DE 10064456 A UPAB: 20020906 NOVELTY - A maskless process for forming metallic nanostructures in thin dielectric layers comprises irradiating a multilayer dielectric containing metallic nanoparticles or thin metal layers with ultrashort laser pulses in an infinite field arrangement with a structure breadth not greater than the laser wavelength. USE - In forming metallic nanostructures in thin dielectric layers (claimed) ADVANTAGE - No complex masking processes are needed, the optics are simple, either the laser or target can be moved and complex structures can be formed
Nanostructure formation on bulk metals (copper, gold, and silver) by picosecond (FWHM = 10 ps) Nd:YA...
Die minimal erreichbare Strukturgröße bei laserbasierten Fertigungsprozessen ist klassischerweise du...
The method consists of the following steps: (a) provision of a structurable layer (2); (b) productio...
An application of femtosecond lasers that has developed, in recent years, is the functionalization o...
An application of femtosecond lasers that has developed, in recent years, is the functionalization o...
WO 2006094574 A1 UPAB: 20061103 NOVELTY - Method involves irradiating a defined surface of the subst...
The development of simple laser-based technologies for the fabrication of complicated three-dimensio...
AbstractNear infrared femtosecond laser - material interactions such as multiphoton ionization and p...
Abstract—We present how various features drawn in a miniature shadow mask (nanostencil) can be effic...
Neste trabalho, foram realizados diversos experimentos para a criação controlada de nanoestruturas s...
Nanoconstruction of metals is a significant challenge for the future manufacturing of plasmonic devi...
Nanoconstruction of metals is a significant challenge for the future manufacturing of plasmonic devi...
A laser-based nanoparticle synthesis technique, noted through thin film ablation (TTFA), is reported...
Laserablation in Flüssigkeiten ist eine Methode, um in kürzester Zeit Nanopartikeln herzustellen. Da...
DE 10253126 A UPAB: 20040709 NOVELTY - Thin layer mask is produced by selectively irradiating a laye...
Nanostructure formation on bulk metals (copper, gold, and silver) by picosecond (FWHM = 10 ps) Nd:YA...
Die minimal erreichbare Strukturgröße bei laserbasierten Fertigungsprozessen ist klassischerweise du...
The method consists of the following steps: (a) provision of a structurable layer (2); (b) productio...
An application of femtosecond lasers that has developed, in recent years, is the functionalization o...
An application of femtosecond lasers that has developed, in recent years, is the functionalization o...
WO 2006094574 A1 UPAB: 20061103 NOVELTY - Method involves irradiating a defined surface of the subst...
The development of simple laser-based technologies for the fabrication of complicated three-dimensio...
AbstractNear infrared femtosecond laser - material interactions such as multiphoton ionization and p...
Abstract—We present how various features drawn in a miniature shadow mask (nanostencil) can be effic...
Neste trabalho, foram realizados diversos experimentos para a criação controlada de nanoestruturas s...
Nanoconstruction of metals is a significant challenge for the future manufacturing of plasmonic devi...
Nanoconstruction of metals is a significant challenge for the future manufacturing of plasmonic devi...
A laser-based nanoparticle synthesis technique, noted through thin film ablation (TTFA), is reported...
Laserablation in Flüssigkeiten ist eine Methode, um in kürzester Zeit Nanopartikeln herzustellen. Da...
DE 10253126 A UPAB: 20040709 NOVELTY - Thin layer mask is produced by selectively irradiating a laye...
Nanostructure formation on bulk metals (copper, gold, and silver) by picosecond (FWHM = 10 ps) Nd:YA...
Die minimal erreichbare Strukturgröße bei laserbasierten Fertigungsprozessen ist klassischerweise du...
The method consists of the following steps: (a) provision of a structurable layer (2); (b) productio...