“Fort Worth”30 pages
- p. 12 …Fort Worth Star-Telegram, Photographs of Balloon Debris, July 9, 1947
17. Statement, Lt. Col. Sheridan…
- p. 13 …Fort Worth Star-Telegram, Photographs of Balloon Debris, July 9, 1947
2. Organizational Chart, Watson Laboratories…
- p. 27 …These locations include Fort Worth, Texas, the home of the Eighth Air Force Headquarters; possibly Sandia…
- p. 31 …DC; Federal Records Center, Ft Worth, TX; the INSCOM Archives, Fort Meade, MD; National Air and…
- p. 35 …in the famous photos (Atch 16) in Fort Worth was that of a radar target normally…
- p. 36 …were told was a flying saucer to Fort Worth. The people on board included...and Maj…
- p. 37 …Newton was a weather officer assigned to Fort Worth, who was on duty when the Roswell…
- p. 42 …photographs taken at the time by the Fort Worth Star-Telegram, that depicted Ramey and Marcel…
- p. 43 …the wreckage prior to its getting to Fort Worth. This organization reported on July 20, 1994…
- p. 47 …After the autopsies, conspiracy theorists said the bodies were flown to Fort Worth and then to…
- p. 65 …to Fort Worth.
"Flying disc." Some of the debris was flown to Fort Worth.
as where…
- p. 84 …Center (WNRC) or the Southwest Regional Depository (Fort Worth, Texas).
## Recommendations
Because the records management policy…
- p. 131 …taken to Eighth Air Force Headquarters in Fort Worth where it was subsequently identified as a…
- p. 138 …And I obviously...Marcel took it to Fort Worth. Yeah that's the...
RW: Yeah. That…
- p. 139 …into Wright-Pat and Kirtland, or to Fort Worth. Back and forth, loaded up, with very…
- p. 145 …Then it said: "After Marcel had gone to Fort Worth and came back Marcel challenged the…
- p. 147 …O.K."Marcel would take some of the sample to Fort Worth to show Ramey. In…
- p. 150 normal course of his duty was sent to Washington not 8th Air Force in Fort Worth…
- p. 219 …But the Roswell morning paper clearly showed that there was a knowledgeable person in Fort Worth…
- p. 231 …Headquarters by a news photographer of the Fort Worth Star Telegram. It's four pictures that…
- p. 263 …I was the only weather forecaster on duty in the Fort Worth base weather and flight…
- p. 269 …flown to Eighth Air Force Headquarters at Fort Worth AAF, TX, for his personal inspection. Upon…
- p. 277 …Before the announcement was made, the "disc" was flown to Fort Worth AAF, at the direction…
- p. 278 …giant thermos jug" was allegedly transported from Fort Worth AAF to Wright Field. $ ^{38} $ This description…
- p. 280 designs on it." $ ^{41} $ Furthermore, the Fort Worth Army Airfield Weather Officer, Irving Newton, who was…
- p. 283 1
Fort Worth Star-Telegram
Photographs of Balloon Debris
July 9, 1947
- p. 549 …Similarly, the Fort Worth Sub-Committee established a procedure for flights made within the Fort Worth…
- p. 616 …Air Coordinating Committee, Fort Worth Regional Airspace Subcommittee. Subject: Obstructions to air navigation...43
5. Memorandum…
- p. 655 …5/15/47 Office of the Secretary Fort Worth Sub-Committee on Air Space Civil Aeronautics…
- p. 715 …Arrived in Fort Worth about 9 EDST. Off again to Big Springs, Texas, where forced to…
(2) From the mean sounding data at 49,200 ft. (15 km.)
over Lakehurst, N.J. (Jan. 1943).
Temperature =-59.5 $ ^{\circ} \mathrm{C} $
Pressure = 120 mb.
$$
\text{Molar volume}_{\text{standard}} \times \frac{\text{Temperature}(\text{observed})}{\text{Temperature}(\text{standard})} \times \frac{\text{Pressure}(\text{standard})}{\text{Pressure}(\text{observed})}
$$
= Molar volume at observed conditions.
$$
3 5 9 x \frac {2 7 3 . 2 - 5 9 . 5}{2 7 3 . 2} x \frac {1 0 1 3 . 3}{1 2 0} = 2 3 7 0 f t. ^ {3}
$$
This is the mean pound molar volume at 15 km for Jan. 1943 over Lakehurst, N. J. This volume data was computed for levels up to 100,000 ft. over several stations and may be found in Appendix 3, plotted on the left hand side of figures 19 and 20.
B. Load-Diameter Maximum Altitude Relationships
Molar volume is related to buoyancy in the following fashion. Using 98% hydrogen of molecular weight, 2.11 lb./mol. and dry air of molecular weight 28.76 lb./mol., a buoyancy equal to the difference, 26.65 lb/mol. (See Table IV) is available whenever one pound molecular weight of hydrogen displaces one pound molecular weight of dry air under the same conditions of temperature and pressure.
TABLE IV
Buoyancy per Pound-Mol.
Helium (98%)
24.6 #/#mol, or
11.1 kg/#mol
Hydrogen (98%)
26.6#/#mol, or
12.1 kg/#mol