Alaabta

1,3,6-Hexanetricarbonitrile waa dhexdhexaad muhiim u ah codsiyada warshadaha badan.Tusaale ahaan, kooxda tricarboxy ee loo isticmaali karo saabuun ahaan waxaa lagu heli karaa hydrolysis.Haydaroojinka u dhigma ee trinitrile wuxuu soo saaraa 1,3,6-triaminohexane, kaas oo markaa lagu shubi karo tillaabo dheeri ah si loo soo saaro 1,3,6-triisocyatohexane.Xaruntan waxaa loo isticmaalaa sidii dhisme aasaasi ah oo muhiim ah oo ku jira kiimikada polyurethane (PU), tusaale ahaan diyaarinta xabagta poliurethane ama daboolka poliurethane.1,3,6-Hexanetrinitrile waa wax lagu daro electrolyte muhiim ah, iyo ka kooban yahay electrolyte xaddido codsiga alaabta electrode togan iyo taban ee danab sare, carbonates organic dhaqanka (sida silsilad carbonate DEC, DMC, EMC iyo cyclic carbonate PC, EC, iwm) waxay ku dumin doontaa korantada sare [2,3].Sidaa darteed, horumarinta dareerayaasha cusub ee dabiiciga ah oo leh daaqado koronto kiimiko ah oo ballaaran, milmi sarreeya oo cusbada lithium ah, iyo sunta hoose ee suntu waxay noqotay mid ka mid ah diiradda saaraya horumarinta korantada sare ee electrolytes.Walxaha dabiiciga ah ee Nitrile caadi ahaan waxay leeyihiin sifooyin aad u fiican sida daaqada korantada ee ballaaran, xasilloonida anode-ka sare, viscosity hoose iyo barta karkarinta sare [4].Intaa waxaa dheer, alaabada kala-goysyada ee dareerayaasha organic ee ay ku jiraan kooxaha nitrile guud ahaan waa karboksylates, aldehydes ama dareerayaasha organic u dhigma.Amine, wax sun ah CN-ions lama soo saari doono inta lagu jiro isticmaalka [5-7].Walxaha Nitrile waxay leeyihiin daaqado koronto kiimikaad oo ballaaran waxayna ballanqaadayaan dareerayaal cusub oo dabiici ah.Si kastaba ha ahaatee, marka la eego waxqabadka korantada kiimikaad ee baytariyada lithium-ion, dareerayaasha nitrile weli waxay leeyihiin dhibaatooyin iswaafajin oo leh electrodes taban.Samaynta nidaam isku-dhafan oo leh dareerayaasha karboonaytka ah ama ku darida milixda isku-dhafan ee LiBOB waxay hagaajin kartaa dhibaatadan ilaa xad.