Six niobium rich glasses presenting different sodium contents were synthetized. On the
basis of complementary infrared and Raman analysis, the influence of the sodium content …

Compositional and structural modification of the subanodic region of poled soda-lime glass
under secondary heat treatment is studied using secondary ion mass spectrometry and …

Compositional changes in unleached and acid‐leached soda‐lime silicate surfaces were
tracked with in‐vacuo heating and X‐ray Photoelectron Spectroscopy. Surface oxygen …

Relief diffraction gratings are formed via acidic chemical etching of a periodically poled soda-
lime glass. The thermal poling under 1000 V DC is performed at 325° C using a thermally …

The development of novel sensing systems requires breakthroughs in the conception of
multifunctional materials. In this sense, while extensive research has been dedicated to the …

Numerous innovations in photonics have been realized on the basis of nonlinear optical
properties, notably in information technologies. To take advantage of the nonlinear optical …

Spatial and geometry controls of second order optical properties at the micrometer scale
have been achieved on borophosphate niobium glasses by thermal poling using …

Electric field-induced softening (EFIS) has been suggested as an innovative glass
processing technique to reduce the furnace temperature required for softening of alkali …

Thermal poling using microstructured electrodes on oxyfluoride glasses have been
investigated and the impact on optical properties was evaluated. A micrometer refractive …

Sodium tantalum germanate glasses were thermally poled using microstructured metallic
anodes of two distinct geometries. The topological, structural and optical characterization …