Radioactive isotopes and their production under neutron irradiation: N. E. Brezhneva and S. N. Oziraner, Review Series No. 15 (International Atomic Energy Agency, Wien, 1961. 70 p. 6s.)Nuclear EnergyNot Availabledoi:10.1016/0029-5582(61)90094-3K. Heydorn...
Excitation functions for radioactive isotopes produced by proton bombardment of Fe, Co, and W in the energy range from 10 to 60 MeV Cross sections for the production of long-lived radioactive isotopes by proton induced reactions on iron, cobalt, and tungsten are reported for proton ener... ...
The atomic bomb that decimated Hiroshima had an explosive power equivalent to 15,000 tons of TNT. In contrast, the MOAB has an explosive force of around 11 tons. Furthermore, hydrogen bombs, or H-bombs, are even more potent, with some tested versions being over 1,200 times more powerful...
Supereruptions are the largest explosive volcanic eruptions on Earth. They generate catastrophic, widespread ash-fall blankets and voluminous ignimbrites, with accompanying caldera collapse. However, the mechanisms of generation, storage and evacuation o
(or hydrogen in the future) after nuclear heating of the compressed air to raise gas temperatures and plant output, giving it rapidly variable output (of great value in grid stability and for peak load demand where renewables have significant input). This is described as an air Brayton ...
Variations in Abundances of Isotopes and Atomic Weights In 1908, the atomic weight of “common” lead (from a nonradioactive source material) was measured to be 207.2,7while a 1914 measurement8of lead from a thorium silicate mineral had an atomic weight of 208.4. A low value of 206.4 was...
Korea Atomic Energy Research Institute (KAERI) said that it has exported Germanium-68, a medical radioactive isotope, to Sanders Medical, a U.S. medical device company.According to the state-invested institute, the contract with Sanders Medical marks the
Radioactive isotopes and their production under neutron irradiation: N. E. Brezhneva and S. N. Oziraner, Review Series No. 15 (International Atomic Energy Agency, Wien, 1961. 70 p. 6s.) - ScienceDirectK. HeydornNuclear Physics
A bismuth-213 generator comprising an insoluble composition having the general formula Zr(Phosponate) x (HPO 4 ) 2−x .nH 2 O, wherein x is between 0 and 2; and n is the number of waters of hydration; and wherein cations of radioactive isotopes selected from radium, actinium and ...
Properties of the radioactive decay of No, Rf isotopes are studied in the reaction 50 50 ^{50} Ti + 209 209 ^{209} Bi → 259 259 ^{259} Db* . The cross sections of Db and Rf isotopes production in channels xn and pxn, respectively, are measured. High intensity beams of ...