The fundamental understanding of droplet dynamics is the critical prerequisite to the prediction of natural processes and the optimization of technical systems. Many of these processes happen under extreme ambient conditions - e.g. high pressure or extreme temperatures - and can already be found in technical applications, despite the absence of fundamental knowledge. This is exactly where the new Collaborative Research Center focuses on. The goal is to gain a profound physical understanding of the essential processes. This understanding is the basis for new ways of analytical and numerical descriptions. Thereby, an improved prediction of large systems in nature or in technical applications shall be possible.
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81 to 90 of 223 Results
Tabular Data - 25.0 KB - 4 Variables, 406 Observations - UNF:6:nBNm6Hji3EtHrsosSl2FaQ==
Temporal evolution of the bridge radius r_b [nm] as well as the back of drop positions x_bdl [nm] (left) and x_bdr [nm] (right) over time t [ns] for the coalescing argon droplets with an initial Radius of R=100 nm.
Tabular Data - 30.5 KB - 4 Variables, 505 Observations - UNF:6:uasOL1+AVtwQJeCT8kVkTw==
Temporal evolution of the bridge radius r_b [nm] as well as the back of drop positions x_bdl [nm] (left) and x_bdr [nm] (right) over time t [ns] for the coalescing argon droplets with an initial Radius of R=25 nm.
Tabular Data - 32.4 KB - 4 Variables, 529 Observations - UNF:6:NcgG3JgCLYhvxqJ2sujqtA==
Temporal evolution of the bridge radius r_b [nm] as well as the back of drop positions x_bdl [nm] (left) and x_bdr [nm] (right) over time t [ns] for the coalescing argon droplets with an initial Radius of R=50 nm.
Python Source Code - 2.2 KB - MD5: 3133376c8f6301379487545e13ca52e1
Simple python script to plot coalescing droplets contours from *.csv files and save them as *.pdf files. Additionally, a sequence of all contours is created by merging the *.pdf files to a single file.
XZ Archive - 5.6 MB - MD5: 342db787ddd3727681d73c67459aab8f
Archive containing interface contours of the "early" stages of the droplet coalescence process as *.csv files with fine time resolution. One *.csv file contains the data for a single interface contour described by the spatial coordinates x [nm] and r [nm] at the time instance t [ps] indicated by the time stamp in the file name, e.g.: *_t000000100.c...
XZ Archive - 10.9 MB - MD5: 9ef077662d734421b1e48179937752c3
Archive containing interface contours of the "early" stages of the droplet coalescence process as *.csv files with fine time resolution. One *.csv file contains the data for a single interface contour described by the spatial coordinates x [nm] and r [nm] at the time instance t [ps] indicated by the time stamp in the file name, e.g.: *_t000000100.c...
XZ Archive - 2.8 MB - MD5: eb7326b90385ee6b223aa8c9a032d1bb
Archive containing interface contours of the "early" stages of the droplet coalescence process as *.csv files with fine time resolution. One *.csv file contains the data for a single interface contour described by the spatial coordinates x [nm] and r [nm] at the time instance t [ps] indicated by the time stamp in the file name, e.g.: *_t000000100.c...
XZ Archive - 21.0 MB - MD5: eca188bc9d6a89ae124bca49aa0abed2
Archive containing "full" sequence of droplet coalescence interface contours as *.csv files with coarse time resolution. One *.csv file contains the data for a single interface contour described by the spatial coordinates x [nm] and r [nm] at the time instance t [ps] indicated by the time stamp in the file name, e.g.: *_t000000100.csv => t=100 ps.
XZ Archive - 137.8 MB - MD5: f9cc6793e5766eff9ca83bd3bba668dc
Archive containing "full" sequence of droplet coalescence interface contours as *.csv files with coarse time resolution. One *.csv file contains the data for a single interface contour described by the spatial coordinates x [nm] and r [nm] at the time instance t [ps] indicated by the time stamp in the file name, e.g.: *_t000000100.csv => t=100 ps.
XZ Archive - 187.1 MB - MD5: ea2d56948b04d63f65ba78b12734f071
Archive containing "full" sequence of droplet coalescence interface contours as *.csv files with coarse time resolution. One *.csv file contains the data for a single interface contour described by the spatial coordinates x [nm] and r [nm] at the time instance t [ps] indicated by the time stamp in the file name, e.g.: *_t000000100.csv => t=100 ps.
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