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Using Microfluidic Chips with Nanochannels for Measuring the Mean Inner Potential of Liquid Water by Off-Axis Electron Holography

  • Murat Nulati Yesibolati (a1), Simone Laganà (a1), Takeshi Kasama (a2), Hongyu Sun (a1), Silvia Canepa (a1) and Kristian Mølhave (a1)...
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      Using Microfluidic Chips with Nanochannels for Measuring the Mean Inner Potential of Liquid Water by Off-Axis Electron Holography
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[1] Gabor, D Nature 161 (1948). p. 777.
[2] Mollenstedt, G & Duker, H Zeitschrift Fur Physik 145 (1956). p. 377.
[3] Bethe, H Annalen der Physik 87 (1928). p. 55.
[4] Sanchez, A & Ochando, MA Journal of Physics C-Solid State Physics 18 (1985). p. 33.
[5] Tanigaki, T, et al, Journal of Physics D-Applied Physics 49 2016.
[6] Gajdardziskajosifovska, M, et al, Ultramicroscopy 50 (1993). p. 285.
[7] Harsher, A & Lichte, H Electron Microscopy 1 (1998). p. 553.
[8] Shirai, M, et al, Ultramicroscopy 146 (2014). p. 125.
[9] Völkl, LFA Edgar & David, CJ in Introduction to Electron Holography. Springer US p. 354.
[10] Ross, FM Science 350 2015.
[11] Lagana, S, et al, European Microscopy Congress (EMC)(2016). DOI: 10.1002/emc2016.0319.
[12] We would like to thank DTU Nanotech, DTU CEN, DTU Danchip, and the funding from the Danish Research Council for Technology and Production Case No. 12-126194.

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