Uploads by S162901

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File list
Date Name Thumbnail Size Description Versions
21:27, 28 October 2019 Calculations.zip (file) 224 KB Contains mathematica files with explanations used for calculation of the following: Critical masses and related quantities Earth O2 column density Heat stuff Gravity, pressure, density and balloon sizes Length and time of the routes Thrust Volume of the w 1
20:45, 28 October 2019 Buoyancy for masses (m=up).jpg (file) 12 KB The buoyant force on the submarine for different masses of pentane. 1
20:38, 28 October 2019 Diamond windows.png (file) 12 KB Schematic representation of the windows in the submarine. 1
19:24, 26 October 2019 Crossection Europa.png (file) 21 KB   2
15:17, 1 October 2019 Europa interesting points.JPG (file) 26 KB 8 interesting points marked on Europa. The surface points are noted as Jovian (J), Anti-Jovian (A), North (N) and South (S). The seafloor points have the same letters, shifted 1 forward. 1
13:56, 29 September 2019 Heat transfer 10x1 ft digger Ice 10 kW.JPG (file) 59 KB Steady-state heat transfer model of a steel cylinder with a length of 3.05 m and a radius of .3 m in ice at 100 K. The cylinder contains a 10 kW spherical power source with a radius of .15 m. 1
13:54, 29 September 2019 Heat transfer 10x1 digger Ice 200 kW.JPG (file) 59 KB Steady-state heat transfer model of a steel cylinder with a length of 10 m and a radius of 1 m in ice at 100 K. The cylinder contains a 200 kW spherical power source with a radius of 0.5 m. 1
13:52, 29 September 2019 Heat transfer 10x1 digger Ice 100 kW.JPG (file) 59 KB Steady-state heat transfer model of a steel cylinder with a length of 10 m and a radius of 1 m in ice at 100 K. The cylinder contains a 100 kW spherical power source with a radius of 0.5 m. 1
13:51, 29 September 2019 Heat transfer 10x1 digger outside.JPG (file) 68 KB Steady-state heat transfer model of a steel cylinder with a length of 10 m and a radius of 1 m in 10^-10 atmospheres air at 100 K. The cylinder contains a 1 kW spherical power source with a radius of 0.5 m. 1
13:23, 24 September 2019 Water Phase Diagram.JPG (file) 102 KB Phase diagram of water, extracted from https://www-sciencedirect-com.dianus.libr.tue.nl/science/article/pii/S0079678615000035 1
13:19, 15 September 2019 Surface gravity angle Europa.jpg (file) 9 KB The angle (in radians) under which the net surface gravity on Europa will be felt. Theta=0 is the sub-Jovian side of Europa. 1
13:19, 15 September 2019 Net Surface Gravity on Europa.jpg (file) 8 KB Plots of the surface gravity on Europa, corrected for the gravitational pull of Jupiter. Theta=0 is the sub-Jovian side of Europa. 1