Within the hydrothermal temperature range from 150 to 200 °C, the morphology transformed progressively from microjujube to microflowers consisted with nanospindles.
This phase was later transformed progressively to Al-rich smectite because of Fe-oxidation and corresponding Si-mitigation.
Within the Zn content increase from 0.2 to 0.8 in the CdxZn1−xS solid solution, the morphology transformed progressively from microflowers agglomerates to microspheres.
In a second stage, HfO2 or Ta2O5 species are transformed progressively into Hf O Al or Ta O Al species, respectively, leading to the synthesis of custom designed Hf- and Ta-aluminates.
Subsequently, in a third stage, stoichiometric nitride species are transformed progressively into mixed nitride species due to the strong intermixing taking place at the interfaces, in such a way that a transition from metallic to insulator behaviour is observed in the UPS valence band.
Concerning the first system, it was found that the disubstituted Mo inner sphere surface complexes, which are bound on the support surface stronger than the monosubstituded ones, resist more effectively to the sintering taking place during calcination where the above complexes are transformed progressively into MoO3 supported nanoparticles.
Once individual NWs merge together, the crystal structure of the merged NWs is transformed progressively from the initial pure 2H structure to a mixed 2H/3C structure.
Once individual NWs start to merge, the crystal structure of the merged segments is transformed progressively from initial pure WZ to a mixed WZ/ZB structure.
b A fast inverse linear canonical wavelet transform reconstructs progressively each a M,j by inserting zeroes between samples of aM,j+1 and dM,j+1, filtering in the LCT domain and adding the outputs.
One way to disentangle these two possibilities is to transform plants to progressively silence their defense responses and query the transcriptional responses of larvae feeding on these progressively defenseless plants in an unbiased manner.
