A new technique of microlens array fabrication based on the use of excimer laser radiation is described. Poly~methyl methacrylate! ~PMMA! substrates are treated with many low-energy KrF laser pulses and exposed to styrene vapor. The irradiated material swells, producing spherical microlenses that are stabilized by UV polymerization. The chemistry of this process and the optical quality of the lenses ar
We report on polydimethlysiloxane (PDMS) microlenses and microlens arrays on flat and curved substra...
High fill-factor microlens arrays (MLA) are key for improving photon collection efficiency in light-...
Ink-jet processes using either a drop-on-demand or a dosing system have been applied to the depositi...
A new technique of microlens array fabrication based on the use of excimer laser radiation is descri...
A new technique of microlens array fabrication based on the use of excimer laser radiation is descri...
Laser ablation is a versatile technique for fabricating microstructures on polymer surfaces. Due to ...
Laser ablation is a versatile technique for fabricating microstructures on polymer surfaces. Due to ...
The fabrication of refractive microlenses with self-developing photopolymers is reported. A spatial...
The fabrication of refractive microlenses with self-developing photopolymers is reported. A spatial...
The fabrication of refractive microlenses with self-developing photopolymers is reported. A spatial...
We report on the fabrication of high-optical-quality microlens arrays based on ultraviolet (UV)-cura...
We report on the fabrication of high-optical-quality microlens arrays based on ultraviolet (UV)-cura...
The fabrication of micro lens array pattern using UV contact printing followed by thermal reflow. So...
The fabrication of micro lens array pattern using UV contact printing followed by thermal reflow. So...
We present the design, fabrication, and characterization of a compound infrared microlens array havi...
We report on polydimethlysiloxane (PDMS) microlenses and microlens arrays on flat and curved substra...
High fill-factor microlens arrays (MLA) are key for improving photon collection efficiency in light-...
Ink-jet processes using either a drop-on-demand or a dosing system have been applied to the depositi...
A new technique of microlens array fabrication based on the use of excimer laser radiation is descri...
A new technique of microlens array fabrication based on the use of excimer laser radiation is descri...
Laser ablation is a versatile technique for fabricating microstructures on polymer surfaces. Due to ...
Laser ablation is a versatile technique for fabricating microstructures on polymer surfaces. Due to ...
The fabrication of refractive microlenses with self-developing photopolymers is reported. A spatial...
The fabrication of refractive microlenses with self-developing photopolymers is reported. A spatial...
The fabrication of refractive microlenses with self-developing photopolymers is reported. A spatial...
We report on the fabrication of high-optical-quality microlens arrays based on ultraviolet (UV)-cura...
We report on the fabrication of high-optical-quality microlens arrays based on ultraviolet (UV)-cura...
The fabrication of micro lens array pattern using UV contact printing followed by thermal reflow. So...
The fabrication of micro lens array pattern using UV contact printing followed by thermal reflow. So...
We present the design, fabrication, and characterization of a compound infrared microlens array havi...
We report on polydimethlysiloxane (PDMS) microlenses and microlens arrays on flat and curved substra...
High fill-factor microlens arrays (MLA) are key for improving photon collection efficiency in light-...
Ink-jet processes using either a drop-on-demand or a dosing system have been applied to the depositi...