Advances in Molecular Electronics: a brief Review

particles) in the form of powder, a cluster of techniques such as 
co-precipitation, hydrothermal, and laser ablation, further extra 
care must be (maintaining sufficient temperature and careful 
preparation of the sample without the inclusion of dust particles) 
employed worldwide. Fabrication of nano-sized rare earth metal, 
either containing dopants or major components, opens the paths 
for new advancement in medicinal or biological fields. The 
supportive luminescent property permits that the rare earth metal 

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Citation:
Gopal S Iruson B Balaraman S Krishnmoorthy S and Elayaperumal M. (2021) Structural and Evaluations of Rare Earth Erbium Try Oxide 
Nanoparticles and Their Health Impacts on Workers. Global J Mater Sci Eng 3(3): 123 DOI: 
https://doi.org/10.36266/GJMSE/123
 
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Global J Mater Sci Eng
nanoparticle functionalized with dyes or quantum dots, generally 
used for luminescent imaging of biomolecules or DNA or 
proteins in the medicinal field [17,18] which provides high photo-
stability or more selectivity (sharp luminescence band) in the 
place of other than rare earth metal nanoparticles. The 
physicochemical properties of rare earth Nano-sized metal 
particles are strongly influenced by the core parameters such as 
uniform size distribution, shape, surface morphology, and 
compositions. The biological applications of rare earth Nano-
sized metal particles lack, when it is prepared or fabricated by 
solid-state synthesis, for this reason, the wet chemical approach 
has been maintained by researchers or engineers. The careful 
synthesis process of rare earth nano-sized metal particles 
allows the formation of lesser and uniform sized NPs, otherwise 
irregular particle size or distribution may occur, as a result of the 
lesser application in the medicinal field. In the chemical synthesis 
of rare earth Nano-sized metal particles, an appropriate amount of 
precursors (capping and reducing agents) has been used to obtain 
Nano-sized particles with homogeneous distributions. Since the 
precursor releases anions during decomposition, they are 
responsible for the reduction of rare earth Nano-sized metal