The results showed that the development of dominant {011} grains parallel to the normal direction, and a small number of {001}//ND grains obtained by isothermal rolling at 850 °C, increased the hydrogen-induced crack resistance; while the hot rolled sample with sharp {001}//ND textures was highly susceptible to cracking.
The significantly higher J c for the sample with sharper texture is believed to be attributed to improved GB misorientation angle distributions.
When testing a simulated metal weld zone (HAZ region) on samples with a sharp notch at a test temperature of + 20, + 40 and − 60 °C, it was found that the maximum level of impact strength at all temperatures corresponds to a cooling rate of 6 °C/s.
Pre-globin reduction samples looked to be of similar quality to post-globin reduction samples, with two sharp peaks of 18 s and 28 s RNA around 2000 bp and 4000 bp.
Cross section microscope images of the self-standing multilayers were obtained by cutting samples with a sharp knife.
The technique is primarily based on self-adaptive stretch where more samples are associated with sharp features and fewer samples are associated with redundant coarse features.
The technique is primarily based on self-adaptive stretch where more samples are associated with sharp features and less samples are associated with redundant coarse features AST performs data compression of the signal extracted on frequency domain.
Total RNA profiles of all tested samples were similar with sharp 18S and 28S rRNA peaks on a flat baseline.
For example, in a pathway-based gene set, one sample that has a slight cumulative increase in the overall expression levels of the pathway genes could potentially have the same score as a sample with a sharp increase in the expression levels of only the downstream genes.
Samples with electropherograms exhibiting sharp 18S and 28S rRNA peaks and no evidence of degradation were retained.
