“…(26) and the data in Figs. 8 and 9, the maximum difference between f T F and f N F occurs at the maximum particle loadings, where f T F is 18% and f N F is 27%.…”
Section: Nanocomposite Density and Void Spacementioning
confidence: 95%
“…Pure gas permeability was determined using a constant volume/variable pressure apparatus [26,27]. A 13.8 cm 2 circular unmasked film was secured in the permeation cell.…”
Section: Permeabilitymentioning
confidence: 99%
“…Gas sorption isotherms in polymer and nanocomposite samples were determined using a high-pressure barometric sorption apparatus as described elsewhere [25,26]. Prior to begin sorption experiments, vacuum was applied to the apparatus for at least 18 h to degas the film under study.…”
“…(26) and the data in Figs. 8 and 9, the maximum difference between f T F and f N F occurs at the maximum particle loadings, where f T F is 18% and f N F is 27%.…”
Section: Nanocomposite Density and Void Spacementioning
confidence: 95%
“…Pure gas permeability was determined using a constant volume/variable pressure apparatus [26,27]. A 13.8 cm 2 circular unmasked film was secured in the permeation cell.…”
Section: Permeabilitymentioning
confidence: 99%
“…Gas sorption isotherms in polymer and nanocomposite samples were determined using a high-pressure barometric sorption apparatus as described elsewhere [25,26]. Prior to begin sorption experiments, vacuum was applied to the apparatus for at least 18 h to degas the film under study.…”
“…Depending on the forming process, the mechanical strength can be improved, by minimizing the addition of new alloying elements to the conventional material and by eliminating the need for a secondary process such as heat treatment. Wiederhorn et al (2006) noted that the most difficult barrier to the use of high-strength steel is hydrogen embrittlement. They also reported a medium carbon steel with a low delayed fracture strength and a tensile strength of more than 1500 MPa.…”
“…Kanao (1982) examined delayed fracture of highstrength bolts and reported that a high-strength bolt with tensile strength over 1200 MPa showed poor delayed fracture strength. Wiederhorn et al (2006) noted that the most difficult barrier to the use of high-strength steel is hydrogen embrittlement. They also reported low delayed fracture strength of a medium carbon steel with a tensile strength over 1500 MPa.…”
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