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Importantly, one of the Mata Menge specimens, a lower adult molar, displays traits that imply a Homo erectus ancestry.
For neat epoxy specimens, a lower degree of degradation was observed, with up to 17% lower tensile and bending moduli and strength.
Patients with IPPFE exhibited a longer period from detection of interstitial pneumonia to acquisition of lung specimens, a lower incidence of fine crackles, more consolidation on HRCT, and more organizing pneumonia on lung specimens than did patients with IPF.
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A higher cooling rate was found to result in a lower temperature magnitude of the specimen, a lower residual stress within the coating and a lower displacement field of the specimen.
Compared with uncoated specimens, the ta-C film coated specimens had a lower surface roughness, a higher surface energy and a higher hydrophilicity.
The average fracture strength of specimens with a higher stress concentration was larger than the average fracture strength of specimens with a lower stress concentration.
The notched specimens showed a lower value of ductility, measured in terms of reduction in area, as compared to the smooth specimens.
On average, papers that looked at myomectomy specimens gave a lower risk of sarcomatous change of 0.08 % (1 in 1,306) compared to those that looked at hysterectomy specimens where the overall pooled risk was 0.15 % (1 in 650).
As shown the specimens with a lower W/C-ratio are indicating higher degree of mass changes after leaching.
Analogously, the narrower specimens presented a lower residual flexural strength than did the wider ones.
The 100% glass aggregate specimens exhibited a lower thermal expansion at higher temperatures showing a higher dimensional stability.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com