However, not many attempts have been made to evaluate the optical behavior of these materials.
However, the behavior of these materials under environmentally relevant conditions is still only poorly understood.
The behavior of these materials during dehydration/hydration cycles was also studied.
However, the erosion behavior of these materials has not been well characterized or understood.
The behavior of these materials was compared in two simulated flue gas compositions at laboratory scale.
Here, the role ILMs play in the behavior of these materials is examined.
The curing behavior of these materials was studied by differential scanning calorimetry (DSC).
Only a few data are available in the literature on the fatigue behavior of these materials.
The measurement of the mechanical behavior of these materials is of major interest for the design of H2 storage tanks.
In addition, theoretical calculations demonstrated that interparticle spacing has a significant impact on the magnetic behavior of these materials.
But in order for this replacement to take place, engineers and designers need to know the behavior of these materials.
