Ukuhlanza ama-electrode kuvame ukusetshenziswa ngezindlela ezilandelayo:

Ukuhlanza ama-electrode kuvame ukusetshenziswa ngezindlela ezilandelayo:

1. Izindlela ze-Electrochemical

Kunezimo ze-electrochemical ze-electrode yensimbi ku-electrolyte fluid. Ngokwesimiso se-electrochemistry, kukhona insimu kagesi ehlanganayo phakathi kwe-electrode noketshezi, futhi ukuxhumana phakathi kwe-electrode noketshezi kubangelwa ungqimba oluphindwe kabili lukagesi olukhona phakathi kwe-electrode noketshezi. Ucwaningo lwensimu kagesi ye-interface phakathi kwama-electrode noketshezi luthole ukuthi ama-molecule, ama-athomu noma ama-ion ezinto ane-adsorption ecebile noma embi endaweni ehlanganayo, futhi luthole ukuthi ama-anion amaningi angaphili ayizinto ezisebenzayo zangaphandle ezinemithetho ejwayelekile ye-adsorption yama-ion, kuyilapho ama-cation angaphili enomsebenzi omncane obonakalayo. Ngakho-ke, i-electrode yokuhlanza yama-electrochemical ibheka kuphela isimo se-adsorption yama-anion. I-adsorption yama-anion ihlobene eduze nekhono lama-electrode, futhi i-adsorption yenzeka kakhulu esikalini samandla esilungiswa kakhulu kune-zero charge potential, okungukuthi, ubuso be-electrode obune-charge ehlukile. Phezu kwe-electrode eneshaja efanayo, lapho ubuningi beshaja esele bukhulu kancane, ukuxoshwa kwe-electrostatic kukhulu kunamandla okumunca, futhi i-anion isuswa ngokushesha, okuyisimiso sokuhlanza nge-electrochemical.

2. Ukususwa ngomshini

Indlela yokuhlanza ngomshini iwukuqedela ukuhlanza nge-electrode ngesakhiwo esikhethekile semishini sedivayisi ku-electrode. Manje kunezinhlobo ezimbili:

Esinye ukusetshenziswa kwesikrwela somshini, esenziwe ngensimbi engagqwali enomgodi omncane wesikrwela, ngokusebenzisa i-electrode engenalutho ukuze kuholelwe ngaphandle, umgodi omncane kanye ne-electrode engenalutho phakathi kwesivalo somshini ukuze kugwenywe ukuphuma kwemidiya, ehlanganiswe nesikrwela somshini. Lapho umgodi omncane uphendulwa usuka ngaphandle, isikrwela siphendulwa sibheke endizeni kagesi, sisuse ukungcola. Isikrwela singakrwelwa ngesandla noma ngokuzenzakalelayo ngomgodi omncane oqhutshwa yinjini. I-flowmeter yasekhaya ye-electromagnetic flowmeter yohlobo lwe-scraper ye-Jiangsu Shengchuang inomsebenzi onjalo, futhi umsebenzi uzinzile futhi ukusebenza kulula.

Enye ibhulashi lensimbi elisetshenziselwa ukususa ukungcola ku-electrode eyishubhu, kanti umgodi ugoqwe ngendandatho ethi “O” evaliwe ukuze kugwenywe ukuvuza koketshezi. Lo mshini wokuhlanza udinga umuntu ozodonsa ibhulashi lensimbi njalo ukuze ahlanze i-electrode, ukusebenza akulula kakhulu, ayikho i-flowmeter ye-electromagnetic yohlobo lwe-scraper elula.

3. Indlela yokuhlanza ye-Ultrasonic

I-voltage ye-ultrasonic engu-45 ~ 65kHz ekhiqizwa yi-generator ye-ultrasonic ingezwa ku-electrode, ukuze amandla e-ultrasonic agxile endaweni yokuxhumana phakathi kwe-electrode kanye nendawo, bese i-ultrasonic ingachotshozwa ukuze kufezwe injongo yokuhlanza.

Lokhu okungenhla kuyindlela yokuhlanza i-electrode ye-electrode ye-flowmeter ye-electromagnetic, ukuze kungavimbeli ukusetshenziswa, kodwa futhi kuthuthukiswe ukusebenza kahle komsebenzi we-flowmeter ye-electromagnetic.