Brookhaven National Laboratory, Upton, New York of 150 psi (total pressure 11 atm). The
effluent gas from the target is brought into a laboratory adjacent to the cyclotron vault by ½ …

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The use of N 2 O 2 or N 2 H 2 pressurized gaseous systems as targets in proton
bombardment makes use of the 14 N (p, α) 11 C reaction and allows the facile, quantitative …

MATERIALS AND METHODS Hydrogen cyanide labeled with 20.4-mm 11Cwas produced
by cyclotron bombardment of a gas target, 99% N2 and 1% H2, with 22-MeV protonsusing …

Three methods are described for the preparation of carbon-11 containing cyanide. Two
methods involve direct recoil synthesis, 11 C+ N 2+ H 2→ H 11 C N and 11 C+ NaC N→ …

The advantages of short-lived radionuclides for clinical use have become well known
through their availability from generators. Applica tions for other short-lived radionuclides …

The production of H 11 CN using the 14 N (p, α) 11 C reaction, was studied. The yield is 140
mCi/μA at saturation (EOB). From 1.8 Ci of H 11 CN 140 mCi of [11 C] ACPC are produced …

H1'F was produced by deuteron irradiation of H,/Ne target gas [3 0 Ne (d, a)" Fl in a heated
Inconel-600 target system. Efficient production and recovery of the thus produced H" F was …

The low radiation dose associated with the short half-life of 11 C (20.4 min), the good spatial
resolution possible in imaging β+ emission and the chemical identity of 11 C containing …

Carbon-11 for medical uses was produced by the 11 B (p, n) 11 C reaction on the Ohio
University Tandem Accelerator. The proton energy was 6 MeV with a beam current of 3 μA …