Sfoglia per Rivista
Chiral, low-resistance organic and nanoscale frameworks that uniquely propagate spin polarized currents
2019 Bullard, G.; Tassinari, F.; Ko, C. H.; Mishra, S.; Mondal, A.; Wang, R.; Naaman, R.; Therien, M.
Investigations of heterogeneous and homogeneous transition metal catalysis using density functional theory.
2000 Goddard, Wa; Muller, R; Kua, J; Faglioni, Francesco; Philipp, D.
MSC/Caltech Collaborations with Industry an Catalysis Technologies
1999 W. A., GODDARD III; Faglioni, Francesco; J., Kua; D., Phillip; M., Feldmann
Scanning Tunneling Microscopy of Functional Groups: Substituted Alkanes and Alkanols on Graphite
2001 N. S., Lewis; C. L., Claypool; W. A., GODDARD III; Faglioni, Francesco; H. B., Gray; R. A., Marcus
Simulation and Design of Materials - Applications to Polymers, Ceramics, Semiconductors, and Catalysis
1994 W. A., Goddard; K. T., Lim; M., Belmares; Y., Guo; X., Chen; Faglioni, Francesco
Structure-based inhibitor design vs. beta-lactamase
2005 Shoichet, B; Tondi, Donatella; Morandi, F; Babaoglu, K.
Theoretical-studies of Metallocene Polymerization Catalysts
1996 W. A., Goddard; C., Brandow; Faglioni, Francesco; E. P., Bierwagen
Transition states for homogeneous and heterogeneous catalysis, including stereoselective polymerizations and for metathesis.
1998 W. A., Goddard; C., Brandow; C., Kankel; J., Sefcik; Faglioni, Francesco
Tutorial: Case studies in the use of density functional theory for transition metal systems, with an emphasis on heterogeneous and homogeneous catalysis, metal alloys, and transition metal oxides.
2000 Goddard, Wa; Muller, R; Strachan, A; Kua, J; Faglioni, F; Philipp, D; Feldmann, M; Chakraborty, D; Jang, Yh; Xu, X; Blanco, M; Tang, Y; Cagin, T
Why molecules look the way they do in STM: A systematic functional group approach.
1998 C. L., Claypool; N. S., Lewis; Faglioni, Francesco; W. A., Goddard; H. B., Gray; R. A., Marcus
Titolo | Data di pubblicazione | Autore(i) | File |
---|---|---|---|
Chiral, low-resistance organic and nanoscale frameworks that uniquely propagate spin polarized currents | 1-gen-2019 | Bullard, G.; Tassinari, F.; Ko, C. H.; Mishra, S.; Mondal, A.; Wang, R.; Naaman, R.; Therien, M. | |
Investigations of heterogeneous and homogeneous transition metal catalysis using density functional theory. | 1-gen-2000 | Goddard, Wa; Muller, R; Kua, J; Faglioni, Francesco; Philipp, D. | |
MSC/Caltech Collaborations with Industry an Catalysis Technologies | 1-gen-1999 | W. A., GODDARD III; Faglioni, Francesco; J., Kua; D., Phillip; M., Feldmann | |
Scanning Tunneling Microscopy of Functional Groups: Substituted Alkanes and Alkanols on Graphite | 1-gen-2001 | N. S., Lewis; C. L., Claypool; W. A., GODDARD III; Faglioni, Francesco; H. B., Gray; R. A., Marcus | |
Simulation and Design of Materials - Applications to Polymers, Ceramics, Semiconductors, and Catalysis | 1-gen-1994 | W. A., Goddard; K. T., Lim; M., Belmares; Y., Guo; X., Chen; Faglioni, Francesco | |
Structure-based inhibitor design vs. beta-lactamase | 1-gen-2005 | Shoichet, B; Tondi, Donatella; Morandi, F; Babaoglu, K. | |
Theoretical-studies of Metallocene Polymerization Catalysts | 1-gen-1996 | W. A., Goddard; C., Brandow; Faglioni, Francesco; E. P., Bierwagen | |
Transition states for homogeneous and heterogeneous catalysis, including stereoselective polymerizations and for metathesis. | 1-gen-1998 | W. A., Goddard; C., Brandow; C., Kankel; J., Sefcik; Faglioni, Francesco | |
Tutorial: Case studies in the use of density functional theory for transition metal systems, with an emphasis on heterogeneous and homogeneous catalysis, metal alloys, and transition metal oxides. | 1-gen-2000 | Goddard, Wa; Muller, R; Strachan, A; Kua, J; Faglioni, F; Philipp, D; Feldmann, M; Chakraborty, D; Jang, Yh; Xu, X; Blanco, M; Tang, Y; Cagin, T | |
Why molecules look the way they do in STM: A systematic functional group approach. | 1-gen-1998 | C. L., Claypool; N. S., Lewis; Faglioni, Francesco; W. A., Goddard; H. B., Gray; R. A., Marcus |
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