177Lu is a medium energy beta-emitter commonly used in Nuclear Medicine for radiotherapeutic applications. In this work, the half-life of 177Lu has been measured using a re-entrant ionisation chamber over a period of 82 days (approximately 12 half-lives). Unlike the majority of previous studies, the material used in this work was produced via the 176Yb(n,γ)177Yb reaction followed by the β-decay to 177Lu, producing insignificant quantities of 177mLu. This has resulted in the most precise half-life measurement of 177Lu to date. A half-life of 6.6430 (11) days has been determined. This value is in statistical agreement with the currently recommended half-life of 6.6463 (15) days (z-score = 1.8)
The half-life of a radioactive material is the statistical average time during which one-half of tha...
Utilising a chemically purified solution the radioactive half-life of 227Th has been determined indi...
High-precision measurement of half-life and Q(alpha) value of neutral and highly charged alpha emitt...
The half-life of 177Lu was measured by following the decay of sources with an ionisation chamber and...
Thanks to its favorable decay characteristics, 177gLu is finding several applications in nuclear med...
The accurate detn. of radionuclidic purity and half-life of the beta emitter 177gLu used for metabol...
<sup>175</sup> Yb is a radionuclide that can be generated by neutron capture on <sup&...
The radiolanthanide <sup>161</sup> Tb is being studied as an alternative to <sup>1...
The half-life of 176Lu was determined by measuring the 176Lu activity in metallic lutetium foils. Th...
The half-lives of 214Po and 218Rn have been measured. The radionuclides were produced in the decay o...
have been measured from a 24-MeV deuteron energy down to their respective thresholds by using a prod...
Background In this work, a lutetium-177 (177Lu) production method based on the separation of nuclear...
The half-life of 241-Pu for beta decay has been determined on an iniyially 93% isotopically enriched...
177Lu has sprung as a promising radionuclide for targeted therapy. The low soft tissue penetration o...
The half-lives of 221Fr, 217At, 213Bi, 213Po, and 209Pb were measured by means of an ion-implanted p...
The half-life of a radioactive material is the statistical average time during which one-half of tha...
Utilising a chemically purified solution the radioactive half-life of 227Th has been determined indi...
High-precision measurement of half-life and Q(alpha) value of neutral and highly charged alpha emitt...
The half-life of 177Lu was measured by following the decay of sources with an ionisation chamber and...
Thanks to its favorable decay characteristics, 177gLu is finding several applications in nuclear med...
The accurate detn. of radionuclidic purity and half-life of the beta emitter 177gLu used for metabol...
<sup>175</sup> Yb is a radionuclide that can be generated by neutron capture on <sup&...
The radiolanthanide <sup>161</sup> Tb is being studied as an alternative to <sup>1...
The half-life of 176Lu was determined by measuring the 176Lu activity in metallic lutetium foils. Th...
The half-lives of 214Po and 218Rn have been measured. The radionuclides were produced in the decay o...
have been measured from a 24-MeV deuteron energy down to their respective thresholds by using a prod...
Background In this work, a lutetium-177 (177Lu) production method based on the separation of nuclear...
The half-life of 241-Pu for beta decay has been determined on an iniyially 93% isotopically enriched...
177Lu has sprung as a promising radionuclide for targeted therapy. The low soft tissue penetration o...
The half-lives of 221Fr, 217At, 213Bi, 213Po, and 209Pb were measured by means of an ion-implanted p...
The half-life of a radioactive material is the statistical average time during which one-half of tha...
Utilising a chemically purified solution the radioactive half-life of 227Th has been determined indi...
High-precision measurement of half-life and Q(alpha) value of neutral and highly charged alpha emitt...