The use femtosecond pulses for materials processing results in very precise cutting and drilling with high efficiency. Energy deposited in the electrons is not coupled into the bulk during the pulse, resulting in negligible shock or thermal loading to adjacent areas
We describe several approaches to basic femtosecond machining and materials processing that should l...
Ultrafast laser sources with pulse durations in the sub-picosecond regime enable a precise machining...
We describe several approaches to basic femtosecond machining and materials processing that should l...
The use of femtosecond lasers allows materials processing of practically any material with extremely...
Femtosecond lasers enable materials processing of most any material with extremely high precision an...
Laser materials processing has been an intensive research topic since the invention of the laser. no...
The technological developments towards the practical use of femtosecond laser micro-materials proces...
We design a set of processing devices to drill the shaped holes of turbine blades by using a femtose...
A new type of material processing is enabled with ultrashort (t < 10 ps) laser pulses. Cutting, dril...
A new type of material processing is enabled with ultrashort (t < 10 psec) laser pulses. Cutting,...
Processing of materials by ultrashort laser pulses has evolved significantly over the last decade an...
As a result of rapid engineering progress, femtosecond lasers will soon be available for industrial ...
Ultrafast lasers have gained momentum in material processing technologies in response to requirement...
Tailoring materials by microstructuring, nanostructuring, coating or other techniques is one of the ...
A microfabrication system with the use of a femtosecond laser was designed for 3D processing of indu...
We describe several approaches to basic femtosecond machining and materials processing that should l...
Ultrafast laser sources with pulse durations in the sub-picosecond regime enable a precise machining...
We describe several approaches to basic femtosecond machining and materials processing that should l...
The use of femtosecond lasers allows materials processing of practically any material with extremely...
Femtosecond lasers enable materials processing of most any material with extremely high precision an...
Laser materials processing has been an intensive research topic since the invention of the laser. no...
The technological developments towards the practical use of femtosecond laser micro-materials proces...
We design a set of processing devices to drill the shaped holes of turbine blades by using a femtose...
A new type of material processing is enabled with ultrashort (t < 10 ps) laser pulses. Cutting, dril...
A new type of material processing is enabled with ultrashort (t < 10 psec) laser pulses. Cutting,...
Processing of materials by ultrashort laser pulses has evolved significantly over the last decade an...
As a result of rapid engineering progress, femtosecond lasers will soon be available for industrial ...
Ultrafast lasers have gained momentum in material processing technologies in response to requirement...
Tailoring materials by microstructuring, nanostructuring, coating or other techniques is one of the ...
A microfabrication system with the use of a femtosecond laser was designed for 3D processing of indu...
We describe several approaches to basic femtosecond machining and materials processing that should l...
Ultrafast laser sources with pulse durations in the sub-picosecond regime enable a precise machining...
We describe several approaches to basic femtosecond machining and materials processing that should l...