Add to ORKGFemtosecond laser direct writing technique is potential micro-patterning and micro-fabrication method for precision manufacturing industry. Objective of this thesis is to analyse and study fabrication of micro structure on surface of graphene oxide on different substrates by femtosecond laser. Short pulse femtosecond laser was used to photo reduced graphene oxide to reduced graphene oxide. Parametric study of photoreduction on graphene oxide was conducted in analysing photo thermal effects. Samples will be characterized by optical microscope, confocal microscope, resistance measuring instrument and transmittance measuring device. Results show that different characteristics of reduced graphene oxide appears on different substrate after photo...
This thesis presents a study focused on interactions of femtosecond laser pulses with graphene, a ...
This paper focuses on the development of patterned graphene/substrate by means of green nanosecond ...
In recent years, a great interest have been developed in the research of graphene and graphene oxide...
Femtosecond laser direct writing technique is potential micro-patterning and micro-fabrication metho...
Femtosecond laser direct writing of reduced graphene oxide is a promising technique for micropattern...
In this thesis, a cost effective, simple and fast method of reduction of Graphene Oxide thin film is...
Graphene has emerged as one of the most versatile materials ever discovered due to its extraordinary...
The present report discusses a single step method to reduce graphene oxide via laser irradiation. A...
Graphene is a novel two dimensional material that is revolutionizing many areas of science and it is...
Laser reduction of graphene oxide is a promising technology for manufacturing advanced devices such ...
Non-conductive graphene-oxide (GO) inks can be synthesized from inexpensive graphite powders and dep...
Front page illustration: SEM image of graphene on silicon dioxide coated silicon wafer. The width of...
In this study, reduced-graphene oxide (GO) circuits were directly patterned on glass using an indust...
The Hummers’ method for graphite oxide (GO) preparation has been applied to graphite nanoplatelets,...
Reduction graphene oxide (r-GO) lines on graphene oxide (GO) films can be prepared by a photocatalyt...
This thesis presents a study focused on interactions of femtosecond laser pulses with graphene, a ...
This paper focuses on the development of patterned graphene/substrate by means of green nanosecond ...
In recent years, a great interest have been developed in the research of graphene and graphene oxide...
Femtosecond laser direct writing technique is potential micro-patterning and micro-fabrication metho...
Femtosecond laser direct writing of reduced graphene oxide is a promising technique for micropattern...
In this thesis, a cost effective, simple and fast method of reduction of Graphene Oxide thin film is...
Graphene has emerged as one of the most versatile materials ever discovered due to its extraordinary...
The present report discusses a single step method to reduce graphene oxide via laser irradiation. A...
Graphene is a novel two dimensional material that is revolutionizing many areas of science and it is...
Laser reduction of graphene oxide is a promising technology for manufacturing advanced devices such ...
Non-conductive graphene-oxide (GO) inks can be synthesized from inexpensive graphite powders and dep...
Front page illustration: SEM image of graphene on silicon dioxide coated silicon wafer. The width of...
In this study, reduced-graphene oxide (GO) circuits were directly patterned on glass using an indust...
The Hummers’ method for graphite oxide (GO) preparation has been applied to graphite nanoplatelets,...
Reduction graphene oxide (r-GO) lines on graphene oxide (GO) films can be prepared by a photocatalyt...
This thesis presents a study focused on interactions of femtosecond laser pulses with graphene, a ...
This paper focuses on the development of patterned graphene/substrate by means of green nanosecond ...
In recent years, a great interest have been developed in the research of graphene and graphene oxide...