Yeah, the fact that it seems to move fast and alot is because the camera is so close as I have demonstrated.
I think it would be replicatable on most cameras.
[edit on 12-10-2006 by Xeros]

Originally posted by Leevi
The last scene is from the STS-62 mission. STS-31 and 57 are at the beginning.
10.5 mb.
www.sendspace.com...
"9.0 DEBRIS SAMPLE LAB REPORTS
A total of 18 samples were obtained from Orbiter OV-104 during
the STS-37 post-landing debris assessment at Ames-Dryden Flight
Research Facility, California...
Orbiter Windows
Results of the window wipe chemical analysis indicates the
presence of the following materials:
I. Metallic particles
2. Albite, Calcite
3. Rust, Dust and Salt
4. Muscovite, Plagioclase (clay minerals)
5. RTV and Insulation glass fibers
6. Organics and trace organic fibers
Debris analysis provides the following correlations:
1. Metallic particles (stainless steel; aluminum, zinc,
and carbon steel alloys) are common to the landing site
and SRB/BSM exhaust, but are not considered a debris
concern in this quantity (micrometer), and have not
demonstrated a known debris effect.
2. Albite and Calcite are naturally-occurring landing
site products.
3. Rust, dust and salt are landing site products.
4. Muscovite and Plagioclase are
landing site products.
naturally-occurring
5. RTV and insulation glass fibers originate from Orbiter
thermal protection system (TPS) .
6. Organic materials are probably insect/animal remains
and deposits, or tile waterproofing agents. The trace
organic fibers (cellulose) appear to be of sampling
cloth origin.
Source::LINK
"The window cavity conditioning system prevents moisture from entering into the windshields and the cavities of the overhead and payload-viewing windows"
Source.
spaceflight.nasa.gov...