Iimveliso

Iimveliso ze-Rare-Earth oxides & Compounds zidlala indima ebalulekileyo kwizinto zombane, unxibelelwano, ukuhamba ngenqwelomoya, ukhathalelo lwempilo, kunye nezixhobo zomkhosi.I-UrbanMines icebisa iindidi ngeendidi zesinyithi zomhlaba ezinqabileyo, iioksidi zomhlaba ezinqabileyo, kunye neekhompawundi zomhlaba ezinqabileyo ezifanelekileyo kwiimfuno zabathengi, ezibandakanya ukukhanya okunqabileyo komhlaba kunye nomhlaba ophakathi kunye nobunzima obunqabileyo.I-UrbanMines iyakwazi ukunika amabanga afunwa ngabathengi.Ubungakanani be-avareji yamasuntswana: 1 μm, 0.5 μm, 0.1 μm kunye nabanye.Isetyenziswa kakhulu kwiCeramics sintering aids, Semiconductors, Rare earth magnets, Hydrogen yokugcina ialloys, Catalysts, Electronic components, Glass kunye nezinye.

ILanthanum Hydroxide

ILanthanum Hydroxidengumthombo wecrystalline weLanthanum onganyibilikiyo wamanzi, onokufumaneka ngokudibanisa ialkali efana neammonia kwizisombululo ezimanzi zetyuwa zelanthanum ezifana nelanthanum nitrate.Oku kuvelisa ijeli efana nemvula enokomiswa emoyeni.ILanthanum hydroxide ayichaphazeli kakhulu kwizinto zealkaline, kodwa inyibilika kancinane kwisisombululo esineasidi.Isetyenziswa ngokuhambelanayo neendawo eziphezulu (ezisisiseko) ze-pH.
Lanthanum Hexaboride

Lanthanum Hexaboride (ILaB6,ikwabizwa ngokuba yi-lanthanum boride kunye ne-LaB) yikhemikhali ye-inorganic, i-boride ye-lanthanum.Njengempahla ye-ceramic ephikisayo enendawo yokunyibilika ye-2210 ° C, iLanthanum Boride ayinakunyibilika kakhulu emanzini kunye ne-hydrochloric acid, kwaye iguqulela kwi-oxide xa ishushu (i-calcined).Iisampuli ze-Stoichiometric zinemibala ebomvu-violet, ngelixa i-boron-rich rich (ngaphezulu kwe-LaB6.07) iluhlaza okwesibhakabhaka.Lanthanum Hexaboride(LaB6) iyaziwa ngokuba lukhuni kwayo, amandla omatshini, ukukhutshwa kwe-thermionic, kunye neempawu ezinamandla ze-plasmonic.Kutshanje, kuphuhliswe indlela entsha yokwenziwa kobushushu obuphakathi ukuze idibanise ngqo iLaB6 nanoparticles.
I-Lutetium(III) i-Oxide

I-Lutetium(III) i-Oxide(Lu2O3), eyaziwa ngokuba yi-lutecia, yinto eqinileyo emhlophe kunye ne-cubic compound ye-lutetium.Ingumthombo we-Lutetium ongenakunyibilika kakhulu, one-cubic crystal structure kwaye ifumaneka kwifom emhlophe yomgubo.Lo mhlaba unqabileyo we-oxide yensimbi ubonisa iimpawu ezibonakalayo ezifanelekileyo, njengendawo ephezulu yokunyibilika (malunga ne-2400 ° C), ukuzinza kwesigaba, amandla omatshini, ukuqina, ukuqhutyelwa kwe-thermal, kunye nokwandiswa kwe-thermal ephantsi.Ifanelekile kwiiglasi ezikhethekileyo, izicelo ze-optic kunye ne-ceramic.Ikwasetyenziswa njengezinto ezibalulekileyo zokwenziwa kweekristale zelaser.
I-Neodymium(III) i-Oxide

I-Neodymium(III) i-Oxideokanye i-neodymium sesquioxide yikhemikhali yekhemikhali eyenziwe nge-neodymium kunye ne-oksijini kunye ne-formula Nd2O3.Iyanyibilika kwiasidi kwaye ayinyibiliki emanzini.Yenza ukukhanya kakhulu okungwevu-blue blue hexagonal crystals.Umxube onqabileyo-umhlaba didymium, ngaphambili bekukholelwa ukuba element, ngokuyinxenye iqulathe neodymium(III) oxide.

I-Neodymium oxidengumthombo we-neodymium onganyibilikiyo ngokushushu ozinzileyo olungele iglasi, usetyenziso lwe-optic kunye ne-ceramic.Izicelo eziphambili ziquka i-lasers, i-glass coloring kunye ne-tinting, kunye ne-dielectrics.I-Neodymium Oxide iyafumaneka kwiipellets, iziqwenga, iithagethi ze-sputtering, iipilisi, kunye ne-nanopowder.
I-Praseodymium(III,IV) Oksidi

I-Praseodymium (III,IV) Oksidiyi-inorganic compound ene-formula Pr6O11 enganyibilikiyo emanzini.Inesakhiwo se-cubic fluorite.Yeyona ndlela izinzileyo ye-praseodymium oxide kwiqondo lokushisa eliphantsi kunye noxinzelelo.Ngumthombo we-Praseodymium ongenakunyibilika kakhulu we-thermal olungele iglasi, i-optic kunye ne-ceramic applications.I-Praseodymium(III,IV) I-Oxide ngokubanzi i-High Purity (99.999%) i-Praseodymium(III,IV) i-Oxide (Pr2O3) Powder mva nje ifumaneka kwimiqulu emininzi.Ubucwebe obuphezulu be-Ultra kunye neengoma zokucoceka okuphezulu ziphucula zombini umgangatho we-optical kunye luncedo njengemigangatho yesayensi.I-Nanoscale elemental powders kunye nokumiswa, njengezinye iifom zendawo ephezulu, zinokuqwalaselwa.
I-Samarium(III) Oksidi

I-Samarium(III) Oksidiluhlobo lwekhemikhali kunye nefomula yeekhemikhali Sm2O3.Ngumthombo we-Samarium ongenakunyibilika ngokushushu ozinzileyo olungele iglasi, i-optic kunye ne-ceramic applications.I-Samarium oxide yenza ngokukhawuleza kumphezulu wensimbi ye-samarium phantsi kweemeko ezimanzi okanye amaqondo okushisa angaphezu kwe-150 ° C emoyeni owomileyo.Ioksidi iqhele ukuba mhlophe ukuya kumthubi ngombala kwaye ihlala idibana njengothuli olucoleke kakhulu njengomgubo omthubi, onganyibilikiyo emanzini.
I-Scandium oxide

I-Scandium(III) I-Oxide okanye i-scandia yikhompawundi ye-inorganic kunye ne-formula Sc2O3.Imbonakalo yimpuphu emhlophe ecocekileyo yecubic system.Inamabinzana ahlukeneyo afana ne-scandium trioxide, i-scandium(III) oxide kunye ne-scandium sesquioxide.Iimpawu zayo ze-physico-chemicals zisondele kakhulu kwezinye ii-oxides zomhlaba ezinqabileyo ezifana ne-La2O3, Y2O3 kunye ne-Lu2O3.Yenye yeeoxide ezininzi zezinto ezinqabileyo zomhlaba ezinendawo yokunyibilika ephezulu.Ngokusekwe kubuchwephesha bangoku, iSc2O3/TREO inokuba ngama-99.999% phezulu.Iyanyibilika kwiasidi eshushu, nangona kunjalo ayinyibiliki emanzini.
Terbium(III,IV) oxide

Terbium(III,IV) oxide, ngamanye amaxesha ibizwa ngokuba yi-tetraterbium heptaoxide, inefomula ye-Tb4O7, ngumthombo we-Terbium ongenakunyibilika kakhulu. state), kunye ne-Tb(III) ezinzile ngakumbi.Iveliswa ngokufudumeza i-oxalate yensimbi, kwaye isetyenziselwa ukulungiswa kwamanye ama-terbium compounds.I-Terbium yenza ezinye ii-oxide ezintathu ezinkulu: i-Tb2O3, i-TbO2, kunye ne-Tb6O11.
I-Thulium oxide

I-Thulium(III) iOksidingumthombo weThulium onganyibiliki kakhulu ngokushushu, nolubumba oluluqilima oluluqilima oluluqilima olunefomula.Tm2O3.Ifanelekile kwiglasi, i-optic kunye ne-ceramic applications.
Ytterbium(III) oxide

Ytterbium(III) oxidengumthombo we-Ytterbium onganyibiliki kakhulu ngokushushu ozinzileyo, eyikhompawundi yemichiza enefomulaYb2O3.Yenye yeekhompawundi eziqhele ukudibana ne-ytterbium.Ngokuqhelekileyo isetyenziselwa iglasi, i-optic kunye ne-ceramic applications.
I-Yttrium oxide

I-Yttrium oxide, ekwabizwa ngokuba yiYttria, yiarhente egqwesileyo yeminerali yokwenza i-spinel formation.Yinto eqinileyo enomoya, emhlophe.Inomgangatho ophezulu wokunyibilika (i-2450oC), ukuzinza kweekhemikhali, i-coefficient ephantsi yokwandiswa kwe-thermal, ukukhanya okuphezulu kokubini okubonakalayo (70%) kunye ne-infrared (60%) ukukhanya, amandla aphantsi anqunywe kwiifotoni.Ifanelekile kwiglasi, i-optic kunye ne-ceramic applications.