N, N, N', N'-Tetramethyl-p-phenylenediamine dihydrochloride 98% White/ off albi/ cinerei pulveris CAS: 637-01-4
| Catalogue Number | XD90267 |
| Product Name | N, N, N', N'-Tetramethyl-p-phenylenediamine dihydrochloride |
| CAS | 637-01-4 |
| Formulae hypotheticae | C10H18Cl2N2 |
| M. Pondus | 237.16932 |
| Repono Details | 2 ad 8 °C |
| Tariff Code harmonized | 29215190 |
Product Specification
| Liquescens punctum | 220-230Deg C |
| Assay | >98% |
| Aspectus | Album / off album / griseo pulveris |
Biomineralizationis est processus quo organismi vivi mineralia efficiunt.Productio extracellularia horum biomineriorum per microbes potentiam habet ad varias applicationes biomachinas.Exempli gratia, rima remediatio et emendatio diuturnitatis concreti momenti est finis machinarum et microbes biomineralis utilis esse potest instrumentum ad hunc finem assequendum.Hic referimus solitam, biochemicam characterem et identificatio hypotheticas Pseudomonas azotoformans, microbam calciticam producentem et quae potentialiter ad rimas concretarum structurarum reparandas adhiberi potest.Primo 38 bacteria solitaria a solo et cemento separata sunt.Pro prima probatione, isolatae muniebant utentes urease primordium, deinde per probationes biochemicae pro rata hydrolysi ureae, productionis calcitae et insolubilitas calciti.Amplificatio hypothetica et sequela 16S rRNA fragmenti segregatorum selectorum nobis permisit cognoscere P. azotoformans tamquam bonum candidatum ad p reparationem concreti biotechnologici.Haec species a solo separata est et eventus ostendunt inter probatos isolates summam hydrolyseos ureae habuisse, summam calcitentis edidisse, quae etiam maxime tenaces et insolubilis fuit.Haec species ita interest ut agens cum potentia in concreto rimas reparare possit.
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