Imagnethi ye-NMR
INyukliya yeMagnetic Resonance (NMR) yinuceli (iNyukliya) ispectroscopy ethe ngqo enokusebenza kuyo yonke inzululwazi yendalo, ikhemistri kunye neshishini. I-NMR isebenzisa umazibuthe omkhulu (iMagnetic) ukuphonononga iipropathi ze-intrinsic spin zenuclei zeatom. Njengazo zonke iispectroscopies, i-NMR isebenzisa icandelo lemitha ye-electromagnetic radiation (amaza erediyo) ukukhuthaza utshintsho phakathi kwamanqanaba amandla enyukliya (Resonance).
Namhlanje, i-NMR iye yaba bubuchwephesha bokuhlalutya obuntsonkothileyo nobunamandla obufumene iintlobo ngeentlobo zezicelo kwiinkalo ezininzi zophando lwezenzululwazi, amayeza, kunye namashishini ahlukeneyo. I-spectroscopy yale mihla ye-NMR ibigxininisa ukusetyenziswa kwiisistim zebhayomolekyuli kwaye idlala indima ebalulekileyo kwibhayoloji yolwakhiwo . Ngophuhliso kuzo zombini iindlela kunye nezixhobo kumashumi amabini eminyaka adlulileyo, i-NMR iye yaba yenye yezona ndlela zinamandla kwaye ziguquguqukayo ze-spectroscopic yokuhlalutya i-biomacromolecules.
Umazibuthe we-NMR ngokungathandabuzekiyo yeyona ndawo ibalulekileyo ye-NMR ye-spectrometer. Umazibuthe we-NMR lelinye lawona malungu axabisa kakhulu enkqubo ye-nuclear magnetic resonance spectrometer. Itekhnoloji yemagnethi ye-NMR iye yavela kakhulu ukususela ekuphuhlisweni kwe-NMR. Iimagnethi zangaphambili ze-NMR zaziyintsimbi engundoqo esisigxina okanye i-electromagnets evelisa umhlaba wemagnethi ongaphantsi kwe-1.5 T. Namhlanje, uninzi lweemagnethi ze-NMR zezohlobo lwe-superconducting.
1.Amandla entsimi kaMagnetic: 1.0T/1.5T/ 2.0T
2.Uhlobo lweMagnet: Umazibuthe osisigxina, akukho cryogens
3.Ukuvulwa kwemagnethi: ≥15mm
4.Isampuli: 3mm ityhubhu / 5mm ityhubhu
5.Magnet ubunzima: 15Kg/30Kg
6.NMR/I-Domain yeXesha NMR
7.Nikeza ulungelelwaniso olulolwakho
