argument

From: Yuri (yp35_at_attbi.com)
Date: 11/25/04


Date: 24 Nov 2004 17:26:13 -0800

chris1011@aol.com (Chris1011) wrote in message news:<20041124122930.21925.00001084@mb-m06.aol.com>...
> >>With my favorite little 130mm F5 Newtonian I have had it up over
> 1200X on occasion checking out obvious splits like the double-double. The airy
> disks are still nice and round..>>
>
> There's no reason why they should not be round at any power, even 10,000x. The
> Airy disc will simply be bigger, but will have exactly the same shape is it
> does at 100x.
>
> Roland Christen

- when it comes to 1000X the Airy disc getting darker and on its edge
you can read the opticalmanufacturer name!
(-:
Yuri



Relevant Pages

  • Re: Maximum Possible Aperture Size (Planck scale airy disc?)
    ... As the aperture gets bigger, the airy disc gets smaller because ... An Airy disk can never get to Planck scale because as the telescope ...
    (sci.astro.amateur)
  • Re: Ok, how did Hershel do it?
    ... >the nature of what he was viewing, ie the airy disk, so he might have actually ... >thought that there was something to be resolved by magnifying the Airy disc. ...
    (sci.astro.amateur)
  • Re: The "It supports 100x per inch" argument
    ... >There's no reason why they should not be round at any power, even 10,000x. ... >Airy disc will simply be bigger, but will have exactly the same shape is it ... At 100X I cannot see the shape of the Airy Disk. ...
    (sci.astro.amateur)
  • Re: The "It supports 100x per inch" argument
    ... >There's no reason why they should not be round at any power, even 10,000x. ... >Airy disc will simply be bigger, but will have exactly the same shape is it ... And yet you have "experienced" observers talking about observing ... the image were breaking down. ...
    (sci.astro.amateur)
  • Re: The "It supports 100x per inch" argument
    ... disks are still nice and round..>> ... There's no reason why they should not be round at any power, even 10,000x. ... Airy disc will simply be bigger, but will have exactly the same shape is it ...
    (sci.astro.amateur)