To: atm{at}shore.net
From: Jim Burrows 
Reply-To: Jim Burrows 


--=====================_7234618==.REL
Content-Type: multipart/alternative;
        boundary="=====================_7234647==.ALT"

--=====================_7234647==.ALT
Content-Type: text/plain; charset="us-ascii"; format=flowed

At 21:26 2003-04-01 -0500, Mark Holm wrote:

>The wave front error caused by a diagonal mirror error is affected by the
>45 degree angle.
>
>This is not an easy thing for me to visualize.  I have chosen the
>physicist's usual route of imagining the simplest possible geometry.
>
>Now if I slide one half of the diagonal perpendicular to the diagonal
>surface by say 100 nanometers, I will have the same effect as a diagonal
>with a 100 nanometer step error on its surface.  If this were a
>perpendicular folding mirror instead of a 45 degree diagonal, the 100
>nanometer step would cause a 200 nanometer path length difference.

Sorry, this requires an HTML picture; I just can't hack an ASCII drawing.
MikeHolm.jpg
Ray ABC (wavefront AA') is bouncing off the 45 deg diagonal BB' to form
wavefront CC'.  Note that the optical path length ABC = A'B'C'.  Now
displace this part of the diagonal down by 100 nm so that ray AB now goes
ADC'.  The path length difference is only *one* side (BD) of the square
with diagonal 200 nm, or 141 nm.

         -- Jim Burrows
         -- mailto://burrjaw{at}earthlink.net
         -- http://home.earthlink.net/~burrjaw
         -- Seattle N47.4723 W122.3662 (WGS84)
--=====================_7234647==.ALT
Content-Type: text/html; charset="us-ascii"



At 21:26 2003-04-01 -0500, Mark Holm wrote:
The wave front error caused by a
diagonal mirror error is affected by the 45 degree
angle. This is not an easy thing for me to
visualize.  I have chosen the physicist's usual route of imagining
the simplest possible geometry.
Now if I slide one half of the diagonal perpendicular to the diagonal
surface by say 100 nanometers, I will have the same effect as a diagonal
with a 100 nanometer step error on its surface.  If this were a
perpendicular folding mirror instead of a 45 degree diagonal, the 100
nanometer step would cause a 200 nanometer path length
difference.
Sorry, this requires an HTML picture; I just can't hack an ASCII drawing.


Ray ABC (wavefront AA') is bouncing off the 45 deg diagonal BB' to form
wavefront CC'.  Note that the optical path length ABC =
A'B'C'.  Now displace this part of the diagonal down by 100 nm so
that ray AB now goes ADC'.  The path length difference is only
*one* side (BD) of the square with diagonal 200 nm, or 141 nm.

        --
Jim
Burrows
        --
mailto:%2F%2Fburrjaw{at}earthlink.net"
eudora="autourl">mailto://burrjaw{at}earthlink.net;
        --
http://home.earthlink.net/~burrjaw"
eudora="autourl">http://home.earthlink.net/~burrjaw;
        --
Seattle N47.4723 W122.3662 (WGS84)


--=====================_7234647==.ALT--

--=====================_7234618==.REL
Content-Type: image/jpeg; name="MikeHolm.jpg";
 x-mac-type="4A504547"; x-mac-creator="4A565752"
Content-ID: 
Content-Transfer-Encoding: base64
Content-Disposition: inline; filename="MikeHolm.jpg"
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--=====================_7234618==.REL--

--- BBBS/NT v4.00 MP