Scanning theoretical model

The protein adsorption studies described were all at the liquid - solid or solid - air interface. Lateral scanning elllpsometry was made to evaluate the surfaces with a wettability gradient. Experiments were most often made on (modified) silicon surfaces. The experimental results are also discussed in relation to the proposed theoretical models for protein adsorption. 

The rate of variation of the glass transition temperature with the degree of cure can be experimentally determined by differential scanning calorimetry. Theoretical models accounting for the influence of the degree of cure on die polymer glass transition can be also used (48) ... 

Of continuing interest are the new forms of carbon for example, nanoparticles [93] and, in particular, graphene [94-97] whose momentary popularity is reminiscent of the boom of CNTs in the late 2000s. Similarly, also ILs, ILs, still attract considerable attention, and even now some authors come with completely new theoretical models [98]. Besides these main areas, other applications can be traced, such as the case of a new CP-array proposed as the scanning tip(s) for electrochemical microscopy [99]. 

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