However, these fiber-shaped energy devices have to experience a dramatically stretching process in practical wearable applications.
Cycling annealing up to 500 °C was performed on various Ni P-based coatiNi P-basedulate the coatingsinjectoon or presimulateng process in practheal use.
The large heat of oxygen sorption on these oxide sorbents presents a major challenge for the heat management of the high sorption separation process in practical applications.
The biosensor is also able to repeat the sensing ability after rough cleaning, therefore cost reduction is achieved from the recycling process in practical applications.
The electrode performance has been conveniently evaluated by monitoring the variation of the charging efficiency and desalination amount with time under an appropriate charge input, which is much helpful to guide the operation process in practical CDI applications.
In addition, this work shows that temperature influences the working capacity of CO2 in temperature swing adsorption (TSA) process with the interplay of pressure, which should be considered in the design of TSA process in practical applications.
Then, the relevant additional sources of consumption were characterized (non-ideal realization of the process in practical equipment, non-continuous process, consumption for the supply of utilities to support the infrastructure of the factory).
Whilst young people and their social supports were identified as key targets during phase 3 of the assessment process, in practical terms the target audience was divided into adults (mainly parents), and young people (self, friend or family member).
Medical sociologists introduced the term 'biographical disruption' to denote the impact that the experience of chronic illness has on persons' everyday life and described the process of incorporating chronic illness into life and identity, both in terms of cognitive processes as in practical responses, for instance by mobilising of social, physical, medical and cultural resources [ 48, 49].
Devices mounted on vehicles and UAVs are likely to be used increasingly both in research, to understand locations of sources and dispersal processes, and in practical risk alert and monitoring networks.
