Search Results - "Sarabadani, P."

Solid phase extraction of radioyttrium from irradiated strontium target using nanostructure ion imprinted polymer formed with 1-hydroxy-4-(prop-2-enyloxy)-9,10-anthraquinone by Sarabadani, P., Payehghadr, M., Sadeghi, M., Es׳haghi, Z., Soltani, N., Rajabifar, S.

“…A new complex of 1-hydroxy-4-(prop-2-enyloxy)-9,10-anthraquinone and Y(III) was synthesized and used as the functional monomer for a novel Y(III) nanostructure…”
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Synthesis of maghemite nano-particles and its application as radionuclidic adsorbant to purify [sup.109]Cd radionuclide by Sadeghi, M, Sarabadani, P, Karami, H

“…Maghemite nano-particles were synthesized by a solid-state chemical reaction for its highly selective use as, cyclotron-produced, [sup.109]Cd (462.9 days)…”
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Separation of the no-carrier-added Cd from Ag, Cu and Zn by use of a precipitation and AG1-X8 resin by Sadeghi, M, Karami, H, Sarabadani, P, Bolourinovin, F

“…The Cd radionuclide was produced in the cyclotron via Ag(p,n)Cd reaction. The radiochemical separation of Cd from silver and non-isotopic impurities comprised…”
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Effect of Europium Dopant Concentration on Particle Size and Luminescence of Yttrium Oxysulfide Nanoparticles Prepared by Urea Homogenous Precipitation by Bakhtiari, H., Ghasemi, M. R., Hashemizadeh Aghda, A., Noorkojouri, H., Sarabadani, P., Zeeb, M.

“…Yttrium oxysulfide nanoparticles doped with trivalent europium have been synthesized using urea homogen precipitation and followed by sulfurization at 800 °C…”
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Synthesis of maghemite nano-particles and its application as radionuclidic adsorbant to purify 109Cd radionuclide by Sadeghi, M., Sarabadani, P., Karami, H.

“…Maghemite nano-particles were synthesized by a solid-state chemical reaction for its highly selective use as, cyclotron-produced, 109 Cd (462.9 days)…”
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Separation of the no-carrier-added 109Cd from Ag, Cu and 65Zn by use of a precipitation and AG1-X8 resin by Sadeghi, M., Karami, H., Sarabadani, P., Bolourinovin, F.

“…The 109 Cd radionuclide was produced in the cyclotron via nat Ag(p,n) 109 Cd reaction. The radiochemical separation of 109 Cd from silver and non-isotopic…”
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High cadmium-109 recovery from a dissolved silver target solution using dowex 1×8 anion-exchange resin by Sadeghi, M., Mirzaii, M., Gholamzadeh, Z., Sarabadani, P., Sattari, A.

“…Separation of 109 Cd produced by proton irradiation of a silver target from the target material and the other products was achieved. Radiochemical separation…”
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Targetry of SrCO3 on a copper substrate by sedimentation method for the cyclotron production no-carrier-added 86Y by Sadeghi, M., Zali, A., Aboudzadeh, M., Sarabadani, P., Aslani, G., Majdabadi, A.

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Targetry of SrCO sub(3) on a copper substrate by sedimentation method for the cyclotron production no- carrier-added super(86)Y by Sadeghi, M, Zali, A, Aboudzadeh, M, Sarabadani, P, Aslani, G, Majdabadi, A

“…Strontium carbonate deposition on copper substrate was carried out by the sedimentation method in order to produce yttrium-86. Natural strontium carbonate…”
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Targetry of SrCO 3 on a copper substrate by sedimentation method for the cyclotron production no-carrier-added 86Y by Sadeghi, M., Zali, A., Aboudzadeh, M., Sarabadani, P., Aslani, G., Majdabadi, A.

“…Strontium carbonate deposition on copper substrate was carried out by the sedimentation method in order to produce yttrium-86. Natural strontium carbonate…”
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Enrichment of 90Zr by Electromagnetic Isotope sSeparation (EMIS) by H. Seyedi, P. Sarabadani, M. Sadeghi, S. Rajabifar

“…The Electromagnetic Isotopes Separator (EMIS) installed in Karaj, has the capability to separate isotopes in a wide range of elements. Zirconium is…”
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Targetry of SrCO(3) on a copper substrate by sedimentation method for the cyclotron production no-carrier-added (86)Y by Sadeghi, M, Zali, A, Aboudzadeh, M, Sarabadani, P, Aslani, G, Majdabadi, A

“…Strontium carbonate deposition on copper substrate was carried out by the sedimentation method in order to produce yttrium-86. Natural strontium carbonate…”
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Enrichment of 54Fe by Electromagnetic Isotope Separator (EMIS) by Z Asadollahi, M. R Ghasemi, A Hashemizadeh, P Sarabadani, H Bakhtiari, S. M Mohati, H Seyedi, H Sadri, M Sharbatdaran

“…Electromagnetic Isotopes Separator (EMIS) has been installed in Karaj since 1991 in order to separate isotopes of a wide range of elements. Iron is…”
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