User:Karel: Difference between revisions
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[[File:20201201 091516.jpg|thumb|center|200px|For easy handling when bulk cleaning the caps for the NMR tubes, a teflon board with holding slots works super well.]] | [[File:20201201 091516.jpg|thumb|center|200px|For easy handling when bulk cleaning the caps for the NMR tubes, a teflon board with holding slots works super well.]] | ||
Phantoms for measuring the strength of the z-axis magnetic field gradient in an NMR spectrometer: fill the holes with water and take an image, i.e. the same process as MRT but only in one dimension. From the resulting image the strength of the magnetic field gradient in the z direction can be calculated. The clamp and the drill guide were [[3D Printing|3D printed]] and used to drill holes into the clear [[acrylic]] rods while the blue phantoms were 3D printed. | Phantoms for measuring the strength of the z-axis magnetic field gradient in an NMR spectrometer: fill the holes with water and take an image, i.e. the same process as MRT but only in one dimension. From the resulting image the strength of the magnetic field gradient in the z direction can be calculated. The clamp and the drill guide were [[3D Printing|3D printed]] and used to drill holes into the clear [[acrylic]] rods while the blue phantoms were 3D printed. | ||
[[File:16068390675358962047496940485048.jpg|thumb|left]] | [[File:16068390675358962047496940485048.jpg|thumb|left|Clamp, drill guide, and phantoms.]] | ||
[[File:1606839135802663591478552354468.jpg|thumb|center]] | [[File:1606839135802663591478552354468.jpg|thumb|center|A closer look at the phantoms.]] | ||
[[Category:Labware]] | [[Category:Labware]] | ||
Revision as of 14:06, 2 December 2020
Hi, I'm Karel, I am a scientist at DKFZ and like to make small things to make life easier in the lab, or if something needs fixing at home.
Projects
For the home:
For the lab:
Phantoms for measuring the strength of the z-axis magnetic field gradient in an NMR spectrometer: fill the holes with water and take an image, i.e. the same process as MRT but only in one dimension. From the resulting image the strength of the magnetic field gradient in the z direction can be calculated. The clamp and the drill guide were 3D printed and used to drill holes into the clear acrylic rods while the blue phantoms were 3D printed.
