This review focuses on the progress made and recent developments regarding the use of
portable Raman spectrometric devices in the geosciences as well as with scientific testing of …

We report here the recent developmental studies in the field of laser-based standoff
detection of hazardous molecules, including explosives. Continuous wave lasers to high …

A mobile remote standoff Raman spectroscopy system operational at typical distances of 10
m was developed specifically for research of historical sites and wall paintings recently …

A thorough investigation has been conducted on the interaction of laser light with vermilion
(α-HgS, mercury II sulfide), a common red pigment used by artists, during its analysis by …

This paper presents a novel multimodal remote sensing setup to analyze the complex
stratigraphy of historical wall paintings at distances of order 10 m. The proposed method …

The increased adoption of non-invasive laser-based techniques for analysis of cultural
assets has recently called into question the non-invasiveness of the techniques in practical …

This study proposes a stand-off Raman spectroscopy system using dual-wavelength in the
ultraviolet (UV) region to detect hazardous chemicals. The Raman spectrum generated by …

Stand‐off Raman spectroscopy combined with chemometrics was demonstrated to have
great potential for detecting and identifying biological stains from a distance for forensic …

In this introduction to the Journal of Raman Spectroscopy special issue “Advanced Raman
procedures applied to natural/cultural heritage and forensic questions: Mobile set‐up, data …

An exact modeling for laser target illumination and electro-optic detection parameters used
in most common laser remote sensing systems, such as laser microphones, LiDARs, laser …