Electrochemical properties of arylsilanes
Cyclic voltammetry of 2 mM RSiH3 (R = phenyl (red), 1-naphthyl (black), 2,5-xylyl (blue)) in 0.1 M TBAF/MeCN solution at 100 mV
Cyclic voltammetry of 2 mM R2SiH2 (R = phenyl (red), 1-naphthyl (black), phenyl/1-naphthyl mixed (green), 2,5-xylyl (blue)) in
Cyclic voltammetry of 2 mM R2SiH2 (R = phenyl (red), 1-naphthyl (black), phenyl/1-naphthyl mixed (green/orange)) in 0.1 M TBAF/
Примечание - перспективы
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Category: chemistrychemistry

Electrochemical properties of arylsilanes

1. Electrochemical properties of arylsilanes

Trusov A.
Afanasyeva O.
Ch-201

2. Cyclic voltammetry of 2 mM RSiH3 (R = phenyl (red), 1-naphthyl (black), 2,5-xylyl (blue)) in 0.1 M TBAF/MeCN solution at 100 mV

3. Cyclic voltammetry of 2 mM R2SiH2 (R = phenyl (red), 1-naphthyl (black), phenyl/1-naphthyl mixed (green), 2,5-xylyl (blue)) in

4. Cyclic voltammetry of 2 mM R2SiH2 (R = phenyl (red), 1-naphthyl (black), phenyl/1-naphthyl mixed (green/orange)) in 0.1 M TBAF/

5. Примечание - перспективы

Так, богатые водородом арилсиланы перспективные кандидаты для различных
практических приложений, включая
прекурсоры для композиционных
материалов, таких как керамика, защитные
группы в органической химии, материалы
для поверхностного изменения
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