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Dispiroindolinone-Glutarimide Conjugates: Synthesis and Evaluation as Potential Hetero-PROTACs for p53 Reactivation. [PDF]
Polyakov VS +7 more
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Factors of wheat frost hardiness - ice recrystallization inhibitor proteins. [PDF]
Korotaeva NЕ +4 more
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Cold Molecules: Preparation, Applications, and Challenges
Angewandte Chemie - International Edition, 2009AbstractResearch with cold molecules has developed rapidly in recent years. There is now a variety of established methods for cooling molecules into the millikelvin range. Nevertheless, a focal point of current research is directed toward finding new ways to bring the temperature of molecules even closer to absolute zero.
, Gérard Meijer
exaly +4 more sources
Cold collisions of hot molecules
Physical Chemistry Chemical Physics, 2023Stimulated emission pumping is combined with imaging to study inelastic collisions of highly vibrationally excited NO down to 2 K. Results are compared to quantum close-coupling calculations on high-level potential energy surfaces.
Chatura A. Perera +3 more
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The Quest for Cold and Ultracold Molecules
ChemPhysChem, 2009AbstractCool molecules: The cooling of molecules to sub‐Kelvin temperatures promises to have a great impact in chemistry and physics. Recently, the first experimental realizations of samples of deeply bound molecules that are approaching the ultracold regime were reported. In this contribution, these interesting results are briefly discussed.
David W, Chandler, Kevin E, Strecker
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Cold Collisions of Electrons with Molecules
Few-Body Systems, 2002Results are presented of high-resolution scattering experiments involving electron collisions with CO2 and CS2, between a few meV and 200 meV impact energy. Virtual state scattering is shown to dominate the low-energy behaviour for both species. The most striking features of the scattering spectrum for CS2 are, however, giant resonances with cross ...
Jones, N.C. +3 more
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Why are Cold Molecules so Hot?
ChemPhysChem, 2009AbstractBrrrr! Cold molecule and cold atom research are juxtaposed and the challenges in cooling and trapping molecules are recounted. Both indirect and direct techniques of producing cold and slow molecules (such as buffer‐gas cooling and magnetic trapping, see picture) are described.
Friedrich, B., Doyle, J.
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