Hanyoyi-276 duk kyakkyawan juriya ga mahalarta tsari kamar chlorine, tsari na antiddic, da ruwan teku da brine mafita.
Yana da matuƙar tsayayya da ruwa mai ƙarfi kamar sulfurici acid, rigar chlorine ta, mafita ta chloride, acid na kwastomomi. Koyaya, zai iya ƙonewa cikin iska kuma shine kashi kawai wanda zai ƙone a gaban nitrogen.
A lokacin da Titanium an gauraye da sauran karafa, Alloads na iya isa ga ƙarfafawa mai yawa na fiye da 1,400 MPa, wanda ke sa 200,000 PSI.
Za a iya ƙirƙira komai a cikin sauri. Kodayake alloy yana ƙoƙarin aiki-taurarin, ana iya samun nasarar jawo hankali, spun, latsa shi ko buga.
Titanium yana da ƙarancin zafin da lantarki idan aka kwatanta da sauran karafa, kodayake yana nuna cewa zazzabi na 0.49 k zazzagewa (zafin jiki).
Titanium kashi ne na datti tare da fom ɗin hexagonal wanda sannu a hankali ya zama a cikin babban abin da aka kafa na jiki a zazzabi na 880? C.
Titanium da aka gano a cikin 1791 ta hanyar Chemist na Ingilishi na Ingilishi William Gregor. Yayi tsammani wani fili ne. Daga baya, aka kira shi bayan Titan na almara na almara ta hanyar Chemist na Chemist na asalin Jamusawa Martins.
Tsarkin titanium kusan 99.2% tsarkakakke kuma shine ƙarfe mai sha'awa da ƙarancin rauni da juriya na lalata.
Wannan Layer mai kariya tana kunna titanium don zama ingantacciyar asalin lalata lalata ƙwayar cuta mai tsauri wanda yake tasiri kamar platinum. Wannan dukiyar tana sa ya tsayayya da har ma da ruwa mai ƙarfi kamar su acid ɗin mai laushi, ƙwayoyin cuta, mafita, acid na ƙwayoyin cuta.
titanium bututun titanium fits na ƙarshen rabin kamar ƙarfe da ƙasa da sau biyu kamar aluminum
Tsarin abubuwa a cikin ginshiƙi na lokaci-lokaci yana nuna yadda abubuwan suna da alaƙa da juna. Kamar yadda yake a tsakiyar tebur, mun san titanium tsiro na bayyana kaddarorin tsakanin waɗancan na metals da marasa ƙarfe.
Titanium ƙarfe ne mai juyawa wanda kuma ya nuna kamannin hadaya a cikin halayen sunadarai, musamman a cikin rubutun iskar shawa da iskar shawa, ga na Chrome da Vanadium da Fotona da Fotya da Fotya da Fotona da Fotya da Vanadium.
Hanyoyi C-276 duk kyakkyawan juriya ga mahalli na masana'antu, gami da kariyar baki da kuma kafaffun kafofin watsa labarai, da kuma kafaffiyar watsa labarai mai zafi (kwayoyin cuta da inorganic).
Da sauri c276 Butt ɗin ELbows jure wa pervice cirvision da damuwa lalata lalata
Titnerdynamically, titanium wani ƙarfe mai siyarwa ne saboda yawan ƙarfin sa na redox, kuma yana ƙonewa a cikin yanayi a zazzabi ƙasa da yadda ya narke. Zai iya amsawa tare da chlorine a 550? C kuma na iya haɗuwa tare da sauran gas haramunan gas kodayake yana shan hydrogen.
Titanium an dauke shi mai karfi ne tare da karfin mai tenarancin kilogiram na 434 na MPa wanda yake daidai da ƙarfin karancin karfe.
Wannan yana nufin za'a iya amfani da Titanium azaman sauyawa don babbar fa'ida ta Maɗaukaki, kamar yadda yake 45% ke da haske fiye da karfe. Sau biyu ne masu ƙarfi kamar aluminium da 60% denser.
Koyaya, titanium zai iya rasa ƙarfinsa a yanayin zafi mafi girma fiye da 430? C saboda ba wuya kamar manyan sily.
Wannan na faruwa saboda takamaiman zafi yana farawa da ƙaruwa da yawa azaman zafin jiki na 880? C ya kai.
Hakanan yana ɗaya daga cikin abubuwan da ke cikin fewan kayan da ke lalata tasirin lalata chlorine gas, hypochlorite, da kuma chlorine dioxide.
C276 ya dace da aikace-aikacen-bakin teku inda za a iya jure raunin danniya.
Halin sunadarai na titanium karfe yana da ban mamaki da Zirconium da silica.
Alloy C276 ana ƙara amfani dashi cikin yanayin tashin hankali ko marasa galihu inda sauran Alloyy ya kasa.
Melting na titanium iya faruwa ne kawai a cikin yanayin ilimin etertphere irin su wuri.
Titanium miyar baƙin ƙarfe mai launin toka mai haske tare da ƙarancin lahani da ƙarfin rinjaye da ƙarfi; Ana amfani dashi a aikace-aikace iri-iri.
Ana amfani dashi a cikin tsarin flue gas saboda kyakkyawan jure yanayin juriya da kuma chloridefi na chloride ya ci karo a yawancin fasahar. C-276 Dayoy yana da kyakkyawan juriya don haɗawa da kuma damuwa- lalata lalata.
Kayan aikin therymodynamic na titanium kar a ba da damar yin narkewa a cikin yanayin al'ada, saboda ya zama mafi mai da hankali a cikin yanayin zafi da aka ɗaukaka idan kwayoyin ke ciki idan kwayoyin ke ciki suna nan a cikin mahallin oxygen.
Titanium cikin sauri yana fara amsawa tare da kwayoyin Oxygen a kusa da 1,200? C, kuma yana iya nuna irin wannan halayyar a cikin zafin jiki na 610? C lokacin da oxygen yake tsarkakakken tsari.
titanium bututun bututun squub ƙare da ƙarancin wutar lantarki da yanayin zafi
Titanium yana da halin rashin tsaro a cikin gaban iskar shaye-shaye da ruwa, wanda ke nufin ba ya amsa da yanayin oxygen da ruwa a yanayin yanayin yanayi.
