Bromthymol hyacinthinum, liberum acidum Cas: 76-59-5 Purpura/frunea
| Catalogue Number | XD90526 |
| Product Name | Bromthymol hyacinthinum, liberum acidum |
| CAS | 76-59-5 |
| Formulae hypotheticae | C27H28Br2O5S |
| M. Pondus | 624.38 |
| Repono Details | Ambiens |
| Tariff Code harmonized | 29349990 |
Product Specification
| Aspectus | Purpura / brunneis pulveris |
| Assay | 99% |
| Damnum in Siccatio | 3% max |
| Tinctura Content | 95% min |
| Transitus Range | pH 5.8 - 7.6 Flavus - Blue |
| Solubilitas ad 0.1% (95% Ethanol) | Patet SOLUTIO |
| Necem maximi effusionis (pH 5.8) »1 max | 430 - 435 nm |
| Necem effusio maximi (pH 7.6) »2 max | 615 - 618 nm |
| Absorptivity (E 1% in 1cm cellula ad »1 max), pH 5.8 | 260 - 300 |
| Absorptivitas (E 1% in 1cm cellula ad »2 max), pH 7.6 | 470 - 520 |
Mores bioelectrochemici trium triphenylmethane (TPM) tinguntur, vulgo indicibus pH adhibitis, eorumque applicatio in mediata electronica translationis systemata glucosum oxydatum bioanodi in cellulis biofuelis exploratum est.Bromophenol Blue, Bromthymol Blue, Bromocresol Viridis bioelectrochemice comparati sunt contra duos interpretes late adhibitos, benzoquinone et ferrocene carboxy aldehyde.Studia biochemica fiebant in terminis oxidationis enzymaticae, affinitatis enzyme, efficientiae catalyticae et regenerationis co- factoris.Variae lineae TPM tinguum intermediorum determinantur notis in oxidationis/reductione processuum electrochemice investigatorum.Reversibilitas processuum oxidationis/reductionis etiam per dependentiam scopulorum voltammetricorum cum lapsu rates statutum est.Omnes tres tingui ostenderunt bonas actiones comparatas FA et BQ cum aestimari in media cellula focali enzymatico.Potentiodynamica et potentia experimentorum responsionis maximae potentiae densitates demonstraverunt 32.8 μW cm −2 pro ferrocene carboxy aldehyde consecuti similes valoribus habitis pro fucis TPM circa 30 μW cm −2 adhibitis glucosis et mediantibus concentratione 10 mmol L −1 et 1.0 mmol L −1 respectively.Cum nullus consumptio mediatrix inter processum bioelectrochemicum observatum sit, et etiam processus boni redox revoluti effecti, usus triphenylmethani tingui censetur promittere comparandus aliis systematibus mediatis adhibitis cum glucoso oxidase bioanodes et/vel cellulis biofuel.
