From ancient time solar cell are used an alternative source of energy and many scientists and researchers have contributed their work and knowledge on this topic some have managed to increase the efficiency and some have managed to find different types of it. There had been research on the synthesis of the transparent conducting oxides which are used in many different devices such as OLEDs, solar cell and smart windows. The most of this are due to certain metal oxides which are used widespread like indium oxide, tin oxide, (ITO) – indium tin oxide, ZnO whose usage can be seen in dye synthesized cell DSSCs.( Reguig B. A.et.al) his work gave the idea of how semiconductor metal oxides can be used to increase the efficiency of solar cells. Also how the different type of semiconductors like p-type and n-type can both be used as transparent conducting electrodes.
Copper oxides Cu2O or CuO are some essential p-type multi-practical semiconductors that has been broadly analyzed for different logical applications, for example, sun powered vitality change, field emanation batteries, photovoltaic constituents, heterogeneous impetuses. In perspective on these uses, full and proficient endeavors have been given to the improvement of numerous sorts of morphology, for example, wires or 3D shapes or circles or confines thus out. Indeed, composed nanostructured materials highlight extraordinary properties and alluring exhibitions because of their extensive surface-to-volume proportion, the nearness of size impacts and of different deformities, frequently bringing about an unforeseen reactivity. In the field of gas detecting, the consolidated impact of the above wonders is essentially favorable so as to accomplish a high gas affectability and a quick reaction. In this specific situation, CuxO nanosystems have gotten an increasing consideration for different applications, from enzymatic glucose biosensors to strong state gas sensors. Specifically, a few research exercises have been gone for CO location, bymeans of unadulterated copper oxides, yet additionally by 5 ZnO– CuO composite frameworks. Different reports have been centered around the detecting properties of CuxO frameworks towards carbon dioxide, Nox, ethanol, just as alcohols, gas and H2S. In spite of these works, the examination on nanoorganized CuxO(x = 1, 2) as gas sensors is still far frombeing fulfilled. As a piece of an extensive research venture on multifunctional copper oxide nanosystems for applications in imaginative Li-particle batteries and photocatalytic water part for H2 generation, we have as of late built up a novel concoction vapor statement (CVD) course to CuxO nanosystems on Si(1 0) substrates beginning from a copper(II) hexafluoroacetylacetonate (1″,1″,1″,5″,5″,5-hexafluoro-2″,4-pentanedionate) adduct with N”,N”,N'”,N”- tetramethylethylenediamine (TMEDA) [Cu(hfa)2·TMEDA], supplied with positive properties regarding instability, soundness and mass transport. It has been sown that demonstrated the likelihood to tailor the stage piece from Cu2O to CuO, just as the framework nano-association, by controlled varieties of the development temperature. The present paper is given to a further understanding into the framework properties, with specific thoughtfulness regarding the examination of useful exhibitions in strong state gas sensors. To this respect, testimonies were performed on polycrystalline Al2O3 substrates and the frameworks were exposed to fundamental auxiliary, compositional and morphological examinations. In this way, the detecting properties were tried in the identification of chose decreasing gases, specifically CH3COCH3 and CH3CH2OH, of enthusiasm for applications in sustenance quality checking and breath analyzers. It merits featuring that, though past works have provided details regarding the gas detecting exhibitions of CuxO , nanosystems in CH3CH2OH location, to the best of our insight their reaction towards CH3)2CO has never been researched forward-thinking. The work has been devoted to the CVD union and portrayal of copper oxide nanosystems, just as to the examination of their gas detecting properties in the location of unstable natural mixes. To the best of our insight, no such examination on CuxO (x = 1″,2) nanosystems delivered by CVD has ever been performed. The got nanodeposits, arranged on polycrystalline Al2O3 beginning from Cu(hfa)2·TMEDA, specifically contained Cu2O or CuO stages as an element of the embraced development temperature