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Results: 1-11 |
Results: 11
NONSTATIONARY EFFECTS IN LASER-ABLATION OF INDIUM - CALCULATIONS BASED ON SPATIAL MOMENTS TECHNIQUE
Authors: ARNOLD N LUKYANCHUK B BITYURIN N BAUERLE D
Citation: N. Arnold et al., NONSTATIONARY EFFECTS IN LASER-ABLATION OF INDIUM - CALCULATIONS BASED ON SPATIAL MOMENTS TECHNIQUE, Laser physics, 8(1), 1998, pp. 47-55
BULK MODEL OF LASER-ABLATION OF POLYMERS
Authors: BITYURIN N ARNOLD N LUKYANCHUK B BAUERLE D
Citation: N. Bityurin et al., BULK MODEL OF LASER-ABLATION OF POLYMERS, Applied surface science, 129, 1998, pp. 164-170
A FAST QUANTITATIVE MODELING OF NS LASER-ABLATION BASED ON NONSTATIONARY AVERAGING TECHNIQUE
Authors: ARNOLD N LUKYANCHUK B BITYURIN N
Citation: N. Arnold et al., A FAST QUANTITATIVE MODELING OF NS LASER-ABLATION BASED ON NONSTATIONARY AVERAGING TECHNIQUE, Applied surface science, 129, 1998, pp. 184-192
UV-LASER ABLATION OF ABSORBING DIELECTRICS BY ULTRA-SHORT LASER-PULSES
Authors: BITYURIN N MALYSHEV A
Citation: N. Bityurin et A. Malyshev, UV-LASER ABLATION OF ABSORBING DIELECTRICS BY ULTRA-SHORT LASER-PULSES, Applied surface science, 129, 1998, pp. 199-205
UV-LASER-INDUCED PERIODIC SURFACE-STRUCTURES ON POLYIMIDE
Authors: HIMMELBAUER M ARNOLD N BITYURIN N ARENHOLZ E BAUERLE D
Citation: M. Himmelbauer et al., UV-LASER-INDUCED PERIODIC SURFACE-STRUCTURES ON POLYIMIDE, Applied physics A: Materials science & processing, 64(5), 1997, pp. 451-455
UV LASER MODIFICATIONS AND ETCHING OF POLYMER-FILMS (PMMA) BELOW THE ABLATION THRESHOLD
Authors: BITYURIN N MURAVIOV S ALEXANDROV A MALYSHEV A
Citation: N. Bityurin et al., UV LASER MODIFICATIONS AND ETCHING OF POLYMER-FILMS (PMMA) BELOW THE ABLATION THRESHOLD, Applied surface science, 110, 1997, pp. 270-274
UV-LASER ABLATION OF POLYIMIDE - FROM LONG TO ULTRA-SHORT LASER-PULSES
Authors: LUKYANCHUK B BITYURIN N HIMMELBAUER M ARNOLD N
Citation: B. Lukyanchuk et al., UV-LASER ABLATION OF POLYIMIDE - FROM LONG TO ULTRA-SHORT LASER-PULSES, Nuclear instruments & methods in physics research. Section B, Beam interactions with materials and atoms, 122(3), 1997, pp. 347-355
THE ROLE OF EXCITED SPECIES IN ULTRAVIOLET-LASER MATERIALS ABLATION .3. NONSTATIONARY ABLATION OF ORGANIC POLYMERS
Authors: LUKYANCHUK B BITYURIN N ANISIMOV S ARNOLD N BAUERLE D
Citation: B. Lukyanchuk et al., THE ROLE OF EXCITED SPECIES IN ULTRAVIOLET-LASER MATERIALS ABLATION .3. NONSTATIONARY ABLATION OF ORGANIC POLYMERS, Applied physics A: Materials science & processing, 62(5), 1996, pp. 397-401
PHOTOPHYSICAL ABLATION OF ORGANIC POLYMERS - THE INFLUENCE OF STRESSES
Authors: LUKYANCHUK B BITYURIN N ANISIMOV S MALYSHEV A ARNOLD N BAUERLE D
Citation: B. Lukyanchuk et al., PHOTOPHYSICAL ABLATION OF ORGANIC POLYMERS - THE INFLUENCE OF STRESSES, Applied surface science, 106, 1996, pp. 120-125
THE ROLE OF EXCITED SPECIES IN UV-LASER MATERIALS ABLATION .2. THE STABILITY OF THE ABLATION FRONT
Authors: LUKYANCHUK B BITYURIN N ANISIMOV S BAUERLE D
Citation: B. Lukyanchuk et al., THE ROLE OF EXCITED SPECIES IN UV-LASER MATERIALS ABLATION .2. THE STABILITY OF THE ABLATION FRONT, Applied physics. A, Solids and surfaces, 57(5), 1993, pp. 449-455
THE ROLE OF EXCITED SPECIES IN UV-LASER MATERIALS ABLATION .1. PHOTOPHYSICAL ABLATION OF ORGANIC POLYMERS
Authors: LUKYANCHUK B BITYURIN N ANISIMOV S BAUERLE D
Citation: B. Lukyanchuk et al., THE ROLE OF EXCITED SPECIES IN UV-LASER MATERIALS ABLATION .1. PHOTOPHYSICAL ABLATION OF ORGANIC POLYMERS, Applied physics. A, Solids and surfaces, 57(4), 1993, pp. 367-374
Risultati: 1-11 |