xmlui.ArtifactBrowser.ConfigurableBrowse.title.metadata.authorSäteilyturvakeskus STUK"Hakala J"

Applications of the total absorption technique to improve reactor decay heat calculations: study of the beta decay of 102,104,105Tc

Algora A; Jordan D; Taín JL; Rubio B; Agramunt J; Perez-Cerdan AB; Molina F; Caballero L; Nácher E; Krasznahorkay A; Hunyadi MD; Gulyás J; Vitéz A; Csatlós M; Csige L; Äystö J; Penttilä H; Moore ID; Eronen R; Jokinen A; Nieminen A; Hakala J; Karvonen P; Kankainen A; Saastamoinen A; Rissanen J; Kessler T; Weber C; Ronkainen J; Rahaman S; Elomaa V; Hager U; Rinta-Antila S; Sonoda T; Burkard K; Hüller W; Batist L; Gelletly W; Yoshida T; Nichols AL; Sonzogni A; Peräjärvi K (2009)

Determining independent fission product yields with a Penning trap

Penttilä H; Karvonen P; Eronen T; Äystö J; Elomaa V-V; Hager U; Hakala J; Jokinen A; Kankainen A; Moore ID; Peräjärvi K; Rahaman S; Rinta-Antila S; Rubchenya V; Sonoda T (2010)

Event mode data acquisition for characterization of samples containing radioactive particles

Peräjärvi K; Hakala J; Jokinen A; Moore ID; Penttilä H; Pöllänen R; Saastamoinen A; Toivonen H; Turunen J; Äystö J (2009)

Event mode data acquisition for characterization of samples containing radioactive particles [poster]

Peräjärvi K; Hakala J; Jokinen A; Moore ID; Penttilä H; Pöllänen R; Saastamoinen A; Toivonen H; Turunen J; Äystö J (2008)

Improvements on decay heat summation calculations by means of total absorption gamma-ray spectroscopy measurements

Algora A; Jordan D; Táin JL; Rubio B; Agramunt J; Caballero L; Nácher E; Perez-Cerdan AB; Molina F; Krasznahorkay A; Hunyadi MD; Gulyás J; Vitéz A; Csatlós M; Csige L; Äystö J; Penttilä H; Rinta-Antila S; Moore I; Eronen T; Jokinen A; Nieminen A; Hakala J; Karvonen P; Kankainen A; Hager U; Sonoda T; Saastamoinen A; Rissanen J; Kessler T; Weber C; Ronkainen J; Rahaman S; Elomaa V; Burkard K; Hüller W; Batist L; Gelletly W; Yoshida T; Nichols AL; Sonzogni A; Peräjärvi K (2011)

Practical applications of the total absorption technique

Algora A; Jordan D; Estevez E; Taín JL; Rubio B; Agramunt J; Perez-Cerdan AB; Molina F; Caballero L; Nácher E; Bernabeu J; Gadea A; Krasznahorkay A; Hunyadi MD; Gulyás J; Vitéz A; Csatlós M; Csige L; Äystö J; Penttilä H; Moore ID; Eronen T; Jokinen A; Nieminen A; Hakala J; Karvonen P; Kankainen A; Saastamoinen A; Rissanen J; Kessler T; Weber C; Ronkainen J; Rahaman S; Elomaa V; Hager U; Rinta-Antila S; Sonoda T; Burkard K; Hüller W; Döring J; Gierlik M; Kirchner R; Mukha I; Plettner C; Roeckl E; Cano-Ott D; Batist L; Valiente JJ; Gelletly W; Yoshida T; Nichols AL; Sonzogni A; Peräjärvi K (2010)

Production and characterization of enriched 133mXe samples

Peräjärvi K; Elomaa V-V; Eronen T; Hakala J; Jokinen A; Kankainen A; Karvonen P; Moore ID; Penttilä H; Rissanen J; Saastamoinen A; Toivonen H; Turunen J; Äystö J (2009)

Production of pure 133mXe for CTBTO

Peräjärvi K; Eronen T; Gorelov D; Hakala J; Jokinen A; Kettunen H; Kolhinen V; Laitinen M; Moore ID; Penttilä H; Rissanen J; Saastamoinen A; Toivonen H; Turunen J; Äystö J (2012)

Production of pure samples of 131mXe and 135Xe

Peräjärvi K; Eronen T; Cagniant A; Gorelov D; Hakala J; Jokinen A; Kankainen A; Kettunen H; Kolhinen VS; Laitinen M; Moore ID; Penttilä H; Rissanen J; Saastamoinen A; Toivonen H; Turunen J; Äystö J (2013)

Reactor Decay Heat in 239Pu: Solving the g discrepancy in the 4-3000-s Cooling Period

Algora A; Jordan D; Taín JL; Rubio B; Agramunt J; Perez-Cerdan AB; Molina F; Caballero L; Nácher E; Krasznahorkay A; Hunyadi MD; Gulyás J; Vitéz A; Csatlós M; Csige L; Äystö J; Penttilä H; Moore ID; Eronen T; Jokinen A; Nieminen A; Hakala J; Karvonen P; Kankainen A; Saastamoinen A; Rissanen J; Kessler T; Weber C; Ronkainen J; Rahaman S; Elomaa V; Rinta-Antila S; Hager U; Sonoda T; Burkard K; Hüller W; Batist L; Gelletly W; Nichols AL; Yoshida T; Sonzogni AA; Peräjärvi K (2010)

Säteilyturvakeskus STUK - Selaus tekijän mukaan "Hakala J"

Applications of the total absorption technique to improve reactor decay heat calculations: study of the beta decay of <sup>102,104,105</sup>Tc

Determining independent fission product yields with a Penning trap

Event mode data acquisition for characterization of samples containing radioactive particles

Event mode data acquisition for characterization of samples containing radioactive particles [poster]

Improvements on decay heat summation calculations by means of total absorption gamma-ray spectroscopy measurements

Practical applications of the total absorption technique

Production and characterization of enriched <sup>133m</sup>Xe samples

Production of pure <sup>133m</sup>Xe for CTBTO

Production of pure samples of <sup>131m</sup>Xe and <sup>135</sup>Xe

Reactor Decay Heat in <sup>239</sup>Pu: Solving the g discrepancy in the 4-3000-s Cooling Period

The decay of 133mXe

Ultra-high resolution mass separator - Application to detection of nuclear weapons tests

Ultra-pure <sup>133m</sup>Xe standard for sensitive detection of nuclear weapons tests [abstract + poster]

Upgrade and yields of the IGISOL facility

Säteilyturvakeskus STUK - Selaus tekijän mukaan "Hakala J"

Applications of the total absorption technique to improve reactor decay heat calculations: study of the beta decay of <sup>102,104,105</sup>Tc ﻿

Determining independent fission product yields with a Penning trap ﻿

Event mode data acquisition for characterization of samples containing radioactive particles ﻿

Event mode data acquisition for characterization of samples containing radioactive particles [poster] ﻿

Improvements on decay heat summation calculations by means of total absorption gamma-ray spectroscopy measurements ﻿

Practical applications of the total absorption technique ﻿

Production and characterization of enriched <sup>133m</sup>Xe samples ﻿

Production of pure <sup>133m</sup>Xe for CTBTO ﻿

Production of pure samples of <sup>131m</sup>Xe and <sup>135</sup>Xe ﻿

Reactor Decay Heat in <sup>239</sup>Pu: Solving the g discrepancy in the 4-3000-s Cooling Period ﻿

The decay of 133mXe ﻿

Ultra-high resolution mass separator - Application to detection of nuclear weapons tests ﻿

Ultra-pure <sup>133m</sup>Xe standard for sensitive detection of nuclear weapons tests [abstract + poster] ﻿

Upgrade and yields of the IGISOL facility ﻿

Applications of the total absorption technique to improve reactor decay heat calculations: study of the beta decay of <sup>102,104,105</sup>Tc

Determining independent fission product yields with a Penning trap

Event mode data acquisition for characterization of samples containing radioactive particles

Event mode data acquisition for characterization of samples containing radioactive particles [poster]

Improvements on decay heat summation calculations by means of total absorption gamma-ray spectroscopy measurements

Practical applications of the total absorption technique

Production and characterization of enriched <sup>133m</sup>Xe samples

Production of pure <sup>133m</sup>Xe for CTBTO

Production of pure samples of <sup>131m</sup>Xe and <sup>135</sup>Xe

Reactor Decay Heat in <sup>239</sup>Pu: Solving the g discrepancy in the 4-3000-s Cooling Period

The decay of 133mXe

Ultra-high resolution mass separator - Application to detection of nuclear weapons tests

Ultra-pure <sup>133m</sup>Xe standard for sensitive detection of nuclear weapons tests [abstract + poster]

Upgrade and yields of the IGISOL facility