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A steady increase in the viscous modulus with decreasing temperature was observed in a similar fashion to the elastic modulus.
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Various reports have shown an increased modulus with decreased fiber diameter, and molecular orientation has been used to explain this trend.
At 90°C to 110°C, the rate of modulus decreases with increasing aging temperature; however, at 70°C to 90°C, the rate of modulus increases with decreasing aging temperature.
The elastic modulus decreases with decreasing modulation period due to the compliant interface.
Compressive modulus increased with decreasing S1200/PEG ratio and also depended on the DS of the multifunctional cross-linker (S1200).
In contrast, elastin production decreased with increasing initial modulus but increased with decreasing initial mesh size.
The hardness values of as deposited multilayers increase, while their elastic modulus values decrease, with decreasing periodicity.
Increasing levels of BV/TV, modulus and strength with decreasing levels of growth factors in our study may be associated with an adaptive response of bone to increasing mechanical demands in these bone regions.
An increase in bulk modulus with decrease of cluster size can be observed.
Tensile strength, 100% modulus and hardness decrease with decreasing ZnO loading.
Both hardness and Young's modulus tend to decrease with decreasing amount of athermal ω phase, which is caused by increasing alloying elements contents.
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