Sentence examples for spectroscopic absorption from inspiring English sources

We have employed several spectroscopic (absorption, emission, Raman, FTIR, CD, etc).

However, the spectroscopic (absorption and fluorescence) results suggest the presence of single low affinity binding site (~ 103 M− 1) on protein.

In particular, the spectroscopic absorption around the 2ν3 transition region near 1666 nm is approximated by simulation using data from the HITRAN database under worst-case conditions.

By determining the differences ΔM of a measured quantity M, which may be spectroscopic absorption, weight increase or any other concentration-dependent quantity, as a function of time, the diffusion coefficient can be determined.

We present spectroscopic absorption measurements on olivine plates of the order of a millimeter thickness at wavelengths between 60 and 400 μ m for temperatures down to 10 K. Our data reveal a strong temperature dependence of the continuum absorption coefficient, i.e. more than an order of magnitude decrease at 100 μ m for 10 K compared to room temperature.

The first method is based on the comparison of the "blackness" of the particle suspension to standard carbon black (260 nm) by spectroscopic absorption at 405 nm.

Also, these results have been compared with the results obtained by sophisticated spectroscopic atomic absorption and emission spectrometer instruments.

Based on the analysis of a series of spectra obtained by in-situ spectroscopic measurements absorption bands of possible intermediates generated in the electrochemical oxidation of adrenaline could be assigned.

X-ray diffraction, X-ray absorption spectroscopic, and energy dispersive spectroscopic microprobe analyses reveal that, under oxygen atmosphere of 1 atm, pentavalent Bi ions are successfully stabilized in the octahedral site of the perovskite tantalate lattice.

X-ray absorption spectroscopic studies have shown absence of ZnO nanoparticles in roots [47, 81].

Compared to absorption spectroscopic methods, the most attractive features of spectrofluorimetric analysis are high sensitivity and high selectivity.