Sentence examples for introducing in situ from inspiring English sources

Here, we demonstrate a direct growth of vertically epitaxial graphene nanowalls (GNWs) on flexible carbon cloths (CCs) via microwave plasma-enhanced chemical vapor deposition, whereby predominantly N doping was sequentially achieved by introducing in situ NH3 plasma, to form N-doped GNWs (NGNWs).

As a strategy to develop the organisational learning, we are introducing in-situ simulation in our intensive care unit.

A one-dimensional nanostructure scattering layer, composed of electrospun TiO2 nanofibers with bigger-diameter, is introduced in-situ on top of the photoanode made of smaller-diameter TiO2 nanofibers to extend the light path, thereby improving the power conversion efficiency of dye sensitized solar cell.

This chapter introduces in situ stabilisation technology as applicable to rehabilitation of degraded granular road pavements.

To improve the load-sharing and stress distribution we have introduced in situ nanostructured high-strength HAp TiO2 obtained by microwave-assisted co-precipitation.

Herein, we introduced in situ PEALD-formed SiO2 into HfO2/Ge stacks as interfacial layer.

The discolation density of nonpolar a-plane Al0.1Ga0.9N has been effectively reduced by introducing the in-situ deposited SiNx interlayer, as the nonpolar a-plane Al0.1Ga0.9N can only nucleate at open pores of SiNx nanomask.

By introducing an in situ FTIR experiment, the Pt-Ov-Ti3+ species formed at the interface between Pt and reducible TiO2 support was identified as the active sites for the formation of CO, while large Pt particles facilitate the hydrogenation of CO to produce CH4 at higher temperature.

We demonstrate an effective way to improve the structural, optical, and electrical properties of the In2O3 NPs by introducing an in situ thermal radiation treatment under an oxidizing agent plasma condition.

The present review introduces into in situ MAS NMR investigations of transition states, e.g., via the H/D exchange between acidic surface OH groups and reactants, the alkylation of aromatic compounds (toluene, aniline), and the formation of light olefins by conversion of methanol (MTO) on acidic zeolites.

In these polymers, long chain branching was introduced via in situ polymerization of polypropylene and an asymmetric diene monomer using the metallocene catalyst technology.