Gallery
![Xray Particle tracking](https://tu-dresden.de/ing/maschinenwesen/ifvu/tpg/ressourcen/bilder/gallery/2107_SH_XrayPTV.jpg/@@images/546df027-0f38-4344-8f21-3b33eaa5323b.jpeg)
© T. Lappan
![Beobachtung der Kollision zwischen Partikel und aufsteigender Blase](https://tu-dresden.de/ing/maschinenwesen/ifvu/tpg/ressourcen/bilder/gallery/Anna.png/@@images/6a12a97d-0c43-4d25-bbe5-f064d8070b36.png)
Beobachtung der Kollision zwischen Partikel und aufsteigender Blase © A. Sommer
![The response of particle covered bubble to asymmetric shear flow. The particle layer tilts from state (b) to (c); as the flow continues, the particle layer keeps the same tilt but rotates steadily around the vertical axis from (c) to (d).](https://tu-dresden.de/ing/maschinenwesen/ifvu/tpg/ressourcen/bilder/gallery/BubbleGlassBeads.png/@@images/bb679da5-318a-4d6c-96df-432e2c7c4d33.png)
The response of particle covered bubble to asymmetric shear flow. The particle layer tilts from state (b) to (c); as the flow continues, the particle layer keeps the same tilt but rotates steadily around the vertical axis from (c) to (d). © Milad Eftekhari
![Wrinkles formed at the interface of water-silicone oil due to the irreversible adsorption of nanoparticles at the interface. Arrested PS particles of 5 micron size can be seen as black dots.](https://tu-dresden.de/ing/maschinenwesen/ifvu/tpg/ressourcen/bilder/gallery/DropletWrinkles.png/@@images/37613f81-a9bf-4f1f-af49-768e7bcdacc3.png)
Wrinkles formed at the interface of water-silicone oil due to the irreversible adsorption of nanoparticles at the interface. Arrested PS particles of 5 micron size can be seen as black dots. © Milad Eftekhari
![Migration of formed hetero-agglomerates in magnetic field](https://tu-dresden.de/ing/maschinenwesen/ifvu/tpg/ressourcen/bilder/gallery/MagneticCarrierFlotation.png/@@images/b6478741-42a0-4149-b028-52599f63a684.png)
Migration of formed hetero-agglomerates in magnetic field © Karin Schwarzenberger
![Multiscale structures of Marangoni convection during mass transfer in a two-phase system](https://tu-dresden.de/ing/maschinenwesen/ifvu/tpg/ressourcen/bilder/gallery/MarangoniConvection.png/@@images/411d4a6a-7b47-4d45-b02e-26e9cc374bcd.png)
Multiscale structures of Marangoni convection during mass transfer in a two-phase system © Karin Schwarzenberger
![Buoyant-instability patterns during a chemical reaction front](https://tu-dresden.de/ing/maschinenwesen/ifvu/tpg/ressourcen/bilder/gallery/ReactionFront.png/@@images/52d9c8c0-7838-478d-acd5-06430330f9a0.png)
Buoyant-instability patterns during a chemical reaction front © Yorgos Stergiou & Karin Schwarzenberger
![Journal Cover](https://tu-dresden.de/ing/maschinenwesen/ifvu/tpg/ressourcen/bilder/gallery/jpccck-2022-126-issue-4-largecover-4.jpg/@@images/6decd2a7-ef01-4abc-9273-7a6bc6181629.jpeg)
© Journal Cover
![Nanocones](https://tu-dresden.de/ing/maschinenwesen/ifvu/tpg/ressourcen/bilder/gallery/magneto-electrodeposition.png/@@images/e9019b8b-69d5-4834-af87-b8c650e0539c.png)
© Lukas Krause
![Hydrogen bubble against Marangoni convection](https://tu-dresden.de/ing/maschinenwesen/ifvu/tpg/ressourcen/bilder/gallery/Marangoni_around_Hydrogen_bubble.jpg/@@images/cfda3659-26b5-458f-9460-f5298631c55b.jpeg)
Hydrogen bubble against Marangoni convection © Aleksandr Bashkatov