A stepwise phase transition was observed in the solid residue during the hydrogen desorption.
Reversible stepwise phase transformations induced by the addition and removal of hydrogen in pure Ti and Ti 6Al 4V (Ti64) were examined by means of pressure composition (P C) isotherm measurement from 550 to 700 °C.
The incorporation of two types of nanocrystals into the MSNPs was based on stepwise phase transfers of the nanocrystals.
This process should enable a systematic, stepwise, phased exploration in preclinical models and in humans of newly emerging interventions.
A facile stepwise phase transfer method is developed to construct a dual-core mesoporous silica nanoparticle that contains both a nanoheater and a nanothermometer in its interior.
This can be achieved by a stepwise, phased rehabilitation approach consisting of (1) an initial protection and joint activation phase, (2) a progressive joint loading and functional restoration phase, and finally (3) an activity restoration phase.
This approach starts with the stepwise phase transfers of the hydrophobic nanocrystals into the aqueous solutions, featuring a thorough mix of two types of nanocrystals and a facile preparation for the construction of MSNs later on.
It followed a stepwise, phased approach using strategies outlined by social cognitive theory, indicating that the optimal intervention for a major behavior change should focus on establishing short-term goals, and enabling the person to build self-efficacy [ 12- 16].
In 2012, the stepwise phasing in of the NHI commenced with the introduction of selected components of PHC re-engineering in eleven pilot districts and with representation of the nine provinces.
In this study, by using a stepwise phase transfer method, the NaYF4 Yb3+, Er3+ optical thermometer nanocrystal (UCNC) and the superparamagnetic Fe3O4 nanocrystal (MNC) are encapsulated in the same mesoporous silica nanoparticle that provides the rigid structure support.
