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Exploring properties of the atomic microcosm with brilliant X-rays
Published on Nov 26, 20181690 Views
X-rays were discovered over 100 years ago. Since then they are often being used to “see through” materials and visualize hidden objects, as we know from medical examinations or airport security. In sc
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Exploring properties of the microcosm with brilliant X-rays00:00
Building blocks of matter - 103:03
Building blocks of matter - 203:33
Building blocks of matter - 303:44
Building blocks of matter - 404:10
Light as a probe: „zoom in“ with a microscope04:37
Elektromagnetic waves - 105:50
Discovery of x-rays - 106:53
Discovery of x-rays - 207:33
Discovery of x-rays - 308:33
Accelerated electrons emit radiation09:37
Schematic Synchrotron Radiation Facility11:14
Elektromagnetic waves - 213:12
Intense X-ray beams from „undulators“13:49
Synchrotron radiation at a glance15:02
Synchrotron radiation facility16:23
X-rays: excellent probe for the study of material properties16:49
Specialized experimental stations for different applications18:37
X-rays uncover hidden master pieces - 118:55
X-rays uncover hidden master pieces - 220:17
X-rays uncover hidden master pieces - 321:05
View marked area by paint elements - 121:20
View marked area by paint elements - 221:31
View marked area by paint elements - 321:44
View marked area by paint elements - 421:47
View marked area by paint elements - 521:54
X-rays uncover hidden master pieces - 422:06
Computed tomography (CT)22:35
Fossil insects preserved in amber (micro-CT) - 124:00
Fossil insects preserved in amber (micro-CT) - 225:09
Aging of an exhaust gas catalyst - 126:33
Aging of an exhaust gas catalyst - 228:23
Again: catalyst aging29:12
3D X-ray fluorescence tomography of (aged) catalytical particles - 129:51
3D X-ray fluorescence tomography of (aged) catalytical particles - 232:18
Catalyst at work on the atomic scale - 133:34
Catalyst at work on the atomic scale - 235:20
Materials under extreme conditions - 136:21
Materials under extreme conditions - 239:20
Learning from nature: biomimetic materials from cellulose41:08
Microfluidic alignment of nano fibrils42:09
Towards controlled drug delivery inside the body43:01
Life sciences: detailed structure of macro molecules45:18
Detour: new X-ray sources46:58
How short is short?49:24
Serial femto-second crystallography49:58
3D Imaging of Individual Ag Nanoparticles52:48
At the end54:26
Applications of SR X-ray techniques in materials‘ science54:33
Thank you for your attention56:38