Isithombe esifakiwe senzwa ye-DDG-1.0 ye-Industrial Conductivity

Inzwa ye-DDG-1.0 ye-Industrial Conductivity

Incazelo emfushane:

Iconductivityuchungechunge lwezimboni zama-electrode asetshenziswa ngokukhethekile ukukala inani le-conductivity yamanzi ahlanzekile, amanzi ahlanzekile kakhulu, ukwelashwa kwamanzi, njll.

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Izinkomba Zobuchwepheshe

Yini i-Conductivity?

Umhlahlandlela Wokulinganiswa Kokuziphatha Ku-inthanethi

Uchungechunge lwezimboni ze-conductivity lwama-electrode lusetshenziswa ngokukhethekile ukukala inani le-conductivity lamanzi ahlanzekile, amanzi ahlanzekile kakhulu, ukwelashwa kwamanzi, njll. Ifaneleka ngokukhethekile ukulinganisa kwe-conductivity embonini yamandla ashisayo kanye nemboni yokuhlanza amanzi. Ibonakala ngesakhiwo esiyi-double-cylinder kanye ne-titanium alloy material, engafakwa ngokwemvelo ukuze yenze i-passivation yamakhemikhali. I-anti-infiltration conductive surface yayo imelana nazo zonke izinhlobo zoketshezi ngaphandle kwe-fluoride acid. Izingxenye zesinxephezelo sezinga lokushisa yilezi: NTC2.252K, 2K, 10K, 20K, 30K, ptl00, ptl000, njll. ezicaciswe umsebenzisi. I-K = 10.0 noma i-K=30 i-electrode ithatha indawo enkulu yesakhiwo seplatinamu, esimelana ne-asidi eqinile ne-alkaline futhi inamandla okulwa nokungcola; isetshenziselwa ukulinganisa ku-inthanethi kwevelu ye-conductivity ezimbonini ezikhethekile, njengemboni yokuhlanza indle kanye nemboni yokuhlanza amanzi olwandle.

Okwedlule: I-DDG-0.01 Industrial Conductivity Electrode

Olandelayo: Inzwa ye-DDG-0.1 ye-Industrial Conductivity

Ukuhlala njalo kwe-electrode	0.1
Amandla acindezelayo	0.6MPa
Ibanga lokulinganisa	0-200uS/cm
Ukuxhumana	1/2 noma 3/4 Ukufakwa Kwentambo
Okubalulekile	316L i-Titanium Alloy nePlatinum
Isicelo	Imboni Yokuhlanza Amanzi

I-Conductivityisilinganiso samandla amanzi okudlula ukugeleza kukagesi. Leli khono lihlobene ngokuqondile nokuhlushwa kwama-ion emanzini 1. Lawa ma-ion conductive avela kusawoti oncibilikisiwe kanye nezinto ezingaphili ezifana nama-alkali, ama-chlorides, ama-sulfide nama-carbonate compounds 3. Izithako ezincibilika zibe yi-ion ziyaziwa nangokuthi i-electrolyte 40. Uma ama-ion amaningi akhona, ayanda ukuqhutshwa kwamanzi. Ngokufanayo, ama-ion ambalwa asemanzini, i-conductive kancane. Amanzi ahlanjululwe noma ahlanjululwe angasebenza njenge-insulator ngenxa yezinga layo eliphansi kakhulu (uma kungenandaba) le-conductivity 2. Amanzi olwandle, ngakolunye uhlangothi, ane-conductivity ephezulu kakhulu.

Ama-ion aqhuba ugesi ngenxa yokushajwa kwawo okuhle nokubi 1. Lapho ama-electrolyte encibilika emanzini, ahlukana abe izinhlayiya ezine-positive (cation) kanye ne-negative charged (anion). Njengoba izinto ezincibilikisiwe zihlukana emanzini, ukugxiliswa kokushaja okuhle nokubi ngakunye kuhlala kufana. Lokhu kusho ukuthi noma ukuhanjiswa kwamanzi kukhuphuka ngama-ion angeziwe, kuhlala kungathathi hlangothi ngogesi 2

I-Conductivity/Ukumelanaiyipharamitha yokuhlaziya esetshenziswa kabanzi yokuhlaziya ukuhlanzeka kwamanzi, ukuqapha i-osmosis ehlehlayo, izinqubo zokuhlanza, ukulawulwa kwezinqubo zamakhemikhali, kanye namanzi angcolile ezimbonini. Imiphumela ethembekile yalezi zinhlelo zokusebenza ezihlukene incike ekukhetheni inzwa ye-conductivity efanele. Umhlahlandlela wethu oyinkomba uyinkomba ephelele kanye nethuluzi lokuqeqesha elisuselwe emashumini eminyaka obuholi bemboni kulesi silinganiso.

I-Conductivity yikhono lempahla yokuqhuba ugesi. Isimiso lapho amathuluzi alinganisa ukuqhutshwa kwe-conductivity kulula—amapuleti amabili afakwa kusampula, amandla asetshenziswa kuwo wonke amapuleti (ngokuvamile i-sine wave voltage), futhi yamanje edlula isisombululo iyalinganiswa.

Bhala umyalezo wakho lapha futhi usithumelele wona