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It is shown that damage develops slower in the specimen with square interface than in the specimen with rectangle interface.
This results in the specimen being lit and the background remaining dark.
Obvious enhancement of lasing emission in the specimen was investigated upon exposing to plasma atmosphere.
Finite element modeling is used to calculate the stress in the specimen at failure.
Investigation of the thermal gradient in the specimen and pads was conducted.
Observations from experiments confirmed increase in the specimen strength as the molarity increases.
Tritium homogeneously distributed in the specimen bar was forced to migrate by an applied temperature gradient.
Temperature profiles near the burning surface were measured with a thermocouple embedded in the specimen.
Results showed that inorganic fluorides reduced friction and wear in the specimen contaminated lubricants.
The strain distribution in the specimen as well as its evolution with increasing load correspond well.
It was found that the morphology in the specimen having an initial polished surface was quite stable, while that in the specimen with a rough surface was unstable.
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