The influence of Zn and Mg doping on the structural and optical properties of NiO nano-structures for optoelectronic applications
•Dual Zn and Mg doped NiO nanostructures were prepared via co-precipitation method.•The optical band gap and Urbach tail energies were calculated.•The refractive index and absorption index were obtained.•The optical conductivity was enhanced by dual doping.•The DC electrical conductivity values were...
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| Published in: | Results in physics Vol. 22; p. 103938 |
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Elsevier B.V
01-03-2021
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| Abstract | •Dual Zn and Mg doped NiO nanostructures were prepared via co-precipitation method.•The optical band gap and Urbach tail energies were calculated.•The refractive index and absorption index were obtained.•The optical conductivity was enhanced by dual doping.•The DC electrical conductivity values were measured.
Herein, we present (Zn and Mg) dual doped nickel oxide (NiO) nanostructures leading to significant enhancement of structural and optical properties of NiO. The co-precipitation method was used to prepare pure, single, and dual dope NiO samples. Structural and optical properties of the prepared samples were investigated using the X-ray diffraction (XRD) and UV–Visible spectrophotometer, respectively. XRD measurements showed that the NiO crystallinity was improved by the dual doping process which makes them candidate materials for microelectronics applications. The optical measurements such as refractive index, absorption index, optical conductivity, etc., showed enhanced results for NiO by the single and dual dopants. The obtained values of the band gap energy increased with doped NiO samples up to the highest value (~3.24 eV) at a dual doped sample of x = 0.5, therefore, Zn and Mg dopants enhanced the electrochromic performance of the doped NiO samples The DC electrical conductivity values were measured for all prepared samples at room temperature. |
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| AbstractList | Herein, we present (Zn and Mg) dual doped nickel oxide (NiO) nanostructures leading to significant enhancement of structural and optical properties of NiO. The co-precipitation method was used to prepare pure, single, and dual dope NiO samples. Structural and optical properties of the prepared samples were investigated using the X-ray diffraction (XRD) and UV–Visible spectrophotometer, respectively. XRD measurements showed that the NiO crystallinity was improved by the dual doping process which makes them candidate materials for microelectronics applications. The optical measurements such as refractive index, absorption index, optical conductivity, etc., showed enhanced results for NiO by the single and dual dopants. The obtained values of the band gap energy increased with doped NiO samples up to the highest value (~3.24 eV) at a dual doped sample of x = 0.5, therefore, Zn and Mg dopants enhanced the electrochromic performance of the doped NiO samples The DC electrical conductivity values were measured for all prepared samples at room temperature. •Dual Zn and Mg doped NiO nanostructures were prepared via co-precipitation method.•The optical band gap and Urbach tail energies were calculated.•The refractive index and absorption index were obtained.•The optical conductivity was enhanced by dual doping.•The DC electrical conductivity values were measured. Herein, we present (Zn and Mg) dual doped nickel oxide (NiO) nanostructures leading to significant enhancement of structural and optical properties of NiO. The co-precipitation method was used to prepare pure, single, and dual dope NiO samples. Structural and optical properties of the prepared samples were investigated using the X-ray diffraction (XRD) and UV–Visible spectrophotometer, respectively. XRD measurements showed that the NiO crystallinity was improved by the dual doping process which makes them candidate materials for microelectronics applications. The optical measurements such as refractive index, absorption index, optical conductivity, etc., showed enhanced results for NiO by the single and dual dopants. The obtained values of the band gap energy increased with doped NiO samples up to the highest value (~3.24 eV) at a dual doped sample of x = 0.5, therefore, Zn and Mg dopants enhanced the electrochromic performance of the doped NiO samples The DC electrical conductivity values were measured for all prepared samples at room temperature. |
| ArticleNumber | 103938 |
| Author | Ahmed, Abdullah Ahmed Ali Alahsab, Enas Ali Ahmed Abdulwahab, A.M. |
| Author_xml | – sequence: 1 givenname: Abdullah Ahmed Ali surname: Ahmed fullname: Ahmed, Abdullah Ahmed Ali email: abdullah2803@gmail.com – sequence: 2 givenname: Enas Ali Ahmed surname: Alahsab fullname: Alahsab, Enas Ali Ahmed – sequence: 3 givenname: A.M. surname: Abdulwahab fullname: Abdulwahab, A.M. |
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| Keywords | NiO nanostructures Co-precipitation method DC electrical conductivity Optical properties Structural properties |
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| Snippet | •Dual Zn and Mg doped NiO nanostructures were prepared via co-precipitation method.•The optical band gap and Urbach tail energies were calculated.•The... Herein, we present (Zn and Mg) dual doped nickel oxide (NiO) nanostructures leading to significant enhancement of structural and optical properties of NiO. The... |
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| SubjectTerms | Co-precipitation method DC electrical conductivity NiO nanostructures Optical properties Structural properties |
| Title | The influence of Zn and Mg doping on the structural and optical properties of NiO nano-structures for optoelectronic applications |
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