Laser-induced backside wet etching (LIBWE) of a silicate glass surface at interface with a
strongly absorbing aqueous dye solution is studied. The process of crater formation and the …

The technology of thermoplasmonic laser-induced backside wet etching is proposed to
microstructure such solid and difficult-to-process materials as sapphire. In this technology …

The thermo-plasmonic effect (heat deposition via absorption of laser light by metal
nanoparticles) is applied to substantially enhance the effectiveness and controllability of the …

Laser-induced backside wet etching using water solution of plasmon precursor (AgNO 3) as
an absorbing medium provides effective structuring of such a complex material as sapphire …

In this paper, we present the method of microlens arrays formation on the fused silica
surfaces by the irradiation of ytterbium fiber laser (λ= 1.064 μm, τ~ 100 ns, ν 10–100 kHz) …

The method of thermoplasmonic laser-induced backside wet etching (TPLIBWE) is applied
for effective and well-controlled microstructuring of sapphire. The method is based on the …

The processes of laser-induced backside wet etching (LIBWE) and microstructuring of
silicate glass by laser impulses with a wavelength of 527 nm and a duration of about 5 ns …

Abstract An organic dye, Oil-Red-O, dissolved in p-xylene was used for laser-induced
backside wet etching using a visible laser (visible-LIBWE) for the first time. Blue light (360 …

Blue light (360 nm~ 500 nm) emission from the glass/liquid interface was observed during
the etching using a green (λ= 532 nm) nanosecond Q-switched laser. An organic dye, Oil …

Для микроструктурирования такого твердого и сложного в обработке материала как
сапфир предлагается использовать технологию термоплазмонного лазерно …