Potential production of transparent P CuGa02/ n ZnO Heterojunction thin film Diodes
Transparent electronic is a new frontier in electronic industry. Most transparent semiconducting oxides that are being intensively studied are n-type material such as ZnO ZnO is one of the most promising transparent semiconductor oxide that can be apply in various electronics and optoelectronics dev...
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Universiti Malaysia Sabah
2012
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my.ums.eprints.226672019-07-16T01:40:55Z https://eprints.ums.edu.my/id/eprint/22667/ Potential production of transparent P CuGa02/ n ZnO Heterojunction thin film Diodes Afishah Alias QD Chemistry Transparent electronic is a new frontier in electronic industry. Most transparent semiconducting oxides that are being intensively studied are n-type material such as ZnO ZnO is one of the most promising transparent semiconductor oxide that can be apply in various electronics and optoelectronics devices. However ZnO has n-type conductivity and reported very difficult to obtain p-type of ZnO, which is owing to the lack of suitable p-dopants and many electrons supplies by impurities and lattice defects in ZnO. The development of p-type materials is much desired as this would open up the applications of new transparent devices. Recently, Cu-based oxide semiconductors such as delafossite CuMO (M = AI, Ga, In) have been widely studied for p-type materials using various deposition methods. A CuGa02 film is a promising material for p-typetransparent conducting oxide. Thus, in order to fabricate p-n junction with n- ZnO, delafossite CuGa02 is proposed as p-type material, due to its smaller lattice mismatch with ZnO. In this research ZnO films and CuGa02 films have been fabricated by sputtering method. The optimum deposition parameter for ZnO films and CuGa02 films were Investigated. Universiti Malaysia Sabah 2012 Research Report NonPeerReviewed text en https://eprints.ums.edu.my/id/eprint/22667/1/Potential%20production%20of%20transparent.pdf Afishah Alias (2012) Potential production of transparent P CuGa02/ n ZnO Heterojunction thin film Diodes. (Unpublished) |
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QD Chemistry Afishah Alias Potential production of transparent P CuGa02/ n ZnO Heterojunction thin film Diodes |
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Transparent electronic is a new frontier in electronic industry. Most transparent semiconducting oxides that are being intensively studied are n-type material such as ZnO ZnO is one of the most promising transparent semiconductor oxide that can be apply in various electronics and optoelectronics devices. However ZnO has n-type conductivity and reported very difficult to obtain p-type of ZnO, which is owing to the lack of suitable p-dopants and many electrons supplies by impurities and lattice defects in ZnO. The development of p-type materials is much desired as this would open up the applications of new transparent devices. Recently, Cu-based oxide semiconductors such as delafossite CuMO (M = AI, Ga, In) have been widely studied for p-type materials using various deposition methods. A CuGa02 film is a promising material for p-typetransparent conducting oxide. Thus, in order to fabricate p-n junction with n- ZnO, delafossite CuGa02 is proposed as p-type material, due to its smaller lattice mismatch with ZnO. In this research ZnO films and CuGa02 films have been fabricated by sputtering method. The optimum deposition parameter for ZnO films and CuGa02 films were Investigated. |
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Afishah Alias |
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Afishah Alias |
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Afishah Alias |
title |
Potential production of transparent P CuGa02/ n ZnO Heterojunction thin film Diodes |
title_short |
Potential production of transparent P CuGa02/ n ZnO Heterojunction thin film Diodes |
title_full |
Potential production of transparent P CuGa02/ n ZnO Heterojunction thin film Diodes |
title_fullStr |
Potential production of transparent P CuGa02/ n ZnO Heterojunction thin film Diodes |
title_full_unstemmed |
Potential production of transparent P CuGa02/ n ZnO Heterojunction thin film Diodes |
title_sort |
potential production of transparent p cuga02/ n zno heterojunction thin film diodes |
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Universiti Malaysia Sabah |
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2012 |
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https://eprints.ums.edu.my/id/eprint/22667/1/Potential%20production%20of%20transparent.pdf https://eprints.ums.edu.my/id/eprint/22667/ |
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