2. Uspekhi Khimii, 2001: Title: Novel trends in chemistry of sulfur-containing reductants [Russian language review of basic chemistry of dithionite with emphasis on its use in organic chemical reductions, translated abstract given below, link is to full citation with references ] LINK
Abstract: Data on structure, synthesis, stability, and reactivity of sulfur-containing reductants with C - S and S - S bonds - sodium dithionite, sodium hydroxymethanesulfinate, as well as thiourea oxides,- are surveyed. Reactions of anaerobic and aerobic degradation of sulfur-containing reductants are discussed. Application of these compounds to study non-linear phenomena in chemical kinetics, as well as in guanidine synthesis, is considered.
3. Wikipedia Links: Dithionite and Sodium dithionite![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhZBB409YpBTq2OjvqarwEIpimShwBUEz6MlRQwGnomG7U5C_U-rWmgAe0ZET5s0SD3MhsQzsMIMFqocN34RE9cJ1uC6YQgVkZlJPGJZtaq4HvwUEy0PTJZAQ_C3wou0ehS03iVrE-pLuwl/s400/wikidt.bmp)
Abstract: Data on structure, synthesis, stability, and reactivity of sulfur-containing reductants with C - S and S - S bonds - sodium dithionite, sodium hydroxymethanesulfinate, as well as thiourea oxides,- are surveyed. Reactions of anaerobic and aerobic degradation of sulfur-containing reductants are discussed. Application of these compounds to study non-linear phenomena in chemical kinetics, as well as in guanidine synthesis, is considered.
3. Wikipedia Links: Dithionite and Sodium dithionite
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhZBB409YpBTq2OjvqarwEIpimShwBUEz6MlRQwGnomG7U5C_U-rWmgAe0ZET5s0SD3MhsQzsMIMFqocN34RE9cJ1uC6YQgVkZlJPGJZtaq4HvwUEy0PTJZAQ_C3wou0ehS03iVrE-pLuwl/s400/wikidt.bmp)
No comments:
Post a Comment