In this study the sensitivity of the model performance of the chemistry transport model (CTM) LOTOS-EUROS to the description of the temporal variability of emissions was investigated.
The dynamics of the 18O(3P) + 32O2 isotope exchange reaction were studied using crossed atomic and molecular beams at collision energies (Ecoll) of 5.7 and 7.3 kcal/mol, and experimental results were compared with quantum statistical (QS) and quas
A generalized synthesis of high-quality,mesoporous zeolite (e.g., MFI-type) nanocrystals ispresented, based on a biomass-derived, monolithic Ndopedcarbonaceous template.
Variations in the poleward-directed Atlantic heat transfer was investigated over the past 135ka with special emphasis on the last and present interglacial climate development (Eemian and Holocene).
Temporal and spatial patterns in eastern North Atlantic sea-surface temperatures (SST) were reconstructed for marine isotope stage (MIS) 11c using a submeridional transect of five sediment cores.
Large point sources such as major population centers (MPCs) emit pollutants which can be deposited nearby or transported over long distances before deposition.
Highly porous N-doped carbon materials with apparent surface areas in the 1300-2400 m2 g-1 range and pore volumes up to 1.2 cm 3 g-1 have been synthesized from hydrothermal carbons obtained from mixtures of algae and glucose.