Gertjan van Baarle
Gastonderzoeker
- Naam
- Dr. G.J.C. van Baarle
- Telefoon
- 071 5272727
- g.j.c.van.baarle@lic.leidenuniv.nl
Gastonderzoeker
- Faculteit der Wiskunde en Natuurwetenschappen
- LIC
- Chemistry for a sustainable society
- Catalysis & Surface Chemistry
- Roorda T., Achour H., Spronsen M.A. van, Cañas-Ventura M.E., Roobol S.B., Onderwaater W., Bergman M., Tuijn P. van der, Baarle G. van, Bakker J.W., Frenken J.W.M. & Groot I.M.N. (2025), ReactorAFM/STM – dynamic reactions on surfaces at elevated temperature and atmospheric pressure, Beilstein Journal of Nanotechnology 16: 397-406.
- Sfougkaris I., Tsakonas C., Manikas A.C., Pastore Carbone M.G., Pavlou C., Groot I.M.N., Saedi A., Baarle G.J.C. van, Voogd J.M. de, Rein V., Jankowski M., Konovalov O.V., Renaud G. & Galiotis C. (2024), Mechanical integrity and reinforcement efficiency of graphene grown on liquid copper by Chemical Vapor Deposition, Advanced Materials Interfaces 11(22): 2400193.
- Jankowski M., Saedi A., La Porta F., Manikas A.C., Tsakonas C., Cingolani J.S., Andersen M., Voogd M. de, Baarle G.J.C. van, Reuter K. Galiotis C., Renaud G., Konovalov O.V. & Groot I.M.N. (2021), Real-time multiscale monitoring and tailoring of graphene growth on liquid copper, ACS Nano 15(7): 12455.
- Saedi M., Voogd J.M. de, Sjardin A., Manikas A., Galiotis C., Jankowski M., Renaud G., La Porta F., Konovalov O., Baarle G.J.C. van & Groot I.M.N. (2020), Development of a reactor for the in situ monitoring of 2D materials growth on liquid metal catalysts, using synchrotron x-ray scattering, Raman spectroscopy, and optical microscopy, Review of Scientific Instruments 91(1): 013907.
- Onderwaater W.G., Taranovskyy A., Bremmer G.M., Baarle G.J.C. van, Frenken J.W.M. & Groot I.M.N. (2017), From dull to shiny: A novel setup for reflectance difference analysis under catalytic conditions, Review of Scientific Instruments 88(2): 023704.
- Spronsen M.A. van, Baarle G.J.C. van, Herbschleb C.T., Frenken J.W.M. & Groot I.M.N. (2015), High-pressure operando STM studies giving insight in CO oxidation and NO reduction of Pt(110), Catalysis Today 244: 85-95.
- Roobol S.B., Canas Ventura M.E., Bergman M., Spronsen M.A., Onderwaater W.G., Tuijn P.C. van der, Koehler R., Ofitserov A., Baarle G.J.C. van & Frenken J.W.M. (2015), The ReactorAFM: Non-contact atomic force microscope operating under high-pressure and high-temperature catalytic conditions, Review of Scientific Instruments 86: 033706.
- Rost M.J., Baarle G.J.C. van, Katan A.J., Spengen W.M. van, Schakel P., Loo W.A. van, Oosterkamp T.H. & Frenken J.W.M. (2009), Video-rate scanning probe control challenges: setting the stage for a microscopy revolution, Asian Journal of Control 11(2): 110-129.
- Baarle G.J.C. van, Troyanovski A.M., Nishizaki T., Kes P.H. & Aarts J. (2003), Imaging of vortex configurations in thin films by scanning-tunneling microscopy, Applied Physics Letters 82(7): 1081-1083.
- Nishizaki T., Troyanovski A.M., Baarle G.J.C. van, Kes P.H. & Aarts J. (2003), STM imaging of vortex structures in NbN thin films, Physica B: Condensed Matter 388-389: 777-778.
- Baarle G.J.C. van, Troianovski A., Kes P.H. & Aarts J. (2002), STM imaging of vortex configurations in films of a-Mo3Ge through a Au layer, Physica C: Superconductivity and its Applications 369(1-4): 335-338.