Assessing soil water repellency of a sandy field with visible near infrared spectroscopy

S/N results (left panel) and t-test results (right panel, in sigma units) when cross-correlating, in a wide range of K P and 3 wind values, the residual matrix and the

– Detector array development with H4RGs – Coronagraph technology development – Science simulations and modeling – Observatory design work. • ROSES "Preparatory

To link our INT I-band observations to our INT r-band ob- servations, we obtained a set of r-band out-of-transit frames on July 29, 2010, in order to measure the change in

Here we observe the following: the ratio of far-infrared to near-infrared flux (FIR/NIR) correlates with the mm flux: flaring discs have a higher dust mass than flat discs

Supramolecular interactions in the ground state between 29 and 30 were investigated performing different titration experiments using visible/near-infrared absorption spectroscopy

This project focuses on ultraviolet light effect in low concentrations of fullerenes, in the top layer of sandy soil and in ultrapure water1. Environmental

Based on optical and near-infrared spectroscopy, we classify the primary NLTT 51469A as an M3 ± 1 dwarf, estimate photometrically the spectral type of its close companion NLTT 51469B

The Near Infrared Spectroscopy (NIRS) is an analytical technique based on the interaction of electromagnetic radiation in the wavelength range 780-2500 nm and matter.