Physico-chemical characterization of seaborgium as oxide hydroxide
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Seaborgium (Sg; element 106) was studied in comparison with tungsten in the O2-H2O(g)/SiO2(s)-system using high temperature on-line isothermal gas chromatography. The 21-s nuclide 266Sg was produced in the 248Cm+22Ne reaction at a beam energy of 119 MeV. The reaction products were continuously transported by a He(MoO3)-jet to the chromatography apparatus HITGAS. Group 6 element oxide hydroxide molecules volatile at temperatures above 1000 K were formed at 1325 K by adding humid oxygen as reactive gas. 266Sg was unambiguously detected after gas chromatographic separation by measuring 266Sg-262Rf mother-daughter α-sf correlations. The experimental results demonstrate the volatility of Sg in humid oxygen, presumably as Sg oxide hydroxide, a behavior typical for both U(VI) and the group 6 elements.
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- Characteristics of two fission modes
- Excitation energy division in 51V+197Au collisions 75 MeV above the barrier
- Thin target cross sections for proton-induced formation of radionuclides from lead for Ep≤71 MeV
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- Pion transfer processes of pionic atoms in the gas mixtures containing hydrogen at various pressures
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Articles in the same Issue
- Preface: The Fifth International Conference on Nuclear and Radiochemistry, NRC5
- Impact of the contributions of Glenn T. Seaborg on nuclear science
- Characteristics of two fission modes
- Excitation energy division in 51V+197Au collisions 75 MeV above the barrier
- Thin target cross sections for proton-induced formation of radionuclides from lead for Ep≤71 MeV
- Radiochemical study on the mechanism of target fragmentation of Cu, Nb, Pr and Au targets induced by 12C and 40Ar projectiles
- Metal ion - molecule reactions of Bk+: comparison with Pu+ and Tb+
- Aqueous chemistry of transactinides
- Quantum chemical predictions of properties and experimental behaviour of elements 106, 107, and 108
- Startup of transactinide chemistry in JAERI
- Physico-chemical characterization of seaborgium as oxide hydroxide
- First attempt to chemically identify element 112
- ISOLDE target and ion source chemistry
- Separation of actinide redox species with cation exchange chromatography and its application to the analysis of spent fuel leaching solutions
- Development of digital autoradiography technique for the determination of the platinum-group elements in geological materials
- Radionuclide speciation in the environment: a review
- Surface exposure dating by in-situ produced cosmogenic nuclides: chemical mineral separation of purified quartz
- α-Crystalline polyantimonic acid - an adsorbent for radiostrontium, and a potential primary barrier in waste repositories
- Application of radiotracer techniques to a kinetic study of the interaction of Eu with humic acid
- Distribution of 212Pb, 214Pb and 210Pb with its daughter products on aerosol fractions from Vienna and Badgastein (Austria)
- Sorption studies of Cs+, Ba2+, and Co2+ ions on bentonite using radiotracer, ToF-SIMS, and XRD techniques
- Use of extraction chromatography for thorium purification from Eskisehir-Beylikahir Thorium-REEs ore deposit
- Pollutant concentrations in a sediment core dated by Th-isotopic ratios and the 210Pb dating method
- On the origin of 129I in rain water near Zürich
- Determination of uranium and thorium in complex matrices by two solvent extraction separation techniques and photon electron rejecting alpha liquid spectrometry
- Using 13N as tracer in heterogeneous atmospheric chemistry experiments
- Continuous on-line calibration of diffusive soil-atmosphere trace gas transport using vertical 220Rn- and 222Rn-activity profiles
- A radiochromatograpic study of the reaction of 51CrO3 with hydrochloric acid
- Pion transfer processes of pionic atoms in the gas mixtures containing hydrogen at various pressures
- Production of positron emitters of metallic elements to study plant uptake and distribution
- Gallium-67 production at Bucharest U-120 classical cyclotron
- Alternative syntheses of [73,75Se]selenoethers exemplified for homocysteine[73,75Se]selenolactone
- Formulation and preliminary clinical application of the 99mTc(V)-dimercaptosuccinic acid "instant" kit