The formation and the chemical characterization of single atoms of dubnium (Db, element 105), in the form of its volatile oxychloride, was investigated using the on-line gas phase chromatography technique, in the temperature range 350–600 °C. Under the exactly same chemical conditions, comparative studies with the lighter homologues of Group 5 in the Periodic Table clearly indicate the volatility sequence being NbOCl3 > TaOCl3 ≥ DbOCl3. From the obtained experimental results, thermochemical data for DbOCl3 were derived. The present study delivers reliable experimental information for theoretical calculations on chemical properties of transactinides
Topic of this thesis is the development of experiments behind the gas-filled separator TASCA(TransAc...
In the past ten years, nuclear chemists have made considerable progress in developing fast on-line s...
Experimental investigations of transactinoide elements provide benchmark results for chemical theory...
Studying the chemistry of transactinide elements does not only allow for these elements to be proper...
First investigations of chemical properties of bohrium (Z = 107) and hassium (Z = 108) showed an exp...
The recognition criterion for discovery of a new chemical element includes two aspects, the characte...
The chemistry of transactinide elements (Z {ge} 104) is a topic of great interest in current nuclear...
The retention behavior of volatile chlorides and oxychlorides of short-lived isotopes of group 5 ele...
Group 6 elements are known to form volatile chlorides and oxychlorides. These compounds are therefor...
The detection and positive identification of the short-lived, low cross section isotopes used in th...
A chemical separation system was developed to separate group 4 and 5 elements using extraction from ...
The experimentally known chemical properties of the transactinide elements 104 and 105, and the expe...
Recent experimental studies of the chemical characterization of the first two transactinide elements...
Recently, the chemical investigation of element 112 revealed a highly volatile, noble metallic behav...
In keeping with the goal of the Viewpoint series of the Journal of Chemical Education, this article ...
Topic of this thesis is the development of experiments behind the gas-filled separator TASCA(TransAc...
In the past ten years, nuclear chemists have made considerable progress in developing fast on-line s...
Experimental investigations of transactinoide elements provide benchmark results for chemical theory...
Studying the chemistry of transactinide elements does not only allow for these elements to be proper...
First investigations of chemical properties of bohrium (Z = 107) and hassium (Z = 108) showed an exp...
The recognition criterion for discovery of a new chemical element includes two aspects, the characte...
The chemistry of transactinide elements (Z {ge} 104) is a topic of great interest in current nuclear...
The retention behavior of volatile chlorides and oxychlorides of short-lived isotopes of group 5 ele...
Group 6 elements are known to form volatile chlorides and oxychlorides. These compounds are therefor...
The detection and positive identification of the short-lived, low cross section isotopes used in th...
A chemical separation system was developed to separate group 4 and 5 elements using extraction from ...
The experimentally known chemical properties of the transactinide elements 104 and 105, and the expe...
Recent experimental studies of the chemical characterization of the first two transactinide elements...
Recently, the chemical investigation of element 112 revealed a highly volatile, noble metallic behav...
In keeping with the goal of the Viewpoint series of the Journal of Chemical Education, this article ...
Topic of this thesis is the development of experiments behind the gas-filled separator TASCA(TransAc...
In the past ten years, nuclear chemists have made considerable progress in developing fast on-line s...
Experimental investigations of transactinoide elements provide benchmark results for chemical theory...