Documents / FOIA release

roswell

Office of the Secretary of Defense · 993 pages · text from the file's own layer

The Roswell Report: Fact versus Fiction in the New Mexico Desert was published in 1995 by Headquarters United States Air Force. It was written in response to Representative Steven H. Schiff's request and a General Accounting Office audit, and it contains Col. Richard L. Weaver's report and 1st Lt. James McAndrew's synopsis, along with attachments, appendices and photographs. The report says researchers found no evidence of an extraterrestrial craft or crew. It concludes that the 1947 debris came from a Project MOGUL balloon train.

  • p. 225 …Well, Boford was Navy, that was the Navy .•• Q: Like taking a Pi Ball reading now…
  • p. 226 …fabricate balloons for us. During that period we heard of the Navy project that was going…
  • p. 242 …But were any of those used as precursors to Mogul or ••. A: None whatsoever. That was…
  • p. 319 …Ewing had conducted considerable research for the Navy during World War II, studying, among other things…
  • p. 789 …for six hours using a non-extensible envelope vri th the addition of a balla.st…
  • p. 801 …Vet Gifford ;.;ho has 0 0' sea rescue boat this project is planning to use. Stayed…
  • p. 802 …tlyckoff, Hungerfield, 'faux and ~yself regarding Navy participation with us in Crossroads. Captain Kellogg of Weather…
  • p. 815 …Schneider up with 0 'Day to check use as NYU station. Alamoggrdo crew helped~.get helium…
The force due to friction or drag fi, = CD f ADz (This assumes
that there is no vertical motion of' the air in which the balloon
system is floating. We shall later consider the case where an
atmospheric force is causing vertical motion of the air.)
Where:
P : mass density of the e.i r sur rounding the
balloon system
A =
0-a =
projected area of' the balloon on a plene
perpendicular to the relative velooi ty
vertical velocity of the balloon system
(Velocity in the direction of greater altitude
is considered positive.)
a coefficient of drag.
number N _ Dzd P
R- JL
dependent on Reynolds
where:
d = diameter of sphere (ft.)
p =
JL =
mass density of surrounding
fluid (lb. sec.2)
ft.4
viscosity of' surrounding fluid
(lb. sec.)
f't.2
A plot of drag coefficient eEei~st ~eynolds nunber for e. sphere is
shown in Figure ~7.
100
"'....... ~ ·--
~""'I
~ !"-- -~
~I--
0
-· 10 104 10 I to•
Figure 27. Drag coefficient vs. Reynolds Number. for sphere.
-57-

Cases discussed

About this file

FOIA release, from the osd collection. The PDF is mirrored here; the original link is under it. 993 pages are in the text index: search them above, or from the library's search.