Razad P. M, Dhiwq R

JeFFEKT DOPIROVANIYa NIKELYa V NANOSTERZhNYaH BIFEO3

• Broschiertes Buch

Produktbeschreibung

BiFeO3 qwlqetsq odnim iz naibolee perspektiwnyh mul'tiferroichnyh materialow, poskol'ku on mozhet proqwlqt' kak ferroälektrichestwo, tak i antiferromagnetizm pri komnatnoj temperature. Krome togo, izwestno, chto BFO imeet opticheskij zazor w diapazone 2,5 - 3,2 äV. Jeto delaet ego wazhnym materialom dlq buduschih optoälektronnyh ustrojstw. V ätom podhode tonkie plenki BFO, chistye i legirowannye Ni, byli uspeshno osazhdeny na podlozhku FTO s pomosch'ü sistemy piroliza raspyleniem. Byli rassmotreny strukturnye, morfologicheskie i opticheskie swojstwa plenok. Struktura plenok byla podtwerzhdena s pomosch'ü rentgenogrammy, i bylo zamecheno, chto oba obrazca qwlqütsq polikristallicheskimi po swoej prirode, a nablüdaemye difrakcionnye piki otnosqtsq k romboädricheskoj strukture s prostranstwennoj gruppoj R3c. Dopirowanie Ni bylo priznano zhelatel'nym, poskol'ku ono umen'shaet opticheskij zazor i, takim obrazom, mozhet byt' s bol'shim uspehom ispol'zowano dlq mnogih optoälektronnyh, a takzhe magnitoopticheskih prilozhenij.

Produktdetails

• Verlag: Sciencia Scripts
• Seitenzahl: 64
• Erscheinungstermin: 5. Mai 2023
• Russisch
• Abmessung: 220mm x 150mm x 4mm
• Gewicht: 113g
• ISBN-13: 9786205974940
• ISBN-10: 6205974940
• Artikelnr.: 67895813

Autorenporträt

Dr. P. M. Razad received his PhD degree in Physics from Bharathiar University with the support of UGC-DAE CSR, Indore. He has published Nine research papers in international journals of reputed. He has joined as assistant professor in Sriramakrishna College of Arts and Science in 2018. Ms R. Dhivya has co authored this book.