
lithium titanet

lithium titanet lithium, titanium aur oxygen key rasayanik yaugik hain. way mishrit oxide hain aur titanet seey sambandhit hain. sabse mahatvapurna lithium titanet hainh
anya lithium titanet, i.ee. pranali key mishrit oxide lii2oh-tio2, hainh
lithium metatitate.
lithium metatitate rasayanik sootra Li2tio3 vaalaa ack yaugik haye. yeh ack safed pouder haye jiska pighalane kaa bindu haye. iska upayog cheeni mitty key bartan key tamchini aur syremic insulating boddy mein ack yojak key roop mein bhee kiya jaataa haye joe titanets parr adharit hotaa haye. isaki achchi sthirata key kaaran iska aksar pravaah key roop mein upayog kiya jaataa haye. haal key varshon mein, anya lithium cheeni mitty key saath, metatinate kankad paramanu sanlayan anuprayogon mein tritium prajanan samagri kii disha mein shodh prayason kaa vishay rahey hain.
kristalikaran.
sabse sthir lithium titanet charan β-Li2tio3 haye joe monoclinic pranali seey sambandhit haye. thhos-samadhan prakaar key vyavhaar koo pradarshit karane vaale ack uchch-tapman ghana charan koo γ-Li2tio3 key roop mein sandarbhit kiya jaataa haye aur yeh 1150-1250 °C kii seema mein tapman seey oopar prativarti roop seey banane key liye jaanaa jaataa haye. ack metastable cubic charan, γ-l2tio3 key saath isostructural koo α-l2tio3 key roop mein sandarbhit kiya jaataa haye; yeh cumm tapman parr banata haye, aur 400°C parr adhik sthir β-charan mein badal jaataa haye.
cintering mein upayog karein.
cintering prakriya ack pouder leey rahee haye, ise ack mould mein daal rahee haye aur ise apane pighalane key bindu seey neeche germ curr rahee haye. cintering paramanu prasaar parr adharit haye, pouder kann mein paramanu aspas key kanon mein failate hain joe antatah ack thhos yaa jharjhara samagri banaate hain.
yeh pataa chalaa haye kii lii2tio3 pouder mein uchch shuddhata aur achchi cintering kshamata hoti haye.
cathode key roop mein upayog kiya jaataa haye.
pighali hui carbonate eendhan koshikaaen.
lithium titanet kaa upayog pighali hui carbonate eendhan koshikaon key liye ack dohri parat cathode kii ack parat mein cathode key roop mein kiya jaataa haye. inn eendhan koshikaon mein dou samagri paraten hoti hain, parat 1 aur parat 2, joe uchch shakti vaali pighali hui carbonate eendhan koshikaon key utpaadan kii anumati detee hain joe adhik kushalata seey kaam karati hain.
lithium-aayan battery.
lii2tio3 kaa upayog kuchh lithium-aayan baitariyon key cathode mein ack jaleey bandhankarta aur ack samvaahak agent key saath kiya jaataa haye. lii2tio3 kaa upayog isaliye kiya jaataa haye kyonki yeh uchch kshamata vaale cathode samvaahak agents koo sthir karane mein saksham haye; limo2 (aim = phee, mn, cr, ni). lii2tio3 aur chaalan agent (limo2) koo cathode samagri banaane key liye starit kiya jaataa haye. yeye paraten lithium prasaar kii ghatana kii anumati detee hain.
lithium-tyten battery.
lithium-titanut battery ack rechargeable battery haye joe anya lithium-aayan battery kii tulanaa mein charge karane key liye bahut tej haye. yeh anya lithium-aayan baitariyon seey alag haye kyonki yeh carbon key bajaay anode satah parr lithium-titanet kaa upayog kartaa haye. yeh fayademand haye kyonki yeh ack thhos electrolyte interfaces parat naheen banaata haye, joe anode mein aur usase lii-aayan key pravesh aur nikas key liye ack baadha key roop mein kaary kartaa haye. yeh lithium-titanut baitariyon koo adhik jaldi recharge karane aur aavashyak honey parr uchch dhaara pradaan karane kii anumati detaa haye. lithium-tyten battery kaa ack nuksan paaramparik lithium-aayan battery kii tulanaa mein bahut cumm kshamata aur voltage haye. lithium-titanut battery kaa upayog vartamaan mein battery electric vaahanon aur anya visheshagya anuprayogon mein kiya jaa rhaa haye.
tritium prajanan.
fusion pratikriyaaen, jaise kii prastaavit iter thermonuclear pradarshak reactor mein, tritium aur deuterium dwara eendhan diyaa jaataa haye. tritium sansaadhan unaki upalabdhata mein behad seemit hain, vartamaan mein kull sansaadhan bees kilogram anumaanit hain. lithium yukt syremic kankad kaa upayog tritium key utpaadan key liye helium-cooled breeder kambal key roop mein jaane jaane vaale ghatak mein thhos breeder samagri key roop mein kiya jaa sakata haye. prajanan kambal iter reactor design kaa ack pramukh ghatak haye. aise reactor designs mein tritium kaa utpaadan neutron dwara kiya jaataa haye joe plasma koo chhodate hain aur kambal mein lithium key saath baatchit karate hain. lii4aseo4 key saath lii2tio3 tritium prajanan samagri key roop mein aakarshak hain kyonki way uchch tritium release, cumm sakriyan aur rasayanik sthirata pradarshit karate hain.
lithium-titanut breeder pouder kaa sanshleshan.
lii2tio3 pouder aamtaur parr lithium carbonate, tii-nitrate ghol aur citric acid key mishran key baad calcination, compaction aur cintering dwara taiyar kiya jaataa haye. banaai gaee nanocrystalline samagri koo isaki uchch shuddhata aur gatividhi key kaaran breeder pouder key roop mein upayog kiya jaataa haye.

