“…[3] Especially for in situ generation of selenides, which are immediately consumed by subsequent reactions, a broad variety of methods has been used, such as ultrasound-induced electrochemical synthesis, [24] pulse radiolysis in saturated aqueous N 2 O solutions, which resulted in the interim formation of (Se 2 ) 2-and the formation of short- [29] (NMe 4 )(HSe) (c), [30] and Na 2 Se·xH 2 O with x = 5 [31] or 9 [32] 3 )] 2 (Se 2 ) (b) has been the only known organic cation-stabilized diselenide so far, yet with Li-Se distances as short as 2.561 Å, hence shorter than the sum of Li(+I) and Se(-II) ionic radii (2.57 Å). [33] In combination with an only threefold coordination of the Li + ion, this compound would probably be classified as a selenidolithiate.…”
Abstract. Based on the synthesis and characterization of a series of new (poly-)selenide salts, a classification of anionic (poly-)selenidecontaining compounds is proposed. The new compounds were categorized according to these classes. Synthetic approaches of organic cation-stabilized (poly-)selenide compounds that have been already
“…[3] Especially for in situ generation of selenides, which are immediately consumed by subsequent reactions, a broad variety of methods has been used, such as ultrasound-induced electrochemical synthesis, [24] pulse radiolysis in saturated aqueous N 2 O solutions, which resulted in the interim formation of (Se 2 ) 2-and the formation of short- [29] (NMe 4 )(HSe) (c), [30] and Na 2 Se·xH 2 O with x = 5 [31] or 9 [32] 3 )] 2 (Se 2 ) (b) has been the only known organic cation-stabilized diselenide so far, yet with Li-Se distances as short as 2.561 Å, hence shorter than the sum of Li(+I) and Se(-II) ionic radii (2.57 Å). [33] In combination with an only threefold coordination of the Li + ion, this compound would probably be classified as a selenidolithiate.…”
Abstract. Based on the synthesis and characterization of a series of new (poly-)selenide salts, a classification of anionic (poly-)selenidecontaining compounds is proposed. The new compounds were categorized according to these classes. Synthetic approaches of organic cation-stabilized (poly-)selenide compounds that have been already
“…The benefits of coupling ultrasound to electrochemical processes have been recognized and explored for a long time [51][52][53][54][55][56][57][58]. The complexity of the processes induced by power ultrasound [59,60] and the sensitivity of results on conditions and experimental parameters [61] have hitherto prevented ultrasound in electrochemistry, or sonoelectrochemistry, from becoming a reliable and established tool.…”
This review discusses briefly the important aspects of thin films. The introduction of the article is a summary of evolution of thin films from surface engineering, their deposition methods, and important issues. The fundamental aspects of electrochemical deposition with special emphasis on the effect of temperature on the phase formation have been reviewed briefly. The field of sonoelectrochemistry has been discussed in the paper . The literature regarding the effects of temperature and sonication on the structure and morphology of the deposits and nucleation mechanisms, residual stress, and mechanical properties has also been covered briefly.
“…54 The RYanions are also generated elec trochemically from organic dichalcogenides 55 and used in the OCC synthesis. The reduction at the cathode is accompanied by an increase in the рH, i.e., a basic reduc ing system is formed directly in the process of electrolysis.…”
The review surveys the data on the synthesis of organosulfur, selenium, and tellurium compounds in basic reducing systems. Good prospects of the hydrazine hydrate-alkali system are demonstrated.
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