Search Results - "Schneiker, Anita"

Cryogenic gastronomy at The Restaurant at the End of the Universe - exploring interstellar serine synthesis from α-glycyl radical and other ingredients by Schneiker, Anita, Tarczay, György

“…Amino acids are essential for Earth-like life and are hypothesised to have originated in interstellar space, potentially being transported to Earth via…”
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Potential Catalytic Role of Small Heterocycles in Interstellar H 2 Formation: A Laboratory Astrochemistry Study on Furan and Its Hydrogenated Forms by Schneiker, Anita, Ragupathy, Gopi, Bazsó, Gábor, Tarczay, György

“…It is now well-accepted in astrochemistry that the formation of interstellar H is taking place on the surface of interstellar grains. It has also been…”
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Potential Catalytic Role of Small Heterocycles in Interstellar H2 Formation: A Laboratory Astrochemistry Study on Furan and Its Hydrogenated Forms by Schneiker, Anita, Ragupathy, Gopi, Bazsó, Gábor, Tarczay, György

“…It is now well-accepted in astrochemistry that the formation of interstellar H2 is taking place on the surface of interstellar grains. It has also been…”
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Polyaromatic hydrocarbons with an imperfect aromatic system as catalysts of interstellar H 2 formation by Jelenfi, Dávid P., Schneiker, Anita, Tajti, Attila, Magyarfalvi, Gábor, Tarczay, György

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Hydrogenation and dehydrogenation reactions of the phenalenyl radical/1H-phenalene system at low temperatures by Schneiker, Anita, Csonka, István Pál, Tarczay, György

“…[Display omitted] •IR spectrum of 1H-phenalene was recorded in Ar and Kr matrices.•Phenalenyl radical was generated by laser UV photolysis from…”
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Polyaromatic hydrocarbons with an imperfect aromatic system as catalysts of interstellar H2 formation by Jelenfi, Dávid P., Schneiker, Anita, Tajti, Attila, Magyarfalvi, Gábor, Tarczay, György

“…Although H is the simplest and the most abundant molecule in the Universe, its formation in the interstellar medium, especially in the photodissociation…”
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Non-energetic, Low-Temperature Formation of Cα‑Glycyl Radical, a Potential Interstellar Precursor of Natural Amino Acids by Schneiker, Anita, Góbi, Sándor, Joshi, Prasad Ramesh, Bazsó, Gábor, Lee, Yuan-Pern, Tarczay, György

“…The reaction of H atoms with glycine was investigated at 3.1 K in para-H2, a quantum-solid host. The reaction was followed by IR spectroscopy, with the…”
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Polyaromatic Hydrocarbons with an Imperfect Aromatic System as Catalysts of Interstellar H$_{2}$ Formation by Jelenfi, David P, Schneiker, Anita, Tajti, Attila, Magyarfalvi, Gabor, Tarczay, Gyorgy

“…Although H$_{2}$ is the simplest and the most abundant molecule in the Universe, its formation in the interstellar medium, especially in the photodissociation…”
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