Atsushi Yoshida Kouji Adachi News Today : Breaking News, Live Updates & Top Stories | Vimarsana

Our industrialized society releases many and various pollutants into the world. Combustion in particular produces aerosol mass including black carbon. Although this only accounts for a few percent of aerosol particles, black carbon is especially problematic due to its ability to absorb heat and impede the heat reflection capabilities of surfaces such as snow. So, it’s essential to know how black carbon interacts with sunlight. Researchers have quantified the refractive index of black carbon to the most accurate degree yet which might impact climate models. ....

Nobuhiro Moteki , Atsushi Yoshida Kouji Adachi , Ministry Of Education , University Of Tokyo Is Japan , School Of Science , Technology Development Fund , University Of Tokyo , Department Of Earth , Conservation Agency , Japan Society For The Promotion Of Science , Method Of Research , Environment Research , Assistant Professor Nobuhiro Moteki , Planetary Science , Sho Ohata , Katsushi Yoshida , Aerosol Science , Environmental Restoration , Japan Society , Accepted Manuscript , Arctic Challenge ,