This paper reports the effect of the different deposition methods towards the ZnO nanostructure crystal quality and film thickness on the polyimide substrate. The ZnO film has been deposited by using the spray pyrolysis technique, sol-gel and RF Sputtering. Different methods give a different nanostructure of the ZnO thin film. Sol gel methods, results of nanoflowers ZnO thin film with the thickness of thin film is 600nm. It also produces the best of the piezoelectric effect in term of electrical performance, which is 5.0 V and 12 MHz of frequency which is higher than other frequency obtained by spray pyrolysis and RF sputtering
The piezoelectric response of ZnO thin films in heterostructure-based devices is strictly related to...
The work presented in this thesis is motivated by the great commercial impact of ZnO for its peculia...
This paper presents the characterization of ZnO thin films with the thickness of 8nm, 30nm, and 200n...
This paper reports the effect of the different deposition methods towards the ZnO nanostructure crys...
This paper reports the effect of the different deposition methods towards the ZnO nanostructure crys...
Local piezoresponse and piezoelectric output voltage were evaluated on ZnO thin films deposited by r...
Local piezoresponse and piezoelectric output voltage were evaluated on ZnO thin films deposited by r...
Zinc oxide is a very versatile material that can be used in many microsystems and MEMS applications....
Zinc oxide is a very versatile material that can be used in many microsystems and MEMS applications....
Zinc oxide as a non-ferroelectric material has a strong piezoelectric effect. Such material deposite...
Zinc oxide as a non-ferroelectric material has a strong piezoelectric effect. Such material deposite...
The sol-gel process has the unique advantage of allowing the preparation of the same composition, su...
We report on the systematic comparative study of highly c-axis oriented and crystalline piezoelectri...
Zinc oxide (ZnO) thin films were deposited on Teflon substrates by radio frequency (RF) magnetron sp...
We report on the systematic comparative study of highly c-axis oriented and crystalline piezoelectri...
The piezoelectric response of ZnO thin films in heterostructure-based devices is strictly related to...
The work presented in this thesis is motivated by the great commercial impact of ZnO for its peculia...
This paper presents the characterization of ZnO thin films with the thickness of 8nm, 30nm, and 200n...
This paper reports the effect of the different deposition methods towards the ZnO nanostructure crys...
This paper reports the effect of the different deposition methods towards the ZnO nanostructure crys...
Local piezoresponse and piezoelectric output voltage were evaluated on ZnO thin films deposited by r...
Local piezoresponse and piezoelectric output voltage were evaluated on ZnO thin films deposited by r...
Zinc oxide is a very versatile material that can be used in many microsystems and MEMS applications....
Zinc oxide is a very versatile material that can be used in many microsystems and MEMS applications....
Zinc oxide as a non-ferroelectric material has a strong piezoelectric effect. Such material deposite...
Zinc oxide as a non-ferroelectric material has a strong piezoelectric effect. Such material deposite...
The sol-gel process has the unique advantage of allowing the preparation of the same composition, su...
We report on the systematic comparative study of highly c-axis oriented and crystalline piezoelectri...
Zinc oxide (ZnO) thin films were deposited on Teflon substrates by radio frequency (RF) magnetron sp...
We report on the systematic comparative study of highly c-axis oriented and crystalline piezoelectri...
The piezoelectric response of ZnO thin films in heterostructure-based devices is strictly related to...
The work presented in this thesis is motivated by the great commercial impact of ZnO for its peculia...
This paper presents the characterization of ZnO thin films with the thickness of 8nm, 30nm, and 200n...