There is an extensive redox chemistry of high oxidation state ruthenium(iv) oxo, [1] and osmium(vi) nitrido, [2] and osmium(iv ± vi) hydrazido [3] complexes based on multiple electron/atom transfers such as O atom, [4] N À ion, [3] and H À [2]Cl 6 ´16 H 2 O: To a solution of Na[AuCl 4 ] (0.10 g, 0.
Sulfur isotope effects associated with protonation of Hs− and volatilization of H2S
✍ Scribed by Brian Fry; Howard Gest; J.M. Hayes
- Book ID
- 113290392
- Publisher
- Elsevier Science
- Year
- 1986
- Weight
- 548 KB
- Volume
- 58
- Category
- Article
- ISSN
- 0168-9622
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There is an extensive redox chemistry of high oxidation state ruthenium(iv) oxo, [1] and osmium(vi) nitrido, [2] and osmium(iv ± vi) hydrazido [3] complexes based on multiple electron/atom transfers such as O atom, [4] N À ion, [3] and H À [2]Cl 6 ´16 H 2 O: To a solution of Na[AuCl 4 ] (0.10 g, 0.
## Abstract BACKGROUND: This study explores an alternative process for the abatement and/or desulfurization of H~2~S and volatile organic sulfur compounds (VOSC) containing waste streams, which employs a silicone‐based membrane to simultaneously remove H~2~S and VOSC. An extractive membrane reactor