N-Phenylbis (trifluoromethanesulphonimide) CAS: 37595-74-7

N-Phenylbis (trifluoromethanesulphonimide) ikoreshwa mu nganda zitandukanye bitewe n’imiterere yayo idasanzwe. Mu rwego rw’imiti, igira uruhare runini nk’ikintu gihindura imikorere y’ibinyabuzima, cyane cyane mu iterambere ry’ibintu bihuza imiti n’ibintu bikora. Imiterere yayo yihariye n’uburyo ikora bituma habaho ibintu bishya bifite ibikorwa bya biyoloji n’imiterere y’ubuvuzi, bigafasha mu kuvumbura no guteza imbere imiti. Byongeye kandi, N-Phenylbis (trifluoromethanesulphonimide) ikoreshwa cyane mu rwego rwa electrochimie mu miterere ya electrolyte mu bikoresho byo kubika ingufu nka bateri za lithium-ion na supercapacitors. Ifite ubushobozi bwo gutwara ioni nyinshi, guhagarara neza kw’ubushyuhe, n’imiterere yo gushonga bituma iba inyongeramusaruro nziza ya electrolyte, yongera imikorere, imikorere myiza, n’ubuzima bw’imikorere ya sisitemu zo kubika ingufu, bityo iteza imbere ikoranabuhanga ry’ingufu zishobora kuvugururwa n’ibikoresho by’ikoranabuhanga bigendanwa. Byongeye kandi, iyi nyunganizi ikoreshwa mu gukamura no mu bumeteri bwa organometallic mu gushushanya ligand no guhindura imiterere y’icyuma. Ubushobozi bwayo bwo guhuza ibyuma no gushimangira ibintu bihuza na catalytic bifasha guteza imbere catalysts nziza zo guhindura imikorere y’ibinyabutabire, harimo imiterere y’imigozi ya karuboni na karuboni, ibikorwa byo guhuza, no gukora asymmetric syntheses, biganisha ku iterambere mu buryo bwo gukora sintetike n’imikorere y’inganda. Byongeye kandi, N-Phenylbis (trifluoromethanesulphonimide) ikoreshwa mu buhanga bwo gusesengura chromatography ya ion-pair na tekiniki zo gutandukanya. Imiterere yayo yo guhitamo ihinduranya ion no guhuza n’uburyo butandukanye bwo gusesengura bituma habaho gutandukanya no kumenya neza ibinyabutabire bya polar na charged mu mvange ikomeye, byoroshya isesengura nyaryo no gupima mu bipimo by’ibidukikije, imiti, na biochemical. Muri make, N-Phenylbis (trifluoromethanesulphonimide) ni ikinyabutabire gifite akamaro kanini mu buhanga bw’imiti, electrochimie, catalysis, na chemistry yo gusesengura. Imiterere yayo yihariye, reactivity, n’amatsinda y’imikorere bituma iba igikoresho cy’agaciro cyo gukora ibinyabutabire byihariye, kunoza ikoranabuhanga ryo kubika ingufu, kunoza inzira zo gusesengura, no gutuma uburyo bwo gusesengura bunoze mu bushakashatsi bwa siyansi, mu nganda, no mu guhanga udushya mu ikoranabuhanga.