Furthermore SUV also correlated significantly with tumour stage (rs = 0.56, p = 0.02).
Remarkably, in the yellow sections of banana peels at the late-ripening stages (rs 6 9), the chloroplasts in the guard cells appeared to be still intact.
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We found that all single crystals undergo 1-stage R-phase transformation; in contrast, the transformation behavior of polycrystals is dependent on Ni content: low-Ni (50.6Ni, 51Ni) polycrystals undergo 2-stage R-phase transformation while high-Ni (52Ni) polycrystals undergo 1-stage R-phase transformation.
More DEGs were assigned in the comparison of R vs G, while only a few shown in a comparison of the last two stages (R vs Y).
On the other hand, if aged at low-temperatures (250 300 °C), they undergo 2-stage R-phase transformation, but the origin of this strange phenomenon is unclear.
The occurrence of the multiple-stage R-phase transformation is attributed to precipitation-induced inhomogeneity of the matrix, both in terms of composition and of internal stress fields.
But for high-Ni polycrystals, precipitates are essentially homogeneously distributed across the whole grain and this leads to normal 1-stage R-phase transformation.
The through-going process of strike-slip fault zone can be divided into four stages: embryonic stage, R (Riedel) shears development stage, P shears and Y shears development stage, and through-going stage of fault zone.
After aging at intermediate temperatures (400 500 °C), Ni-rich Ti Ni alloys undergo an abnormal 3-stage martensitic transformation behavior (1-stage R and 2-stage B19′), which stems from a preferential Ti3Ni4 precipitation around grain boundary.
Meticulous examinations of the results of differential scanning calorimetry tests demonstrated the heterogeneous precipitation of (Ti,Hf 3Ni4 particles and the three-stage transformation (one-stage R and two-stage B19′) in the aged alloy.
