I-LADP-3 yeMicrowave Electron Spin Resonance Apparatus
Iimvavanyo
1. Funda kwaye uvume i-electron spin resonance phenomenon.
2. Umlinganiselo kaLandeg-into yesampulu ye-DPPH.
3. Funda indlela yokusebenzisa izixhobo ze-microwave kwinkqubo ye-EPR.
4. Qonda i-wave wave ngokutshintsha ubude be-resonant cavity kunye nokumisela ubude be-waveguide.
5. Ukulinganisa ukuma kwamaza osasazo kwindawana ye-resonant kunye nokumisela ubude be-waveguide.
Iinkcukacha
Inkqubo yeMicrowave | |
Ipiston yesekethe emfutshane | uluhlu lohlengahlengiso: 30 mm |
Isampulu | I-DPPH powder kwityhubhu (imilinganiselo: Φ2×6 mm) |
imitha frequency microwave | uluhlu lomlinganiselo: 8.6 GHz ~ 9.6 GHz |
Imilinganiselo yeWaveguide | ngaphakathi: 22.86 mm × 10.16 mm (EIA: WR90 okanye IEC: R100) |
Imagnethi yombane | |
Igalelo lombane kunye nokuchaneka | Ubuninzi: ≥ 20 V, 1% ± 1 idijithi |
Igalelo langoku kunye nokuchaneka | 0 ~ 2.5 A, 1% ± idijithi e-1 |
Uzinzo | ≤ 1×10-3+5 mA |
Ukomelela kwemagnethi | 0 ~ 450 mT |
Tshayela Ibala | |
Imveliso yombane | ≥ 6 V |
Imveliso yoluhlu lwangoku | 0.2 ~ 0.7 A |
Uluhlu lohlengahlengiso lwesigaba | ≥ 180 ° |
Imveliso yokuskena | Isidibanisi se-BNC, i-saw-tooth wave wave 1 ~ 10 V |
Umthombo woMqondiso weMicrowave yeState eSolid | |
Ukuphindaphinda | 8.6 ~ 9.6 GHz |
Ukuqhutywa rhoqo | ≤ ± 5×10-4/15 imiz |
Umbane osebenzayo | ~ 12 VDC |
Amandla emveliso | > 20 mW phantsi kwemo ye-amplitude elinganayo |
Imo yokusebenza kunye neeparamitha | Ubukhulu obulinganayo |
Ukumodareyitha kwangaphakathi kwesikweri-amaza ukuphindaphinda: 1000 Hz Ukuchaneka: ± 15% ukutyeka: < ± 20% | |
Imilinganiselo yeWaveguide | ngaphakathi: 22.86 mm × 10.16 mm (EIA: WR90 okanye IEC: R100) |
Uluhlu lwamacandelo
Inkcazo | Qty |
UMlawuli oPhambili | 1 |
Imagnethi yombane | 1 |
Isiseko senkxaso | 3 |
Inkqubo yeMicrowave | Iseti e-1 (kubandakanywa amacandelo ahlukeneyo e-microwave, umthombo, umtshini, njl.njl) |
Isampulu yeDPPH | 1 |
Intambo | 7 |
Incwadi yokufundisa | 1 |
Bhala umyalezo wakho apha kwaye uwuthumele kuthi