JuLib | Articles & more

High Pulse Number Thermal Shock Tests on Tungsten with Steady State Particle Background

Wirtz, Marius
2017

“...Kreter, A....”

2

Influence of the base temperature on the performance of tungsten under thermal and particle exposure

Steudel, I.
2017

Nuclear materials and energy, 12 (2017) S. 1348-1351

“...Kreter, A....”
OpenAccess OpenAccess

3

High Pulse Number Thermal Shock Tests on Tungsten With Steady State Particle Background

Wirtz, M.
2017

Physica scripta, T170 (2017) S. 014066 -

“...Kreter, A....”

4

Recent results of plasma-material interaction studies in the linear plasma device PSI-2

Kreter, A.
2016

“...Eksaeva, A. A....”

5

Transient Heat Load Challenges for Plasma-Facing Materials during Long-Term Operation

Wirtz, M.
2016

“...Kreter, A....”

6

Impact on the deuterium retention of simultaneous exposure of tungsten to a steady state plasma and transient heat cycling loads

Huber, A.
2016

Physica scripta, T167 (2016) S. 014046 -

“...Kreter, A....”

7

Sequential and simultaneous thermal and particle exposure of tungsten

Steudel, I.
2016

Physica scripta, T167 (2016) S. 014053 -

“...Kreter, A....”

8

Deuterium retention in tungsten under combined high cycle ELM-like heat loads and steady-state plasma exposure

Huber, A.
2016

Nuclear materials and energy, 9 (2016) S. 157-164

“...Kreter, A....”
OpenAccess OpenAccess

9

Contribution to a conference proceedings

Melt-layer formation on PFMs and the consequences for the material performance

Steudel, I.
2016

Nuclear materials and energy, 9 (2016) S. 153 - 156

“...Kreter, A....”
OpenAccess OpenAccess

10

Overview of recent plasma-material interaction studies in the linear plasma device PSI-2

Kreter, A.
2016

“...Eksaeva, A. A....”
OpenAccess OpenAccess

11

Contribution to a conference proceedings

Increase of fuel retention at tungsten PFCs under cyclic heat loads

Sergienko, G.
2015

“...Kreter, A....”

12

INFLUENCE OF HELIUM INDUCED NANOSTRUCTURES ON THE THERMAL SHOCK PERFORMANCE OF TUNGSTEN

Wirtz, M.
2015

“...Kreter, A....”

13

Impact of combined hydrogen plasma and transient heat loads on the performance of tungsten as plasma facing material

Wirtz, M.
2015

Nuclear fusion, 55 (2015) 12, S. 123017 -

“...Kreter, A....”

14

Influence of different base temperatures on the performance of tungsten under thermal and particle exposure

Steudel, I.
2015

“...Kreter, A....”

15

Fuel Retention in Tungsten Under Combined High Cycle ELM-like Heat Loads and Steady-State Plasma Exposure

Huber, A.
2015

“...Kreter, A....”

16

Combined impact of transient heat loads and steady-state plasma exposure on tungsten

Huber, Alexander
2015

Fusion engineering and design, 98-99 (2015) S. 1328 - 1332

“...Kreter, Arkadi...”

17

Theoretical investigation of crack formation in tungsten after heat loads

Arakcheev, A. S.
2015

Journal of nuclear materials, 463 (2015) S. 246 - 249

“...Kreter, A....”

18

Impact of Simultaneous Exposure of Tungsten to a Steady State Plasma and Transient Heat Cycling Loads on the Deuterium Retention

Huber, A .
2015

“...Kreter, A....”

19