NMR Magnet
Nuclear Magnetic Resonance (NMR) waa nuceli (Nukliyeer) spectroscopy gaar ah kaas oo leh codsiyo fog inta lagu jiro cilmiga jirka, kiimikada iyo warshadaha. NMR waxay isticmaashaa magnet weyn (Magnetic) si ay u baarto sifooyinka laf-dhabarka ee nuclei-yada atomiga. Sida dhammaan spectroscopies, NMR waxay isticmaashaa qayb ka mid ah shucaaca korantada (mawjadaha soo noqnoqda raadiyaha) si kor loogu qaado kala-guurka u dhexeeya heerarka tamarta nukliyeerka (Resonance).
Maanta, NMR waxay noqotay tignoolajiyada falanqaynta ee casriga ah oo awood badan taasoo ka heshay codsiyo kala duwan qaybo badan oo cilmi-baaris saynis ah, daawo, iyo warshado kala duwan. Casriga ah ee NMR spectroscopy ayaa xooga saarayay ku dhaqanka nidaamyada biomolecular wuxuuna door muhiim ah ka ciyaara bayoolajiga qaabdhismeedka. Horumarinta hababka iyo qalabaynta labadaba labaatankii sano ee la soo dhaafay, NMR waxay noqotay mid ka mid ah farsamooyinka spectroscopic ee ugu awoodda badan uguna badan ee falanqaynta biomacromolecules.
Magnet-ka NMR waxa la odhan karaa waa qaybta ugu muhiimsan ee spectrometer-ka NMR. Magnet-ka NMR waa mid ka mid ah qaybaha ugu qaalisan ee nidaamka spectrometer resonance nukliyeerka. Tiknoolajiyada magnetka ee NMR ayaa si aad ah u kobcay tan iyo markii la sameeyay NMR. Magnets NMR ee hore waxay ahaayeen birta xudunta u ah joogtada ah ama electromagnets soo saara dhul birlabeed ah oo ka yar 1.5 T. Maanta, magnets NMR intooda badan waa nooca ugu sareeya.
1.Awoodda magnetic: 1.0T/1.5T/ 2.0T
2.Magnet nooca: magnet joogto ah, ma cryogens
3.Magnet furitaanka: ≥15mm
4.Sample: 3mm tube / 5mm tube
5.Miisaanka Magnet: 15Kg/30Kg
6.NMR/Waqtiga Domain NMR
7. Bixi habaynta shakhsi ahaaneed