Remote temperature and pressure monitoring provides new and exciting chances to explore
the variation of luminescence properties of compounds under extreme conditions. Herein …

Noninvasive sensing of temperature and pressure offers new and exciting opportunities to
investigate and monitor the variation of physicochemical and spectroscopic properties of …

Taking advantage of the excellent pressure-sensing properties of the Sm2+ ion in the
SrB4O7 crystal, we demonstrate an enormous enhancement of about 60 times in the …

Pressure is an important physical parameter and hence its monitoring is very important for
different industrial and scientific applications. Although commonly used luminescent …

The intensely luminescent chromium (III) complexes [Cr (ddpd) 2] 3+ and [Cr (H2tpda) 2] 3+
show surprising pressure‐induced red shifts of up to− 15 cm− 1 kbar− 1 for their sharp spin …

The chromium (III) complex [Cr (ddpd) 2][BF4] 3 shows two spin‐flip emission bands in the
near‐infrared spectral region. These bands shift bathochromically by− 14.1 and− 7.7 cm− 1 …

The high pressure and high-temperature behavior of MnCO3 was investigated up to 55 GPa
at ambient temperature and up to 573 K at ambient pressure by Raman spectroscopy …

Abstract Siderite (FeCO3) and rhodochrosite (MnCO3) are two interesting carbonate
minerals, which normally occur in hydrothermal deposits on deep-sea altered oceanic crust …

The influence of temperature on fluorescence spectra used for pressure calibration in a
diamond anvil cell (ie, that of ruby) was always considered as an undesirable phenomenon …

In this work, a calibration of ruby, samarium-doped strontium tetraborate (Sm2+: SrB4O7),
and samarium-doped yttrium aluminum garnet (Sm3+: YAG) using Raman and fluorescence …