Журнал наномедицины и нанотехнологий

Абстрактный

Fabrication Approaches for Silver Nanoparticles, Characterization by Spectroscopic Techniques and Their Applications.

Fazal Ur Rehman M1,2*, Iqra Qayyum1,2, Aoun Raza1 , Zeshan Zada3 , Manzar Zahra1

Research based on advanced Nanoparticles of noble metals like silver has conquered a lot of interest among scientists during the past decades for its Physical and chemical properties such as size, distribution and morphology, they have been studied for catalytic activity, optical properties, electronic properties, antibacterial properties, and magnetic properties and its application in various field such as biomaterial production, biochemistry, medical and Therapeutic products toothpastes, optical receptors, biosensing, etc. Silver based Nanoparticles are synthesized using various approaches, such as biological, physical, or chemical methods with the conditions to control the size/shape and stability of nanoparticles. To evaluate the synthesized NPs, many spectroscopic analytical techniques have been used. Silver based Nanoparticles of varying sizes and shapes have been utilized in a broad range of applications and medical equipments.