| Type of Material: | Thesis |
| Title: | Synthesis and characterization of transition metal codped znoas dilute magnetic semiconductor |
| Researcher: | Shaveta Thakur |
| Guide: | Sanjay Kumar |
| Department: | Department of Physics |
| Publisher: | Arni University |
| Place: | Kangra |
| Year: | 28/02/2018 |
| Language: | English |
| Subject: | Physical Science | Physics | Physical and Basic Sciences |
| Dissertation/Thesis Note: | PhD; Department of Physics, Arni University, Kangra; 28/02/2018 |
| Fulltext: | Shodhganga |
| 003 | IN-AhILN | |
| 005 | 2026-09-22 17:03:13 | |
| 008 | __ | 260922t1970||||ii#||||g|m||||||||||eng|| |
| 035 | __ | |a(IN-AhILN)th_463572 |
| 040 | __ | |dIN-AhILN|aARNI_176401 |
| 041 | __ | |aeng |
| 100 | __ | |eResearcher|aShaveta Thakur |
| 110 | __ | |aDepartment of Physics|0U-0176|dKangra|bArni University|ein |
| 245 | __ | |aSynthesis and characterization of transition metal codped znoas dilute magnetic semiconductor |
| 260 | __ | |aKangra|c28/02/2018|bArni University |
| 300 | __ | |a4.81 MB|dCD |
| 502 | __ | |cDepartment of Physics, Arni University, Kangra|d28/02/2018|bPhD |
| 518 | __ | |oDate of Award|d2018-07-04 |
| 518 | __ | |oDate of Registration|d2016-05-26 |
| 518 | __ | |oDate of Completion|d2018-02-28 |
| 520 | __ | |aDilute Magnetic Semiconductor is able to offer the possibility of studying magnetic phenomena in crystals with a simple band structure and excellent magneto-optical and transport properties. It also gives rise to the possibilities for many sensing and switching applications in high-speed and high-density memory, quantum interface devices and magneto-optical devices. ZnO a direct band gap semiconductor with the band gap of 3.37eV that is suitable for short wavelength optoelectronic applications and high exciton binding energy of 60 meV. Transition metal doped ZnO based DMS materials are the most promising candidates for spintronics applications. In this present work, we report chemical precipitation method to prepare Zn1-x-yNixAgyO (0.01and#8804; x,y and#8805; 0.05) and Zn1-x-yNixCuyO (0.01and#8804; x,y and#8805; 0.05) nanoparticles. The different behavior of doped ZnO can be explained on the basis of different chemical nature and different ionic radii of dopant cation as compared to the host cation. We have |
| 650 | __ | |aPhysics|2UGC |
| 650 | __ | |aPhysical and Basic Sciences|2AIU |
| 653 | __ | |aPhysical Science |
| 700 | __ | |aSanjay Kumar|eGuide |
| 856 | __ | |uhttp://shodhganga.inflibnet.ac.in/handle/10603/209526|yShodhganga |
| 905 | __ | |afromsg |
User Feedback Comes Under This section.