1. Idizayinelwe ilebhu yezinga elikhulu.
2. Izindlela ezikabili: Indlela ye-cone plate, indlela ye-Capillary.
3. Amasampula Amapuleti Amabili: Igazi eliphelele kanye ne-plasma kungenziwa ngesikhathi esisodwa.
4. I-Bionic Manipulator: Imojula yokuhlehla yokuhlanganisa, ixube kahle kakhulu.
3. Ukufundwa kwebhakhodi yangaphandle, ukwesekwa kwe-LIS.
4. Umaka ojwayelekile ongewona owase-Newtonian uwina Isitifiketi Sikazwelonke sase-China.
Umgomo wokuhlola | indlela yokuhlola igazi lonke: indlela ye-cone-plate;indlela yokuhlola i-plasma: indlela ye-cone-plate, indlela ye-capillary; | ||||||||||
Imodi yokusebenza | inaliti embaxambili yediski, i-dual methodology uhlelo lokuhlola olukabili lungasebenza ngokufana ngasikhathi sinye | ||||||||||
Indlela yokuthola isignali | Indlela yokuthola isignali yepuleti lekhoni isebenzisa ubuchwepheshe bokuhlukanisa iziqephu ezinembayo eziphezulu;Indlela yokuthola isignali ye-capillary isebenzisa ubuchwepheshe bokuthola umehluko wezinga loketshezi lokuzilandela; | ||||||||||
Izinto zokunyakaza | i-titanium alloy | ||||||||||
Isikhathi sokuhlola | isikhathi sokuhlolwa kwegazi lonke ≤30 imizuzwana / isampula, isikhathi sokuhlola i-plasma ≤1 isekhondi / isampula; | ||||||||||
Ibanga lokulinganisa i-viscosity | (0~55) mPa.s | ||||||||||
Ibanga lokucindezeleka kwe-Shear | (0~10000) mPa | ||||||||||
Ububanzi besilinganiso sokugunda | (1~200) s-1 | ||||||||||
Inani lesampula | igazi eliphelele ≤800ul, i-plasma ≤200ul | ||||||||||
Indawo yesampula | izimbobo eziphindwe kabili ezingama-80 noma ngaphezulu, zivuleke ngokuphelele, ziyashintshashintsha, zifanele noma yiliphi ishubhu lokuhlola | ||||||||||
Ukulawula izinsimbi | sebenzisa indlela yokulawula indawo yokusebenza ukuze uthole umsebenzi wokulawula insimbi, RS-232, 485, isikhombimsebenzisi se-USB ozikhethela sona | ||||||||||
Ikhwalithi yokulawula | Inezinto zokulawula ikhwalithi zoketshezi okungezona ezase-Newton ezibhaliswe yi-National Food and Drug Administration, ezingasetshenziswa ekulawuleni ikhwalithi yoketshezi okungeyona eyase-Newton yemikhiqizo yebhidi, futhi ingalandelelwa kumazinga kazwelonke angewona ama-Newtonian fluid. | ||||||||||
Umsebenzi wokukala | into ejwayelekile ye-viscosity ye-non-Newtonian fluid ekhiqizwe umenzi womkhiqizo wokubhida ithole isitifiketi sempahla esijwayelekile sikazwelonke | ||||||||||
Ifomu lokubika | ifomu lombiko elivulekile, elenziwe ngendlela oyifisayo, futhi lingashintshwa esizeni |
A. Indlela:
I-cone-plate: uhla lokulinganisa oluphelele, i-pointwise, ngokushesha, indlela yesimo esiqinile.
I-Capillary: indlela ye-micro capillary prompt (inzwa yokucindezela).
3. Ubuchwepheshe bokuqoqwa kwesignali: Ubuchwepheshe bokuhlukaniswa kwe-raster obunembe kakhulu.
4. Imodi yokusebenza: ukusebenza ngesikhathi esisodwa ne-dual-cap piering probe (nomsebenzi wenzwa yezinga le-liquid), ipuleti elinesampula elikabili, izindlela ezimbili, amamojula amathathu okuhlola angasebenza ngesikhathi esisodwa.
5. Umsebenzi wokubhoboza ikhephu: isampula yemojula yokubhoboza ikhephu yeshubhu yesampula enekhephu.
B. Indawo yokusebenza:
1. I-voltage yokusebenza: 100 ~ 240 VAC, 50~60 Hz.
2. Ukusetshenziswa kwamandla: 350 VA.
3. Izinga lokushisa lokusebenza: 10~30 °C.
4. Ukuswakama: 30~75%.
C. Amapharamitha asebenzayo:
1. Ukunemba: Uketshezi lwe-Newtonian <±1%.Non Newtonian fluid <±2%.
2. I-CV: I-Newtonian fluid ≤1%.Non Newtonian fluid ≤2%.
3. Umphumela: ≤30 s/isampula (igazi eliphelele).≤0.5 s/isampula (i-plasma).
4. Ibanga lesilinganiso sokugunda: (1~200) S-1.
5. Ibanga le-Viscosity: (0~60) mPa·s.
6. Ibanga lamandla e-Shear: (0~12000) mPa.
7. Ivolumu yesampula: 200~800