Lamelar Aggregation of Nanoparticles From a Frozen Liquid at the Sublimation Interface—Mathematical Modeling

Author:

Dvorsky RichardORCID,Svoboda LadislavORCID,Bednář Jiří

Publisher

Springer International Publishing

Reference12 articles.

1. R. Dvorsky, J. Trojkova, J. Lunaček, K. Piksova, O. Černohorsky, Synthesis of inorganic nanofibers and lamellar structures with large specific surface by means of controlled vacuum freeze-drying process, in NANOCON 2011, pp. 58–63 (2011)

2. R. Dvorský, J. Lunacek, A. Sliva, K. Piksova, Formation of Lamellar and Fibrillar microaggregates of silicon nanopartocles during vacuum freeze drying of water suspension, in 5th International Conference on Surfaces, Coatings And Nanostructured Materials (2010), pp. 612–614

3. R. Dvorsky, J. Trojková, J. Kukutschová, J. Luňáček, V. Vodárek, J. Holešinský, Synthesis and properties of lamellar aggregates of globular fullerene nano-aggregates. Adv. Sci. Eng. Med. 6(4), 449–453 (2014). https://doi.org/10.1166/asem.2014.1519

4. R. Dvorský, Czech-303513 (2012), USA-US 9,410,739 B2 (2016), Japan-JP5961266 B2 (2016), China-CN 103842755 B (2016), Russia-RU 2599282 (2016), European Patent- EP2751508B1 (2017)

5. D. Krpelík, R. Dvorsky, P. Mančík, J. Bednář, L. Svoboda, Mathematical modelling of Lamellar aggregation of dispersed globular nanoparticles nC60 on the Interface Upon Sublimation of Water Molecules from Rapid Frozen Dispersion. J. Nanosci. Nanotechnol 19(5), 2671–2677 (2019). https://doi.org/10.1166/jnn.2019.15856

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