P. Boduch

activity

20092024

most citedRadiolysis of ammonia-containing ices by energetic, heavy and highly charged ions inside dense astrophysical environments

95 citations · 505 across the 14 of their papers we have counts for

collaborators

Showing 2014Show all

3 papers · 1 filter

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.SR2014★ 58 cited

Comparison of UV and high-energy ion irradiation of methanol:ammonia ice

G. M. Munoz Caro, E. Dartois, P. Boduch +3

The main goal of this work is to compare the effects induced in ices of astrophysical relevance by high-energy ions, simulating cosmic rays, and by vacuum ultraviolet (UV) photons.…

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…

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

Comparison of UV and high-energy ion irradiation of methanol:ammonia ice

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