Intrinsically stable metal oxide systems, such as nanosized zinc oxide (ZnO), offer an ideal
template for the production of transition metal (TM)-doped structures or diluted magnetic …

In the current study, we work to acquire quantum dots from manganese-doped tin telluride
(SnTe). Diluted Magnetic Semiconductor Sn 1-x Mn x Te QDs were successfully synthesized …

Cd 1-x Zn x S: Cu (x≤ 1) nanomaterials have been synthesized successfully using chemical
co− precipitation method. The EDX spectrum shows successful doping of Cu in the lattice of …

Abstract In this letter, Mn 2+-doped CdS quantum dots were successfully synthesized with
stearic acid as the stabilizer by a nucleation-doping method. Generally, Mn 2+-doped …

The spin Hamiltonian parameters and defect structures are theoretically studied for the
substitutional Mn2+ at the core of CdSe nanocrystals and in the bulk materials from the …

In this study, we synthesized Cd 1− x Mn x Te ultrasmall quantum dots (USQDs) in SiO 2-Na
2 CO 3-Al 2 O 3-B 2 O 3 glass system using the fusion method. Growth of these Cd 1− x Mn x …

In this work, we used nominal concentration (x) and thermal annealing to control the density
of manganese (Mn2+) ions and cadmium vacancies (VCds) in Cd1–x Mn x Te ultrasmall …

We observed weak ferromagnetism in Bi 2− x Mn x Te 3 nanocrystals grown in a glass
matrix. Magnetization measurements at 5 K showed an increase in the coercive field that …

Copper and manganese co-doped Cd1− xZnxS (x≤ 1) quantum dots have been
synthesized successfully using chemical co-precipitation method. XRD results confirm that …

Abstract Ultrasmall CdTe quantum dots (USQDs) were successfully grown in a silicate glass
matrix by fusion and after thermal annealing. Growth control of USQDs was investigated by …