Projekter på DTU Fysik

Projects at DTU Physics

Proposals for projects at DTU are available in the Project and Internship database. You can search by keyword, type of project (Bachelor thesis, Master thesis, Specialisation course), department, as well as contact person.
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As part of DTU Summer University, DTU Physics is offering 5-ECTS summer courses in research immersion at bachelor and masters in the 3-weeks periods in June, July and August.

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Find the most recent projects from DTU Physics Deadline Posted
Area: København og omegn
X-ray satellite telescope simulations

When designing space based telescopes for X-ray astronomy - it is vital that the telescope performabce under ideal and non-ideal conditions is thouroughly understood...

Area: København og omegn

Deadline: 31 Dec
Posted: 06 Feb
31 Dec
06 Feb
Area: København og omegn
Modelling the NanoMAX beamline at MAX IV

This project aims at building and using a computer model of the MAX IV X-ray beamline NanoMAX which is currently being designed for the MAX IV synchrotron radiation...

Area: København og omegn

Deadline: 31 Dec
Posted: 06 Feb
31 Dec
06 Feb
Area: København og omegn
XFEL air scatter

It has long been thought that Air-scattering is not a big issue when dealing with Free Electron Laser (FEL) X-ray radiation. Now there is evidence that this may...

Area: København og omegn

Deadline: 31 Dec
Posted: 06 Feb
31 Dec
06 Feb
Area: København og omegn
Virtual Femtosecond X-ray experiments

The recent advent on the existing X-ray Free electorn Laser sources: LCLS in Stanford, CA, SACLA in Japan, FemtoMAX in Sweden, and upcoming sources: SwissFEL...

Area: København og omegn

Deadline: 31 Dec
Posted: 06 Feb
31 Dec
06 Feb
Area: København og omegn
MAX IV beamline simulation

The MAX IV (http://www.maxiv.lu.se) synchrotron radiation lightsource in Lund, Sweden became operational in June 2016. It is a world leading X-ray scattering...

Area: København og omegn

Deadline: 31 Dec
Posted: 06 Feb
31 Dec
06 Feb
Area: København og omegn
ESS@home & MAXIV@home

Develop a BOINC-based service to allow everyone to donate idle computing power to ray-tracing calculations of instrumentation at large scale facilities, much...

Area: København og omegn

Deadline: 31 Dec
Posted: 06 Feb
31 Dec
06 Feb
Area: København og omegn
Modelling of L-H mode transition in magn...

Numerical simulations of the transition from the low confinement (L-) mode to the high confinement (H-) mode in magnetically confined plasmas - as, e.g., Tokamak...

Area: København og omegn

Deadline: 31 Dec
Posted: 11 Jan
31 Dec
11 Jan
Area: København og omegn
Numerical investigation of parallel tran...

In fusion experiments, the scrape-off layer (SOL) function as a transit region, where hot plasma ejected from the edge and core region is transported along the...

Area: København og omegn

Deadline: 12 Jan
Posted: 11 Jan
12 Jan
11 Jan
Area: København og omegn
Neutron rates and fast-ion transport in ...

In a nuclear fusion plasma, neutrons are produced in fusion reactions between energetic plasma ions. Recently, a systematic deficit of such neutrons has been...

Area: København og omegn

Deadline: 01 Sep
Posted: 04 Jan
01 Sep
04 Jan
Area: København og omegn
Multi-scale 3D phase-field modelling of ...

Ferroelectric materials are an unsung hero of modern technology; their ability to store charge and convert between electrical and mechanical work (i.e. piezoelectricity...

Area: København og omegn

Deadline: 13 Dec
Posted: 12 Dec
13 Dec
12 Dec
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