Radiocarbon's natural production, radiative decay, and isotopic rarity make it a unique tool
to probe carbonaceous systems in the life and earth sciences. However, the difficulty of …

Cavity-enhanced spectroscopic techniques are highly sensitive laser-based methods for
interrogating the atomic and molecular constituents of any gaseous medium that is confined …

Mid-infrared frequency combs are nowadays well-appreciated sources for spectroscopy and
frequency metrology. Here, a comprehensive approach for characterizing a difference …

Detection sensitivity is a critical characteristic to consider during selection of spectroscopic
techniques. However, high sensitivity alone is insufficient for spectroscopic measurements in …

The integration of biobased materials into the plastics market is inevitable to meet European
and global targets for carbon-neutral and sustainable production. To support the research …

Radiocarbon analysis of nuclear waste produced in nuclear facilities lacks fast, in situ
detection methods. Moreover, the amount of radiocarbon desorbing from graphitic waste is …

Abstract Since the 1980s, radiocarbon (14 C) has gained attention as a valuable tool to
quantify the amount of fossil and non-fossil emissions of CO 2 and CH 4 in the atmosphere …

The intensity noise of a laser source represents one of the key factors limiting the ultimate
sensitivity in laser-based systems for sensing and telecommunication. For advanced …

In the past, climate change led the United Nations to define the Sustainable Development
Goals Statement “blueprint to achieve a better and more sustainable future” and the …

TITRE :MODELE DE CONTRIBUTION A TELECHARGER Page 1 Saturated-absorption CAvity
Ring-down (SCAR) spectroscopy: a disruptive laser technology entering real-life applications …