Ci-dessous, les différences entre deux révisions de la page.
Les deux révisions précédentesRévision précédenteProchaine révision | Révision précédenteProchaine révisionLes deux révisions suivantes | ||
science:publications:accueil [2020/03/09 07:46] – cicaluga | science:publications:accueil [2020/03/09 07:50] – [2019] cicaluga | ||
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===== 2020 ===== | ===== 2020 ===== | ||
- | * **K. Bernardino, K. Goloviznina, | + | * **K. Bernardino, K. Goloviznina, |
Ligne 18: | Ligne 18: | ||
* **K. Goloviznina, | * **K. Goloviznina, | ||
+ | |||
* **Thapa, Indira; Ntais, Spyridon; Clément, Roxanne; Baranova, Elena A; Gu, Qingyi; Steinmann, Stephan N; Michel, Carine; Lau, M Kit; Hass, Cathy S; Millis, Jim**, C6 Diacids from homocitric acid lactone using relay heterogeneous catalysis in water, | * **Thapa, Indira; Ntais, Spyridon; Clément, Roxanne; Baranova, Elena A; Gu, Qingyi; Steinmann, Stephan N; Michel, Carine; Lau, M Kit; Hass, Cathy S; Millis, Jim**, C6 Diacids from homocitric acid lactone using relay heterogeneous catalysis in water, | ||
+ | |||
* **Schweitzer, | * **Schweitzer, | ||
+ | |||
* **Staub, Ruben; Iannuzzi, Marcella; Khaliullin, Rustam Z; Steinmann, Stephan N**, Energy Decomposition Analysis for Metal Surface–Adsorbate Interactions by Block Localized Wave Functions, | * **Staub, Ruben; Iannuzzi, Marcella; Khaliullin, Rustam Z; Steinmann, Stephan N**, Energy Decomposition Analysis for Metal Surface–Adsorbate Interactions by Block Localized Wave Functions, | ||
+ | |||
* **Réocreux, | * **Réocreux, | ||
+ | |||
* **Hajar, Yasmine M; Treps, Laureline; Michel, Carine; Baranova, Elena A; Steinmann, Stephan N**, Theoretical insight into the origin of the electrochemical promotion of ethylene oxidation on ruthenium oxide, | * **Hajar, Yasmine M; Treps, Laureline; Michel, Carine; Baranova, Elena A; Steinmann, Stephan N**, Theoretical insight into the origin of the electrochemical promotion of ethylene oxidation on ruthenium oxide, | ||
+ | |||
* **Mom, Rik Valentijn; Melissen, Sigismund TAG; Sautet, Philippe; Frenken, Joost WM; Steinmann, Stephan N; Groot, Irene MN**, The Pressure Gap for Thiols: Methanethiol Self-Assembly on Au (111) from Vacuum to 1 bar,**//The Journal of Physical Chemistry // | * **Mom, Rik Valentijn; Melissen, Sigismund TAG; Sautet, Philippe; Frenken, Joost WM; Steinmann, Stephan N; Groot, Irene MN**, The Pressure Gap for Thiols: Methanethiol Self-Assembly on Au (111) from Vacuum to 1 bar,**//The Journal of Physical Chemistry // | ||
+ | |||
* **Blanck, Sarah; Loehlé, Sophie; Steinmann, Stephan N; Michel, Carine**, Adhesion of lubricant on aluminium through adsorption of additive head-groups on γ-alumina: | * **Blanck, Sarah; Loehlé, Sophie; Steinmann, Stephan N; Michel, Carine**, Adhesion of lubricant on aluminium through adsorption of additive head-groups on γ-alumina: | ||
Ligne 74: | Ligne 81: | ||
* **Davis G., Dauxois T., Jamin T., Joubaud S. **, Energy budget in internal wave attractor experiments, | * **Davis G., Dauxois T., Jamin T., Joubaud S. **, Energy budget in internal wave attractor experiments, | ||
+ | * **Goloviznina K., Costa Gomes M., Padua A. **, Polarisable forcefield for molecular dynamics simulations of ionic liquids, the **//10th International conference of chemistry Toulouse-Kiev (ICTK-10)// | ||
+ | * **Goloviznina K., Costa Gomes M., Padua A. **, Prediction of dispersion and induction components for polarizable molecular simulations of ionic liquids, **//The 8th International congress on ionic liquids (COIL-8)// | ||
===== 2018 ===== | ===== 2018 ===== |