On the Ligating Properties of Sulfonate and Perchlorate Anions Towards Zinc
β Scribed by Brandsch, Thomas ;Schell, Friedrich-Alexander ;Weis, Karl ;Ruf, Michael ;Miiller, Bod0 ;Vahrenkamp, Heinrich
- Publisher
- Wiley (John Wiley & Sons)
- Year
- 1997
- Tongue
- English
- Weight
- 668 KB
- Volume
- 130
- Category
- Article
- ISSN
- 0009-2940
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β¦ Synopsis
Attempts are reported to incorporate sulfonate and perchlo-Tp*Zn-OS0,R. Spectroscopic evidence for perchlorate coorrate anions as ligands in zinc complexes of tripodal ligands. dination in Tp*ZnC104 . 2 DMSO conflicts with crystallogra-Using tris(benzimidazolylmethy1)amine (BIMA) only the pic evidence against it in Tp*ZnC104 . pyridine. The crystal aqua complexes (BIMA)Zn-OH2(C10,) and [(BI-structures of (BIMA)Zn-OHz2, TpCUrneMeZn-O-MA)Zn-OH2](RS0,)2 (R = CH3, CF,, p-tolyl) were accessi-S02CH3, TPfB"~MeZn-OS02C6H4-p-CH,, and [TpCUmtMeZn .
ble. Using substituted pyrazolylborates (TpY), the same three NCSH5]C1O4 were determined. sulfonate anions were found to be ligands in the complexes
π SIMILAR VOLUMES
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The use of tetrahydroxyflavanol, morin, for the identification of aluminium by the formation of a green fluorescent inner complex salt is well knownlj 2, and has been applied to the detection of gallium, scandium, beryllium and zinc3. FEIGL has recorded a more sensitive modification of the test on p
## SYNOPSIS A series of polyether (PTMO, PEO) polyurethane ionomers having different contents of sodium sulfonate groups in the soft segments have been synthesized. The reaction of transesterification was involved in the incorporation of the sodium sulfonate groups in the polyether. The polyuretha