JuLib | Articles & more - {Terra, Alexis}

Micro-structured tungsten, a high heat flux pulse proof material

Terra, A.
2020

Nuclear materials and energy, 25 (2020) S. 100789 -

“...Terra, Alexis...”
OpenAccess OpenAccess

2

Efficiency of laser-induced desorption of D from Be/D layers and surface modifications due to LID

Zlobinski, Miroslaw
2020

Physica scripta, T171 (2020) S. 014075 -

“...Terra, A....”
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3

Micro-structuring of tungsten for mitigation of ELM-like fatigue

Terra, Alexis
2020

Physica scripta, T171 (2020) S. 014045

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Get full text Published on 2020-03-06. Available in OpenAccess from 2021-03-06. Published on 2020-03-06. Available in OpenAccess from 2021-03-06. Get full text

4

Micro-structuring of tungsten for mitigation of ELM-like fatigue, a PFM candidate for ITER

Terra, A.
2019

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5

Micro-structured tungsten, a high heat flux pulse proof material

Terra, A.
2019

“...Terra, Alexis...”

6

Micro-Structured Tungten as New Concept for PFC

Dorow-Gerspach, Daniel
2019

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7

Μicro-Structured Tungsten: an AdvancedPplasma-Facing Material

Terra, A.
2019

Nuclear materials and energy, 19 (2019) S. 7 - 12

“...Terra, Alexis...”
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8

Fuel Retention Diagnostic Setup (FREDIS) for desorption of beryllium and tritium containing samples

Zlobinski, M.
2018

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9

Micro-structured tungsten; an advanced plasma-facing material

Terra, A.
2017

“...Terra, Alexis...”

10

Effect of neon seeding on surface modification and deuterium retention of tungsten exposed to deuterium plasmas and combined with transient heat loads

Yuan, Y.
2017

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11

Deuterium retention and surface modification of tungsten exposed to deuterium-neon mixed plasma and combined with transient heat loads

Yuan, Y.
2017

“...Terra, A....”

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Contribution to a conference proceedings

Effect of neon seeding on surface modification and deuterium retention of tungsten exposed to deuterium plasmas and combined with transient heat loads

Yuan, Y.
2017

“...Terra, A....”

13

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 -

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Contribution to a conference proceedings

Behavior of Tungsten Fiber-Reinforced Tungsten Based on Single Fiber Push-Out Study

Jasper, B.
2016

Nuclear materials and energy, 9 (2016) S. 416–421

“...Terra, A....”
OpenAccess OpenAccess

15

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

Kreter, A.
2016

“...Terra, A....”
OpenAccess OpenAccess

16

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

Kreter, A.
2016

“...Terra, A....”

17

Materials for DEMO and reactor applications—boundary conditions and new concepts

Coenen, J. W.
2016

Physica scripta, T167 (2016) S. 014002

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

Kreter, A.
2016

“...Terra, A....”

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