D. P. P. Andrade

most citedRadiolysis of Amino Acids by Heavy and Energetic Cosmic Ray Analogs in Simulated Space Environments:

α

-Glycine Zwitterion Form

41 citations · 73 across the 3 of their papers we have counts for

collaborators

3 papers

astro-ph.IM2016★ 1 cited

Infrared complex refractive index of astrophysical ices exposed to cosmic rays simulated in the laboratory

W. R. M. Rocha, S. Pilling, A. L. F. de Barros +3

In dense and cold regions of the interstellar medium (ISM), molecules may be adsorbed onto dust grains to form the ice mantles. Once formed, they can be processed by ionizing radia…

astro-ph.EP2014★ 31 cited

Processing of formic acid-containing ice by heavy and energetic cosmic ray analogues

A. Bergantini, S. Pilling, H. Rothard +2

Formic acid (HCOOH) has been extensively detected in space environments, including interstellar medium (gas and grains), comets and meteorites. Such environments are often subjecte…

astro-ph.EP2014★ 41 cited

Radiolysis of Amino Acids by Heavy and Energetic Cosmic Ray Analogs in Simulated Space Environments: $α$ -Glycine Zwitterion Form

Williamary Portugal, Sergio Pilling, Philippe Boduch +2

In this work, we studied the stability of the glycine molecule in the crystalline zwitterion form, known as α-glycine ( $^{+}$ NH $_{3}$ CH $_{2}$ COO $^{-}$ ) under action of heavy cosmic…

Infrared complex refractive index of astrophysical ices exposed to cosmic rays simulated in the laboratory

Processing of formic acid-containing ice by heavy and energetic cosmic ray analogues

Radiolysis of Amino Acids by Heavy and Energetic Cosmic Ray Analogs in Simulated Space Environments: α-Glycine Zwitterion Form

Radiolysis of Amino Acids by Heavy and Energetic Cosmic Ray Analogs in Simulated Space Environments: $α$ -Glycine Zwitterion Form