INFLUENCE OF Mn SUBSTITUTION ON THE STRUCTURAL, ELECTRICAL AND MAGNETIC PROPERTIES OF Ni-Cu-Cd BULK FERRITES SINTERED FROM NANOCRYSTALLINE POWDER

Alhamdulillah, I express my humble gratitude to Allah Rabbul A’lameen whose unceasing and everlasting blessings enabled me to complete the research and submit the thesis in time. I express my profound gratitude to my respected supervisor Major Md Mahabubar Rahman Shah, MPhil, PhD, Department of S...

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Autore principale: ALI MAZLOBEE, MIA MD FAKHARUDDIN
Natura: Tesi
Lingua:inglese
Pubblicazione: DEPARTMENT OF SCIENCE AND HUMANITIES 2024
Accesso online:http://dspace.mist.ac.bd:8080/xmlui/handle/123456789/821
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Riassunto:Alhamdulillah, I express my humble gratitude to Allah Rabbul A’lameen whose unceasing and everlasting blessings enabled me to complete the research and submit the thesis in time. I express my profound gratitude to my respected supervisor Major Md Mahabubar Rahman Shah, MPhil, PhD, Department of Science and Humanities (Physics Division), Military Institute of Science and Technology (MIST) for his constant advice, constructive criticism and inspiration during the whole period of present investigation. Moreover, I am owed to him for his additional caring and solving different administrative issues related to this experimental work. With deep respect and honor, I would like to express fervently my earnest gratitude and indebtedness to my respected thesis Co-supervisor Prof Dr Mohammad Belal Hossen, Physics Department of Chittagong University of Engineering and Technology (CUET) for rendering me opportunity to perform my research work with all-out support and invaluable guidance throughout this academic journey. He has educated me the execution of research methodology and taught how to present the work in a clear and simple way. I would also like to thank him for his friendship, empathy and mental support in different critical situations. I am deeply grateful to Colonel Md Shahinoor Alam, SPP, PEng, Head, Department of Science and Humanities, Military Institute of Science and Technology (MIST), for his cooperation and coordination at different stages of the work. His valuable suggestions, timely guidance and constructive criticisms are praise-worthy and valuable assets for my life. I am also extremely grateful to the MIST authorities for providing the necessary financial grant for the research. I would like to thank all the respected teachers of the Department of Science and Humanities, MIST and Department of Physics, CUET, special thanks to Captain M Ziaul Ahsan, PhD (Ex Head of the Department), Lieutenant Colonel Brajalal Sinha, PhD, Major Tahmina Rahman of MIST for their cooperation. My special thank goes to affectionate junior brother M. Faishal Mahmood, a PhD student at Department of Physics in CUET who was a copartner in Functional Nanomaterials Laboratory. I am also thankful to my respected mentor Colonel Eare Md Morshed Alam, MPhil, PhD for his consistent mental support. I also would like to convey my thanks to the employees of the department of Physics, CUET and MIST for their co-operation and help specially to Mr Sohel Rana. I would like to acknowledge the moral support and the sustained inspiration of my loving wife Farhana Rahman and affectionate son Fasih Ur Rahman along with all other members of my family. This dissertation would have never been possible without their love, affection, encouragement and sacrifices. Finally, I am extremely grateful to my blessed parents, siblings and uncles for their love, caring, sacrifices, and prayers for preparing and educating me for my future.