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Species successional status, not stand age or differences in stand structure or soil properties, was found to be the best predictor of leaf trait variation.
Crosslinked PCLF2000 with the highest crystallinity and mechanical properties was found to best support cell attachment and proliferation.
The coefficient of variation of mechanical properties was found to be reduced by 90% compared to that of the ECC without CaCO3 whisker.
Joint incidence of both in-flight properties was found to significantly influence the microstructure of the coatings and its respective surface roughness levels (Ra = 7.4 19.4 μm).
With HESC as binder, the change in mechanical properties was found to be minimal after 48 h of casting whereas such change was observed at 72 h age for OPC containing concretes.
Tuning a TMD to soil-structure system properties rather than fixed-base structural properties was found to double the improvement in damping and reduce the original peak response by nearly half.
Similar(47)
Both properties are found to have orientational dependence.
The viscoelastic and tensile properties are found to be sensitive to volumetric composition.
Mechanical properties were found to be by far greater for the stretching dominated structure (P-Surface).
Both tensile and Charpy impact toughness properties were found to be good in these steels.
The fluorescent properties were found to be affected appreciably by the influent quality.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com