Andreas Türler

Summary

Andreas Türler is a human^[1]. He worked as a researcher^[2].

Key Facts

• Andreas Türler's professions included researcher^[2].
• Among Andreas Türler's employers was University of Bern^[3].
• A notable work attributed to Andreas Türler is Model Experiments for Chemical Studies of the Elements 105 and 106 in Aqueous Solution^[4].
• A notable work attributed to Andreas Türler is Chemistry with Element 106, Seaborgium - The Isotopes 265Sg and 266Sg^[5].
• A notable work attributed to Andreas Türler is Sorption of Subgroup IV, V and VI Elements on Ion Exchangers from HCL/HF Solutions. Model Experiments for Chemical Studies of the Elements 105 and 106 in Aqueous Solution^[6].
• A notable work attributed to Andreas Türler is Chromatographic Study of Rutherfordium (Element 104) in the system Cl/Tributylphosphate (TBP)^[7].
• A notable work attributed to Andreas Türler is Fluoride Complexation of Rutherfordium (Rf, Element 104)^[8].
• A notable work attributed to Andreas Türler is Chemical properties of element 106 (seaborgium)^[9].
• Andreas Türler is recorded as male^[10].
• Andreas Türler's instance of is recorded as human^[11].
• Andreas Türler's ORCID iD is recorded as 0000-0002-4274-1056^[12].
• Andreas Türler's family name is recorded as Türler^[13].
• Andreas Türler's given name is recorded as Andreas^[14].
• Andreas Türler's ResearcherID is recorded as D-3913-2014^[15].
• Andreas Türler's Scopus author ID is recorded as 7006724675^[16].
• Andreas Türler's BDELIS ID is recorded as 70674^[17].
• Andreas Türler's AstroGen ID is recorded as 47435^[18].
• Andreas Türler's SNSF person ID is recorded as 24567^[19].
• Andreas Türler's BORIS Portal Unibe ID is recorded as 2f4dae58-91e1-4d90-bbe6-bb0d1569cf0e^[20].

Body

Career and Affiliations

Andreas Türler's professions included researcher^[2]. Among his employers was University of Bern^[3].

Works and Contributions

Notable works include Model Experiments for Chemical Studies of the Elements 105 and 106 in Aqueous Solution^[4], Chemistry with Element 106, Seaborgium - The Isotopes 265Sg and 266Sg^[5], Sorption of Subgroup IV, V and VI Elements on Ion Exchangers from HCL/HF Solutions. Model Experiments for Chemical Studies of the Elements 105 and 106 in Aqueous Solution^[6], Chromatographic Study of Rutherfordium (Element 104) in the system Cl/Tributylphosphate (TBP)^[7], Fluoride Complexation of Rutherfordium (Rf, Element 104)^[8], and Chemical properties of element 106 (seaborgium)^[9].

FAQs

What did Andreas Türler do for work?

Andreas Türler worked as researcher^[2].