Sentence examples for inverse replica from inspiring English sources
Mesoporous carbons prepared by an inverse replica technique have been used as electrodes for electrochemical capacitors.
The results demonstrated that such mesoporous semiconductor nanoarrays with high crystallinity were exactly an inverse replica of SBA-15.
Production of mesoporous carbon spheres, which is an inverse replica templated from mesoporous silica, attracted increasing attention [12].
In this paper, newfound material and processing advancements in vaporization of sacrificial components (VaSC), a technique for creating inverse replica architectures via thermal depolymerization of a sacrificial template, are established for enhanced vascular composites manufacturing.
A short exposure to UV light caused the polymerization of the monomers in the resist, after which the mould was separated from the substrate, leaving behind an inverse replica of the mould pattern.
After curing for 30 min at 85°C, the resulting polymerized PDMS slab was peeled off, creating an inverse replica of the acrylic master mold.
Normally, HPCs are prepared by templating methods or combined templating/activation methods, in which carbons are inverse replicas of the template and the pore structure parameters of HPCs can be easily tuned.
Depositing specific materials onto porous templates creates ordered or disordered structures with suitable dimensions and periodicity and inverse replicas of the pores, thus allowing the expansion of these materials' possible application.
Thus, the mesoporous carbons obtained as inverse replicas of HMS silica samples have large pore volumes (in the 1.8 3.5 cm3 g−1 range), large BET surface areas of up to 2300 m2 g−1, narrow pore size distributions (PSD) in the mesopore range and high textural porosities (∼50% of the pore volume corresponds to the interparticle volume).
Moreover, the pore size analysis performed using the BJH method is applicable for cylindrical mesopores [16, 17], whereas the inverse carbon replica of KIT-6 exhibits rod-type structure [7].
Three dimensionally ordered macroporous (3DOM) carbons derived from inverse opal replicas of colloidal-crystal template exhibit large surface area and high porosity, resulting in highly efficient adsorbents for radionuclides.
