（I-China）I-FTIR-2000 Fourier Transfor Infrared Spectrometer

1. Umklamo ohlakaniphile wokuxhumana phakathi kwabantu namakhompyutha, kungakhathaliseki ukuthi uxhumene nesofthiwe ye-infrared ye-Fourier, ungasebenza kahle ngokushesha;

2. Ifakwe idivayisi yokukhumbuza ngokuzenzakalelayo umswakama ehlakaniphile, yehlisa umthwalo womsebenzi womqhubi ekugcinweni kwethuluzi, umsebenzi wokubonisa okubonakalayo kwedijithali ngomswakama kagesi, izokhumbuza abasebenzisi ngokuzenzakalelayo ukuthi bashintshe i-desiccant, ixazulule ingozi enkulu efihliwe ekusebenziseni i-infrared;

3. I-Interferometer: Idrayivu yakamuva ye-maglev flat mirror electromagnetic, enokulawulwa kwe-laser ye-3D, ukulungiswa okuzenzakalelayo okuqhubekayo kwedijithali kanye nemisebenzi yokulawula i-DSP, ukwenza ngcono okuzenzakalelayo kwamandla esistimu, akukho ukulungiswa ngesandla.

4. Isihlukanisi se-beam: i-KBr substrate germanium plating engenisiwe.

5. Umamukeli: isitholi se-DLATGS esisebenza kahle kakhulu esingenisiwe esinefilimu engangenisi umswakama, ithuluzi lingabonakala ngokuzenzakalelayo, lingcono kune-24-bit 500KHz high-precision A/D converter, ukuqinisekisa ukuthi ukutholwa kwedatha ye-spectral kuyashesha futhi kunembile.

6. Isixhumi esibonakalayo sokudlulisa idatha: ukuxhumana okujwayelekile kwe-USB2.0 okushesha kakhulu ngezindlela ezimbili

7. Uhlelo lokusekela: Windows XP, Windows Vista, Windows 7, Windows 8

8. Isofthiwe enamandla kakhulu: ngomsebenzi wokuzihlola ukuqinisekisa isimo esifanele sethuluzi kanye nemingcele yokuhlola;

Isofthiwe enamandla yokucubungula idatha nokuhlaziya, kulula ukuyiphatha umaka ophakeme, ukuhlanganiswa kwendawo ephakeme, ukulinganiswa kwesisekelo kanye neminye imisebenzi;

Isofthiwe ye-infrared: Isofthiwe yokucubungula yama-32-bit yaseShayina.

Kufaka phakathi: ukulawula kwe-infrared, ukucubungula i-spectrum, ukuguqulwa kwedatha, isofthiwe yokusebenza kwenani eliningi;

isofthiwe yokunxephezela okuzenzakalelayo ye-H2O/CO2, isofthiwe yokuzihlola;

Isofthiwe yohlelo lwe-Macro;

9. Ukuxilongwa kwe-Hardware ngesikhathi sangempela ku-inthanethi: Ukuxilongwa kwe-Hardware ngesikhathi sangempela ku-inthanethi: ukuqapha okuqhubekayo ku-inthanethi kwazo zonke izingxenye ze-optical (i-laser, umthombo wokukhanya, i-detector, i-beam splitter);

Qinisekisa ukuthi ithuluzi lihlala lisesimweni esihle kakhulu sokusebenza, isofthiwe ye-H2O/CO2 yokubuyisela ngokuzenzakalelayo, isusa ngokuzenzakalelayo amanzi kanye ne-carbon dioxide emoyeni;

10. Ukwakheka kokuvala nokomisa okuphelele kwetafula le-optical kuthuthukisa ukusebenza kahle kokudlulisa ukukhanya, futhi umphumela wokumelana nomswakama muhle kakhulu.

Ingakwazi ukuzivumelanisa nezimo zokusebenza ezahlukahlukene, futhi inciphise umthelela wokumuncwa komoya;

11. I-FTIR-2000 Fourier infrared spectrometer iza nesofthiwe yokuhlaziya futhi ingafakwa izesekeli ezijwayelekile zokudlulisela, njengezesekeli zokulungiselela isampula ye-liquid pool noma i-KBr lamination.

Izesekeli zokulungiselela isampula ye-ATR zingafakwa kalula enqolobaneni yesampula ukuze kusheshiswe isikhathi sokulungiselela isampula, kufinyezwe isikhathi sokuhlanza futhi kwandiswe imisebenzi yethuluzi;

12. Ukusekela uhlelo lokuhlaziya idatha ye-infrared spectrogram yobungcweti, ukutholwa kwe-spectrogram okuzenzakalelayo kanye nokuhlaziywa kwamasampula angaziwa, futhi bangakha umtapo wabo we-spectrogram.

13. Umthombo wokukhanya: impilo ende, umthombo wokukhanya we-infrared opholile emoyeni onamandla aphezulu, i-pre-collimation, indawo enembile, ngaphandle kokuvula isembozo se-optical singafakwa emthonjeni wokukhanya ongenantambo wangaphandle.

Akukho ukulungiswa kwamathuluzi, imizuzwana emi-3 ukuze kutholakale ukuzinza.

Ikhethekile ngomsebenzi wokulala ozenzakalelayo, ithuthukisa impilo yomthombo wokukhanya.

14. Indlela yokubona ehlala njalo ehlanganisa i-collimation: Ipulatifomu yokubona isebenzisa indlela yokubona ehlala njalo ehlanganisa i-collimation.

Zonke izingxenye zamukela imodi yokubeka iphinikhodi, ipulaki bese idlala, abasebenzisi bangafaka futhi bashintshe kalula izingxenye ze-optical;

Isibuko esibonakalayo sisebenzisa ukusika kwedayimane okuhlanganisiwe.