I-SA-6000 ngokuzenzekelayo i-rheology analyzer isebenzisa indlela yokulinganisa uhlobo lwekhowuni/ipleyiti. Imveliso ibeka uxinzelelo olulawulwayo kulwelo oluza kulinganiswa nge-motor ye-torque ephantsi ye-inertial. I-drive shaft igcinwa kwindawo ephakathi nge-low resistance magnetic levitation bearing, edlulisela uxinzelelo olubekwe kulwelo oluza kulinganiswa kwaye intloko yalo yokulinganisa iluhlobo lwekhowuni-ipleyiti. I-mensuration yonke ilawulwa ngokuzenzekelayo yikhompyutha. Isantya sokucheba sinokumiselwa ngokungacwangciswanga kuluhlu lwe-(1 ~ 200) s-1, kwaye sinokulandela i-curve enemilinganiselo emibini yesantya sokucheba kunye ne-viscosity ngexesha langempela. Umgaqo wokulinganisa udwetshwe kwi-Newton Viscidity Theorem.
| Imodeli | I-SA-6000 |
| Umgaqo | Indlela yokujikeleza |
| Indlela | Indlela yepleyiti yekhowuni |
| Ingqokelela yesignali | Itekhnoloji yokwahlulahlula i-raster echanekileyo kakhulu |
| Indlela Yokusebenza | / |
| Umsebenzi | / |
| Ukuchaneka | ≤±1% |
| CV | I-CV≤1％ |
| Izinga lokucheba | （1～200）s-1 |
| Ukuqaqamba | （0～60）mPa.s |
| Phungula ucinzelelo | （0-12000）mPa |
| Umthamo wesampulu | ≤800ul |
| Indlela yokusebenza | I-alloy ye-titanium, ibhereyitha yelitye elinqabileyo |
| Indawo yesampulu | Indawo yesampulu engama-60 ene-rack enye |
| Itshaneli yovavanyo | 1 |
| Inkqubo yolwelo | Ipompo ye-peristaltic ecinezela kabini, i-Probe ene-sensor yolwelo kunye nomsebenzi wokwahlula-hlula i-plasma ngokuzenzekelayo |
| Ujongano | I-RS-232/485/USB |
| Ubushushu | 37℃±0.1℃ |
| Ulawulo | Itshathi yokulawula ye-LJ enomsebenzi wokugcina, umbuzo, wokuprinta; |
| Ulawulo lolwelo olungelulo ulwelo lwe-Non-Newtonian lokuqala olunesatifikethi se-SFDA. | |
| Ukulinganisa | Ulwelo lweNewtonian olulinganiswe lulwelo lwe-national primary viscosity; |
| Isatifikethi sesizwe somgangatho oqhelekileyo we-non-Newtonian fluid win yi-AQSIQ yaseTshayina. | |
| Ingxelo | Ivuliwe |
Kukho umsebenzi wokulinganisa kwisoftware yovavanyo lwezixhobo. Ulwelo oluqhelekileyo lwe-viscosity olulungiselelwe yiZiko loPhando lweZinto eziMiselweyo leSizwe luyamkelwa.
1. Kufuneka nini ukulinganiswa:
1.1 Isixhobo sifakwe ekuqaleni.
1.2 Isixhobo siyashukunyiswa, inkqubo yekhompyutha okanye imitha ye-viscosity iyatshintshwa okanye itshintshwe.
1.3 Emva kokusebenzisa isixhobo ixesha elithile, kufunyaniswe ukuba ixabiso elilinganisiweyo lesixhobo linokuphambuka okucacileyo.
☆Qaphela: Ngaphambi kokuba isixhobo silinganiswe, indawo ethe tye yentshukumo yovavanyo kufuneka ilungiswe: beka imitha yenqanaba kwiqonga lentshukumo yovavanyo, kwaye ujike iqhosha lokulungisa ezantsi kwesixhobo ukuze ubeke amaqamza kwisangqa esincinci semitha yenqanaba.
2. Akukho kulinganiswa:
Ngaphandle kokongeza naluphi na ulwelo kwidama lovavanyo lolwelo, cofa iqhosha elithi "Yongeza iSampulu eQhelekileyo" kwi [Calibration Interface], kuvela "ibhokisi yencoko yokufaka", faka ixabiso le-viscosity: 0, cofa u-"Kulungile", kwaye isixhobo siza kuqalisa uvavanyo lokulinganisa inqaku le-zero; Inkqubo ikhuthaza ukugcina isiphumo sokulinganisa esingu-zero.
3. Umlinganiselo oqhelekileyo wokulinganisa ulwelo lwe-viscosity:
3.1 Sebenzisa i-pipette ukongeza i-0.8ml yolwelo oluqhelekileyo lwe-viscosity kwidama lovavanyo, cofa iqhosha elithi "Yongeza iSampuli eQhelekileyo" kwi [calibration interface], kwaye kuvela "ibhokisi yencoko yokufaka", faka ulwelo oluqhelekileyo lwe-viscosity olongezwe kwidama lovavanyo lwe-viscosity value, cofa iqhosha elithi "Kulungile", kwaye isixhobo siza kuqalisa uvavanyo oluqhelekileyo lwe-viscosity fluid calibration;
3.2 Emva kokuba uvavanyo lokulinganisa lugqityiwe, i-green calibration curve iya kuboniswa kwi-shear rate-viscosity coordination;
3.3 Bonisa i-viscosity kunye neeparameters ze-viscosity fluid ezihambelana nazo zonke ii-calibration curves kwibhokisi ethi "uluhlu lweesampuli ezisemgangathweni"
4. Cima i-calibration curve
4.1 Kwibhokisi ethi "uluhlu lweesampuli ezisemgangathweni", sebenzisa imawusi ukukhetha iqela ledatha ethe tyaba. Ngeli xesha, idatha igutyungelwe yibha yombala oluhlaza okwesibhakabhaka, kwaye ijika elihambelanayo kwi-coordinate ye-shear rate-viscosity ehambelanayo lijika libe tyheli. Cofa iqhosha elithi "cima isampuli esemgangathweni", Emva koko ijika lokulinganisa liyanyamalala kwii-coordinate, kwaye inani elihambelanayo kwibhokisi ethi "uluhlu lweesampuli ezisemgangathweni" liyanyamalala;
4.2 Gcina ubuncinane i-calibration curve enye ye-zero point, enye ye-high-viscosity (malunga ne-27.0mPa•s) kunye nenye ye-low-viscosity (malunga ne-7.0mPa•s) ukuqinisekisa uvavanyo oluqhelekileyo lwesixhobo.
☆Qaphela: Nceda ungenzi imisebenzi yokulinganisa ngaphandle kwemvume, ukuze ungabangeli ukudideka kwiiparameter zangaphakathi zenkqubo yesixhobo kwaye kuchaphazele ukuchaneka nokuchaneka kovavanyo. Ukuba kufuneka wenze umsebenzi wokulinganisa, nceda ugcine iirekhodi zeparameter zokuqala ukuze ubuyisele idatha yokuqala.
5. Ukulinganiswa kwe-capillary
Faka ityhubhu yokuvavanya engenanto kumngxuma onguNombolo 1 wetreyi yesampuli uze wongeze i-3ml yamanzi acociweyo, cofa imenyu ethi "Izicwangciso", uze ukhethe
"Ukulinganiswa kweCapillary". Emva koko cofa u-"Recalibrate" kunye no-"Kulungile". Esi sixhobo siza kwenza ukulinganiswa okuthathu ngokuzenzekelayo. Emva kokulinganiswa, cofa u-"Yamkela", kwaye ekugqibeleni ucofe u-"Ewe" ukuze ugcine iiparameter ezintsha zokulinganisa.
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