The stress development in thin yttrium films during hydrogen loading was analyzed. A linear elastic model was used to predict the behavior of clamped thin films. The results show that the net stress in Y-H films remain comparably small which is the reason for the good mechanical stability of the Y-H switchable mirrors during H cycling
Stress in the Cat-CVD μc-Si:H films is of concern for the performance of the flexible solar cells an...
Compressive residual stresses generated during thin film deposition may lead to undesirable film dam...
terminated by hydrogen; conversely the films become softer and their hardness decreases. The increas...
Giant hysteretic effects in the YHx hydrogen switchable mirror system are observed between x=1.9 and...
We investigate the role of clamping on the thermodynamics of highly adhesive metal hydride thin film...
Extraordinary large hysteresis effects in optical, electrical, and structural properties are observe...
Extraordinary large hysteresis effects in optical, electrical, and structural properties are observe...
Hydrogenography is a new optical thin film combinatorial method that follows hydrogenation and deter...
Hydrogen is gaining more and more importance as an energy carrier for mobile and stationary applicat...
In dieser Arbeit wurde der Einfluss von Spannungen auf die Lage der Phasengrenzen in dünn...
For Pd thin films, microstructural changes involved during hydrogen cycling provide the information ...
Rutherford backscattering (RBS) ion channeling measurements and X-ray diffraction experiments are pe...
The structural changes in Ru-coated Y films during hydrogenation were studied in this work. In situ ...
AbstractHydrogen loading causes a significant volume expansion, which is isotropic in free-standing ...
Internal stress plays a key role in the design of materials that interact with hydrogen, for instanc...
Stress in the Cat-CVD μc-Si:H films is of concern for the performance of the flexible solar cells an...
Compressive residual stresses generated during thin film deposition may lead to undesirable film dam...
terminated by hydrogen; conversely the films become softer and their hardness decreases. The increas...
Giant hysteretic effects in the YHx hydrogen switchable mirror system are observed between x=1.9 and...
We investigate the role of clamping on the thermodynamics of highly adhesive metal hydride thin film...
Extraordinary large hysteresis effects in optical, electrical, and structural properties are observe...
Extraordinary large hysteresis effects in optical, electrical, and structural properties are observe...
Hydrogenography is a new optical thin film combinatorial method that follows hydrogenation and deter...
Hydrogen is gaining more and more importance as an energy carrier for mobile and stationary applicat...
In dieser Arbeit wurde der Einfluss von Spannungen auf die Lage der Phasengrenzen in dünn...
For Pd thin films, microstructural changes involved during hydrogen cycling provide the information ...
Rutherford backscattering (RBS) ion channeling measurements and X-ray diffraction experiments are pe...
The structural changes in Ru-coated Y films during hydrogenation were studied in this work. In situ ...
AbstractHydrogen loading causes a significant volume expansion, which is isotropic in free-standing ...
Internal stress plays a key role in the design of materials that interact with hydrogen, for instanc...
Stress in the Cat-CVD μc-Si:H films is of concern for the performance of the flexible solar cells an...
Compressive residual stresses generated during thin film deposition may lead to undesirable film dam...
terminated by hydrogen; conversely the films become softer and their hardness decreases. The increas...