Harmen van der Meer
Ontwikkelingstechnicus Fijnmechanische Dienst
- Naam
- H. van der Meer
- Telefoon
- +31 71 527 5565
- meerh@physics.leidenuniv.nl
Ontwikkelingstechnicus Fijnmechanische Dienst
- Wiskunde en Natuurwetenschappen
- Leiden Instituut Onderzoek Natuurkunde
- LION - Fine Mechanical Department
- Wang Y.H., Adhikari S., Meer H. van der, Liu J. & Orrit M.A.G.J. (2023), Thousand-fold enhancement of photothermal signals in near-critical CO2, Journal of Physical Chemistry C 127(7): 3619-3625.
- Steindl P., Ent T. van der, Meer H. van der, Frey J.A., Norman J., Bowers J.E., Bouwmeester D. & Löffler W. (2023), Resonant two-laser spin-state spectroscopy of a negatively charged quantum-dot–microcavity system with a cold permanent magnet, Physical Review Applied 20(1): 014026.
- Fedoseev V., Fisicaro M., Meer H. van der, Löffler W. & Bouwmeester D. (2022), Realignment-free cryogenic macroscopic optical cavity coupled to an optical fiber , Review of Scientific Instruments 93: 013103.
- Panarelli E.G., Meer H. van der, Gast P. & Groenen E.J.J. (2020), Effective coupling of rapid freeze-quench to high-frequency electron paramagnetic resonance, PLoS ONE 15(5): e0232555.
- Wit M. de, Welker G., Heeck K., Buters F.M., Eerkens H.J., Koning G., Meer H. van der, Bouwmeester D. & Oosterkamp T.H. (2019), Vibration isolation with high thermal conductance for a cryogen-free dilution refrigerator, Review of Scientific Instruments 90: 015112.
- Sonar S.A., Fedoseev V., Weaver M.J., Luna F., Vlieg E., Meer H. van der, Bouwmeester D. & Löffler W. (2018), Strong thermomechanical squeezing in a far-detuned membrane-in-the-middle system, Physical Review A 98(1): 013804.
- Ding T.X., Hou L., Meer H. van der, Alivisatos A.P. & Orrit M.A.G.J. (2016), Hundreds-fold sensitivity enhancement of photothermal microscopy in near-critical Xenon, Journal of Physical Chemistry Letters 7: 2524-2529.
- Mathies G., Blok H., Disselhorst J.A.J.M., Gast P., Meer H. van der, Miedema D.M., Almeida R.M., Moura J.J.G., Hagen W.R. & Groenen E.J.J. (2011), Continuous-wave EPR at 275 GHz: application to high-spin Fe3+ systems, Journal of Magnetic Resonance 210(1): 126-132.
- Milikisyants S., Sottini S., Disselhorst J.A.J.M., Meer H. van der & Groenen E.J.J. (2008), A modification of the commercial ESR900 cryostat to enable three-dimensional Electron Paramagnetic Resonance studies of crystals, Review of Scientific Instruments 79: 046107.
- Meer H. van der, Disselhorst J.A.J.M., Köhler J., Brouwer A.C.J., Groenen E.J.J. & Schmidt J. (1995), An insert for single‐molecule magnetic‐resonance spectroscopy in an external magnetic field, Review of Scientific Instruments 66(10): 4853-4856.