I-Anode Ebhakiweyo Ngaphambili I-Anode Yokubhaka Ngaphambili Ye-Aluminium Electrolysis

I-Anode Ebhakiweyo Ngaphambili I-Anode Yokubhaka Ngaphambili Ye-Electrolysis Ye-Aluminium Umfanekiso Ovezweyo

Inkcazo emfutshane:

Thumela i-imeyile kuthi Khuphela njengePDF

Iinkcukacha zeMveliso

Iithegi zeMveliso

Inzuzo:
1.CO2 Reactivity Intsalela inokufikelela ngaphezulu kwe-91%, Air Reactivity inokufikelela ngaphezulu kwe-96%; ixesha lobomi kwiiseli ze-aluminium electrolysis ziiintsuku ezingama-30-33.

2. Ukumelana noxinzelelo oluphezulu lobushushu
Ukubonakaliswa kobushushu: <4*10
Ukuqhuba Ubushushu: <3W/mkl

3.uxinano oluphezulu lwangoku
uxinano lwangoku: > 0.8A/cm2
4. Ukumelana kombane okuphantsi
Ukumelana nombane: 55-56μΩm

IINKCUKACHA ZE-ANODE

Uthotho	IMPAHLA	Iyunithi	Indlela eqhelekileyo	Uluhlu
1	Uxinano Lwenene	g/cm3	I-ISO 8004	Imizuzu emi-2
2	Uxinano olubonakalayo	g/cm3	I-ISO 12985	1.52-1.58
3	Ukuvuleka komoya	npm	I-ISO 15906	0.5-1.5
5	Amandla oxinzelelo	N/mm2	I-ISO 18515	40-48
6	I-moudle yolutsha	I-Gpa	I-ISO 12989	4-5.5
7	Amandla okuGuquka	N/mm2	I-ISO 12986	8 – 10
8	Ukumelana nombane	µΩm	I-ISO 11713	55-62
9	ICof. Lin. Ubushushu	µm/(km)	I-ISO 14420	3.75-4.5
10	Ukuqhuba kweThermal	W/(km)	I-ISO 129087	3-4.5
11	ASh	%	I-ISO 8005	Ubuninzi be-0.5
12	Intsalela ye-Air Reactivity uthuli Ilahlekile	% % %	I-ISO 12989-1	75 – 85 4 – 8 10 – 20
13	Intsalela ye-Co2 Reactivity uthuli ilahlekile	% % %	I-ISO 12988-1	84 – 95 3 – 8 6 – 14
14	Izinto S V Fe F Ca Al Ni SI	% i-ppm // // // // //	I-ASTM D6376	0.5 – 2.5 30 – 320 100 – 600 150 – 600 50 – 200 150 – 600 40 – 200 50 – 300