RT @Sidd_Deshp: Finally published in @NatureComms!! The work builds on our package @surfgraphs (https://t.co/uhL4Apv4kk) to develop data-dr…
Finally published in @NatureComms!! The work builds on our package @surfgraphs (https://t.co/uhL4Apv4kk) to develop data-driven models to identify relevant atomistic models for complex heterogeneous catalytic surfaces. Thanks to @mepgg and his ML skills t
Tristan is one of the best peopleI to work with. Has a unique ability to think at the intersection of algorithms and chemical sciences (especially atomic scale sim.). Check out this publication of his amongst the countless others he has contributed to: htt
Graph theory approach to determine configurations of multidentate and high coverage adsorbates for heterogeneous catalysis @GroupGreeley https://t.co/8VDxU4ZVMw
RT @Nature_NPJ: Graph theory approach to determine configurations of multidentate and high coverage adsorbates for heterogeneous catalysis.…
Graph theory approach to determine configurations of multidentate and high coverage adsorbates for heterogeneous catalysis. #npjcompumats https://t.co/M05z7Xh6Eq https://t.co/eaRVfB3Dyg
RT @GroupGreeley: Happy to share our recent work on modeling surface adsorbate configurations using network graphs by @Sidd_Deshp and Trist…
不均一触媒作用のための多座および高被覆吸着物の構成を決定するためのグラフ理論アプローチ 無向グラフィカル表現による不均一触媒モデルシステムをデジタルで表すPythonベースのアルゴリズムの提示。複数の相互作用する吸着質の組合せのスクリーニングの自動化も可能。https://t.co/nnxDyuBAS0
RT @Sidd_Deshp: Check out our recent publication utilizing graph theory based approach to estimate multi-dentate and high coverages of adso…
RT @Sidd_Deshp: Check out our recent publication utilizing graph theory based approach to estimate multi-dentate and high coverages of adso…
RT @Sidd_Deshp: Check out our recent publication utilizing graph theory based approach to estimate multi-dentate and high coverages of adso…
RT @Sidd_Deshp: Check out our recent publication utilizing graph theory based approach to estimate multi-dentate and high coverages of adso…
RT @GroupGreeley: Happy to share our recent work on modeling surface adsorbate configurations using network graphs by @Sidd_Deshp and Trist…
RT @Sidd_Deshp: Check out our recent publication utilizing graph theory based approach to estimate multi-dentate and high coverages of adso…
RT @PurdueCatalysis: Congratulations to Siddharth Deshpande for publishing "Graph theory approach to determine configurations of multidenta…
RT @Sidd_Deshp: Check out our recent publication utilizing graph theory based approach to estimate multi-dentate and high coverages of adso…
RT @Sidd_Deshp: Check out our recent publication utilizing graph theory based approach to estimate multi-dentate and high coverages of adso…
RT @Sidd_Deshp: Check out our recent publication utilizing graph theory based approach to estimate multi-dentate and high coverages of adso…
RT @Sidd_Deshp: Check out our recent publication utilizing graph theory based approach to estimate multi-dentate and high coverages of adso…
RT @Sidd_Deshp: Check out our recent publication utilizing graph theory based approach to estimate multi-dentate and high coverages of adso…
Happy to share our recent work on modeling surface adsorbate configurations using network graphs by @Sidd_Deshp and Tristan Maxson published in @Nature_NPJ! Full source code can be found here: https://t.co/MOFbdxZv5M
RT @Sidd_Deshp: Check out our recent publication utilizing graph theory based approach to estimate multi-dentate and high coverages of adso…
Check out our recent publication utilizing graph theory based approach to estimate multi-dentate and high coverages of adsorbate configurations for heterogeneous catalytic systems published in @Nature_NPJ Computational Materials https://t.co/U9C6Ph9Xxu
Congratulations to Siddharth Deshpande for publishing "Graph theory approach to determine configurations of multidentate and high coverage adsorbates for heterogeneous catalysis" in @Nature_NPJ Computational Materials. https://t.co/MnIfuiGQBn