An atomic force microscope has been used to create nanoscale field-effect transistors and other electronic devices at the interface between two different oxide materials
Transition metal oxides are some of the most diverse and rich materials in terms of flexibility and ...
Nanopatterning electrically insulating oxide lines on organic electronic surfaces can play a role in...
Nanostructures of oxide were fabricated oil ferromagnetic thin films by a nano-oxidation technique u...
The success of silicon industry lies on three major properties of silicon, an easily formed oxide la...
The quest for even smaller and better-controlled semiconductor nanostructures calls for improved nan...
Field-induced oxidation has become a promising process that is capable of directly producing high-re...
[[abstract]]As a high-dielectric-constant material, hafnium oxide is one of the promising gate oxide...
[[abstract]]Nanometer scale oxide structures have been fabricated on Si substrates using an atomic f...
This thesis describes research performed on two types of complex oxide heterostructures. The first c...
Abstract—In this paper related to the field of nano technologies, we report on nano lithography for ...
[[abstract]]As a high-dielectric-constant material, hafnium oxide is one of the promising gate oxide...
The controlled fabrication of nanostructures has often used a substrate template to mediate and cont...
The atomic force microscope (AFM) is a very high-resolution type of Scanning Probe Microscopy (SPM)....
Test structures of memristive devices were prepared by tip-induced oxidation of thin titanium films ...
Atomic force microscope(AFM) induced local oxidation is a versatile and promising nanofabrication pr...
Transition metal oxides are some of the most diverse and rich materials in terms of flexibility and ...
Nanopatterning electrically insulating oxide lines on organic electronic surfaces can play a role in...
Nanostructures of oxide were fabricated oil ferromagnetic thin films by a nano-oxidation technique u...
The success of silicon industry lies on three major properties of silicon, an easily formed oxide la...
The quest for even smaller and better-controlled semiconductor nanostructures calls for improved nan...
Field-induced oxidation has become a promising process that is capable of directly producing high-re...
[[abstract]]As a high-dielectric-constant material, hafnium oxide is one of the promising gate oxide...
[[abstract]]Nanometer scale oxide structures have been fabricated on Si substrates using an atomic f...
This thesis describes research performed on two types of complex oxide heterostructures. The first c...
Abstract—In this paper related to the field of nano technologies, we report on nano lithography for ...
[[abstract]]As a high-dielectric-constant material, hafnium oxide is one of the promising gate oxide...
The controlled fabrication of nanostructures has often used a substrate template to mediate and cont...
The atomic force microscope (AFM) is a very high-resolution type of Scanning Probe Microscopy (SPM)....
Test structures of memristive devices were prepared by tip-induced oxidation of thin titanium films ...
Atomic force microscope(AFM) induced local oxidation is a versatile and promising nanofabrication pr...
Transition metal oxides are some of the most diverse and rich materials in terms of flexibility and ...
Nanopatterning electrically insulating oxide lines on organic electronic surfaces can play a role in...
Nanostructures of oxide were fabricated oil ferromagnetic thin films by a nano-oxidation technique u...
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