Konferenzpaper RDF
Seiten:- Laser Beam Sintering of Thin Alumina Coatings on Steel
- Laser Beam Sintering of Thin Alumina Coatings on Steel
- Laser bending of silicon
- Laser Bending of Silicon – a New Technology for Microsystems
- Laser Direct Writing of Titanium Silicide Thin-Films
- Laser induced crystallization of Co–Fe–B films
- Laser induced structural modifications of excimer laser ablated carbon films
- Laser Joining of Ceramics in Liquid Phase
- Laser material processing with a hand held laser head fiber coupled with a High-Power Diode Laser with an output power of 1,4 kW on the workpiece
- Laser Micro Melting
- Laser micro processing using a high repetition rate femto second laser
- Laser Micro Sintering - Upgrade Technology
- Laser Micro Sintering a Versatile Instrument for the Generation of Microparts
- Laser Micro Sintering as a New Front Side Metallisation Technique for Silicon Solar Cells
- Laser Micro Sintering of Ceramic Materials
- Laser micro sintering of SiO2 with an NIR-Laser
- Laser micro sintering – a new method to generate metal and ceramic parts of high resolution with sub-micrometer powder
- Laser micro sintering – a new method to generate metal and ceramic parts of high resolution with sub-micrometer powder
- Laser micro sintering – a quality leap through improvement of powder packing
- Laser Micromachining of Pyrex and Quartz Glass using Femtosecond Lasers
- Laser micromachining of Pyrex and quartz glass using Femtosecond-lasers
- Laser microprocessing using TEA-CO2 or excimer lasers
- Laser Microsintering - Reaction Models and Results
- Laser microsintering of tungsten in vacuum
- Laser processing inside transparent materials: dependence on pulse length and wavelength
- Laser Processing of Tungsten Powder with Femtosecond Laser Radiation
- Laser Processing of Tungsten Powder with Femtosecond Laser Radiation
- Laser Trimming of NiCr Thin-Film Resistors 1 - Thin-Film Resistors Without a Protective Layer
- Laser Trimming of NiCr Thin-Film Resistors 2 - Thin-Film Resistors with an SiO2 Protective Layer
- Laser welding of functional and constructional ceramics for Microelectronics