Conventional Raman spectroscopy often has difficulties with background interferences and the measurements setups are usually sealed even from low intensity ambient light. Time-resolved Raman is more suitable for studying high temperature samples...
Conventional Raman spectroscopy often has difficulties with background interferences and the measurements setups are usually sealed even from low intensity ambient light. Time-resolved Raman is more suitable for studying high temperature samples...
Topics: Blog, Raman Spectroscopy, China, high temperature
With conventional continuous wave (CW) Raman spectroscopy, spectra often contain broad background interference or distinct interfering bands when measuring samples outside sample enclosures in ambient light. This may limit the use of flexible and...
Topics: Mining, spectroscopy, Raman Spectroscopy, time-gating, ambient light
Distinguishing different iron oxides can be vital in various mining and metallurgy applications as different iron oxides have varied physical and chemical properties. These dissimilar properties can cause differences in industrial processes (e.g....
Topics: Mining, spectroscopy, Raman Spectroscopy, SpectOre, iron oxide, magnetite, hematite
