Sentence examples for supports exhibit from inspiring English sources

Enzymes immobilized on purely inorganic supports exhibit rapid loss of activity attributed to enzyme leaching.

Zhang et al. reported that GNPs dispersed on the grapheme oxide (GO, 2D) and reduced graphene oxide (RGO, 2D) supports exhibit excellent SERS and catalytic performance compared with the metal nanoparticles alone [23].

It is shown that all supports exhibit a positive selectivity response to water vapor pressure, but more so for the large pore supports titania, Ni-aluminate and γ-alumina with larger pores.

While only mesopore nanocasted copper oxide nanoparticle formed when the support exhibits only mesoporosity, micropore silica confined nanoparticles other formed the two supports exhibiting both micropores and mesopores.

Numerous studies have revealed that composite metal oxides loaded on Al2O3 supports exhibited high catalytic activity compared with single metal oxide loading (Tong et al. 2010).

The produced asymmetric membranes have a dense cercer layer thicknesses ranging from 25 to 50 μm on supports exhibiting a porosity of up to 40 vol%.

All four oxide supports exhibited significant co-catalytic effects, with their effectiveness at low potentials increasing in the order Ru oxide < ITO < Ru + Sn oxide < Sn oxide.

Interestingly, supports exhibiting the highest conversions were those with the greatest strong metal support interaction (SMSI) effect, ZnO and SnO2, eventually forming alloys (Pt Zn and Pt Sn, respectively).

In this work we present a comparative study of the catalytic performance for the heterogeneous oligomerization of ethylene to liquids of bifunctional catalysts comprising Ni (ca. 5 wt%) impregnated on three aluminosilicate supports exhibiting distinct acidic, textural, and structural properties.

On the other hand, nitrogen-doped carbon nanostructural supports exhibited significantly high electrochemical properties and distinct stability because of owning high surface nucleation sites which allow the anchorage and high dispersion of the catalyst nanoparticles on the support surface material [21-23] [21-23]

These hydrophilic supports exhibited low contact angle with water (<20°), high water uptake capacity (17 wt%), large porosity (>90%), making it a promising material when compared with poly(sulfone) (PSf), the traditional polymer used to fabricate TFC membrane supports in RO.