Yenziwe ICarbon sisixhobo sendalo esineembobo ezininzi esakhiwe luluhlu lweeplate zegrafitic, ezidityaniswe ziibhondi zekhabhoni-khabhoni. Oku kudala isakhiwo esineembobo ezininzi kwaye kunika indawo enkulu yangaphakathi, apho "intengiselwano"Kuyenzeka ukufunxa. Ukufunxa yimpendulo yomphezulu ebangela ukuba iikhompawundi "zinamathele" kumphezulu wekhabhoni.
Le nto ibangelwa iindawo ezikhangayo phakathi kweemolekyuli okanye amandla akwindawo engaphantsi kwekhabhoni. ukubuyiswa kwegolide usetyenziso, amandla okufunxa asusa igolide kwizisombululo aze anamathele kwi-metal complex kumphezulu wekhabhoni.
Ngenxa yokuba impendulo yenzeka kumphezulu wekhabhoni, inkqubo yokufunxa kulula ukuyiguqula, inkqubo ebizwa ngokuba yi-“Ukuncipha"Nangona kubalulekile ukufunxa igolide kwisisombululo, kubaluleke ngokufanayo ukufunxa igolide kwikhabhoni. Naziphi na iimolekyuli ezihlala zifunxa emva kokususwa okanye ukukrazulwa ziguqulela kwigolide engenakufumaneka. Ngenxa yoko, kubalulekile ukukhetha ikhabhoni esebenzayo efunxa kwaye ikhuphe ngokufanelekileyo ukuze ivelise kwaye ifumane inzuzo iyonke.
Ikhabhoni esebenzayo inokuveliswa kwiintlobo ngeentlobo zezinto ezingaphambili, kuquka amalahle, ikhokhonathi, umthi, kunye ne-lignite, ezizezona zinto ziphambili ezisetyenziselwa ukwenza ikhabhoni esebenzayo yorhwebo. Izinto zokuqala zilawula ukusasazwa kobukhulu beembobo zemveliso yokugqibela yekhabhoni esebenzayo. Ngokwesiqhelo, ikhokhonathi yeyona nto iphambili ekusetyenzisweni kokubuyisela igolide ngenxa yayo. ulwakhiwo lwembobo eqinileyo, iipores zomsebenzi ophezulu, kunye nobulukhuni.
INDLELA ESEBENZA NGAYO IKHABHONI ESEBENZAYO
Kwi-adsorption ebonakalayo, izinto ezingcolisayo ziyafunxwa kwaye zigcinwe kumphezulu wangaphakathi we-activated carbon ngenxa yeVan der Waals Amandla okutsala phakathi kwe-athomu yekhabhoni kunye nemolekyuli. Amandla okutsala ayancipha njengoko umgama phakathi kodonga lwe-pore kunye nemolekyuli ye-adsorbate ukhula.
- Umxholo ongaqhelekanga
- Umxholo oshushu
- Umxholo wophononongo oshushu
- Intshayelelo yemveliso yenkampani
- ishishini Isitshixo soMbane
- I-Ammonium Nitrate yeePrill zePorous
- Yondla iBakala 98.0% iCalcium Formate
- I-lithium hydroxide 99% Iqinile
- Cupric chloride 98%
- Iasidi yeAdipic 99% esetyenziswa njengemathiriyeli yenayiloni 66
- 1I-Sodium Cyanide enesaphulelo (i-CAS: 143-33-9) kwiMigodi - uMgangatho oPhezulu kunye neXabiso lokuKhuphisana
- 2I-Sodium Cyanide 98.3% CAS 143-33-9 I-arhente yokugquma yegolide ye-NaCN Essential for Mining Chemical Industries
- 3Imithetho emitsha yaseTshayina kwi-Sodium Cyanide Exports kunye neSikhokelo kubathengi bamazwe ngamazwe
- 4I-Sodium Cyanide (CAS: 143-33-9) Isatifiketi somsebenzisi wokugqibela (inguqulelo yesiTshayina nesiNgesi)
- 5I-Cyanide yaMazwe ngaMazwe (iSodium cyanide) IKhowudi yoLawulo-IMigangatho yoKwamkelwa koMgodi weGolide
- 6Umzi-mveliso waseTshayina we-Sulfur Acid 98%
- 7I-Anhydrous Oxalic acid 99.6% iBanga loShishino
- 1I-Sodium Cyanide 98.3% CAS 143-33-9 I-arhente yokugquma yegolide ye-NaCN Essential for Mining Chemical Industries
- 2Ukucoceka okuPhezulu · Ukusebenza okuZinzileyo · UBuyiselo obuPhezulu — isodium cyanide yokukhutshwa kwegolide yanamhlanje
- 3Izongezo zeSondlo kwiSarcosine yoKutya 99% min
- 4United Chemical's Iqela loPhando Libonisa iGunya Ngokusebenzisa iDatha-Driven Insights
- 5I-AuCyan™ I-Sodium Cyanide Esebenza Kakhulu | Ubumsulwa be-98.3% kwiMigodi yeGolide yeHlabathi
- 6I-Digital Electronic Detonator (ixesha lokulibazisa 0~ 16000ms)
- 7Amandla aphezulu, i-High-precision Shock Tube Detonator
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