[phys4phys] Naučna tribina Institua Vinča - Predavanje: Spectroscopic sensor concepts for the exploration of extraterrestrial environments: A review

[Vladimir Djokovic]

Poštovane koleginice i kolege, pozivamo Vas da prisustvujete VI naučnoj 
tribini u 2023. godini.

Sa velikim zadovoljstvom Vas obaveštavamo da će tom prilikom predavanje 
održati renomirani PROF. DR  MICHAEL GENSCH
(https://www.digital-future.berlin/en/about-us/professors/prof-dr-michael-gensch/; 
https://scholar.google.de/citations?user=eip9bPsAAAAJ&hl=de), 
руководилац групе за TERAHERTZ AND LASER SPECTROSCOPY na institutu DLR 
INSTITUTE OF OPTICAL SENSOR SYSTEMS IN BERLIN, Adlershof.

Predavanje je zakazano za PETAK, 29. SEPTEMBAR 2023 GODINE U 13H u
svecanoj sali LABORATORIJE  050.

Naslov predavanja je : SPECTROSCOPIC SENSOR CONCEPTS FOR THE EXPLORATION
OF EXTRATERRESTRIAL ENVIRONMENTS: A REVIEW

APSTRAKT

The exploration of solar system bodies is now for decades a focus of 
activities of space agencies around the world. The motivation ranges 
from gaining a better understanding of the geology of e.g. planets and 
moons to the search for traces of (former) life. The developed 
spectroscopic sensors reach from passive infrared spectrometers employed 
e.g. on orbiters to active laser spectroscopies such as NIR 
spectroscopy, Raman spectroscopy or Laser-Induced Breakdown Spectroscopy 
employed on robotic missions. Space, weight and power restrictions as 
well as robustness against harsh environmental conditions are inherent 
prerequisites for space missions and lead to specific design solutions 
for these instruments. In this review an overview is given, presenting 
the application and design of selected spectroscopic sensors and 
techniques employed in past missions. Thereafter, emerging sensors 
concepts and technologies are presented which are currently investigated 
for use in future space missions.

Srdačno,

Komisija za popularizaciju naučnog rada i naučnu tribinu Instituta
„Vinča" i
Vladimir Đoković , naučni savetnik, Laboratorija za radijacionu
hemiju i fiziku 030