Exact(1)
Although most resource groups received the seeds from rice breeders for transformations, sequence differences could still appear among seeds and among batches.
Similar(59)
TEM observations have confirmed the transformation sequence austenite → 10M → 14M → 2M.
The transformation sequence begins with the formation of R-phase starting from all precipitate/matrix interfaces (first step).
Thus far, the following phase transformation sequence for the surface has generally been accepted: α-Fe + N/C → ε → γ′.
Although the triple-stage transformation appeared in the Ti 50.6 and 51 at.% Ni alloys during cooling, the transformation sequence of the two alloys was completely different.
The transformation sequence is schematically suggested and the transformation mechanism was discussed based on the misfit strain in the η/γ interface.
The fact that a cold rolling prior to an α→β→α transformation sequence causes the sharpening of the inherited α textures is analyzed.
The phase constitution and phase transformation sequence found in nanocrystalline Sm2Co17 alloys with various grain-size levels agree well with the calculations by the nanothermodynamic model.
The transformation sequence is compared with the one observed on amorphous Ni P alloys and discussed in terms of a thermodynamic model.
The microstructure and phase transformation sequence of an electroless Ni-19.7 at.% P (Ni-11.5 wt.% P) deposit upon heat treatment are studied in this work.
The experimental evidence also indicates that the mechanically induced transformation sequence is different from the thermally induced transformation sequence, implying that the mechanical behaviour of the alloy cannot be predicted from the knowledge of the thermally induced transformations based on the Clausius Clapeyron correlation between stress and temperature.
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