Computational and experimental approach towards hyperthermia of tumor using heated iron oxide magnetic nanoparticles coupled with multiturn coil
Esha Ishfaq (58513)
Computational and experimental approach towards hyperthermia of tumor using heated iron oxide magnetic nanoparticles coupled with multiturn coil - Lahore (unpublished) 2025 - 58 p. : ill., Col., : 29 cm. +CD
A dissertation submitted in partial fulfillment of the requirements for the degree of Master of Philosophy in Mathematics. Thesis (MPhil-Mathematics)--Riphah International University. 2025 Thesis supervisor: Dr. Muhamad Suleman
Includes bibliographical references
English
Mathematics
Magnetic hyperthermia--Electromagnetic heating--Computational modeling--Experimental validation--Tumor hyperthermia--MPhil-Mathematics--RICAS
530.1 / ESH
Computational and experimental approach towards hyperthermia of tumor using heated iron oxide magnetic nanoparticles coupled with multiturn coil - Lahore (unpublished) 2025 - 58 p. : ill., Col., : 29 cm. +CD
A dissertation submitted in partial fulfillment of the requirements for the degree of Master of Philosophy in Mathematics. Thesis (MPhil-Mathematics)--Riphah International University. 2025 Thesis supervisor: Dr. Muhamad Suleman
Includes bibliographical references
English
Mathematics
Magnetic hyperthermia--Electromagnetic heating--Computational modeling--Experimental validation--Tumor hyperthermia--MPhil-Mathematics--RICAS
530.1 / ESH