Sentence examples for grown thickness from inspiring English sources

The measurements of ac conductivity [σm], dielectric constant and loss have been performed on solution grown (thickness ∼85 μm) and uniaxially stretched (thickness ∼25, 45 and 80 μm) films of poly vinylidene fluoride) (PVDF) in the frequency range 0.1 kHz–10 MHz and in the temperature range 77 400 K.

The results show an absence of punching shear failure and give information on fiber distribution and orientation in steel fiber reinforced concrete (SFRC) elements with growing thickness.

This is reflected in the growing thickness and composition of the settlement layers, as well as in the archaeological record (e.g. tumbled wattle and daub house walls).

It is also found that the light yield increases with growing thickness of the films on completely filled up pores and decreases on film thickness growing when the pores are very deep.

By nanosecond pulsed laser ablation in an ambient gas gold nanoparticles (NPs) were produced that self-assemble on a substrate resulting in increasingly elaborated architectures of growing thickness, from isolated NP arrays up to percolated films.

Finally, information about the growing thickness of the adsorbed film was obtained by analyzing the integrated intensities of the diffraction peaks with a structural model consisting of infinitely long concentric cylindrical shells with four levels of electron density.

Corrosion in wet gases is different in that the products resulting from the interdiffusion are accumulated at the surface and the network is not dissolved so that an ion-exchanged layer with growing thickness develops.

A series of a-plane SnO2 films with thickness between 2.5 nm and 1436 nm were grown epitaxially on c-sapphire by pulsed laser deposition (PLD), to allow a detailed probe into the structure evolution and optical band gap modulation of SnO2 with growing thickness.

Au-RMEs with tip apex diameter ranging from 15 to 50 μm were fabricated involving four consequent steps, i.e. hydroxylating the inside wall of a pulled glass capillaries, grafting adhesive polydopamine (PDA) film to hydroxyl group surface, seeding gold nanoparticles (AuNPs) onto PDA surface and finally growing thickness-tunable gold layer on top of gold nanoparticles.

The films grown to thicknesses 9 90 nm covered the rough steel surfaces uniformly, allowing reliable evaluation of their dielectric permittivity and electrical current densities with appreciable contact yield.

Continuous films of poly[ trimethylsilyl)methylmethacrylate] (PMTMS) and poly[ phenyldimethylsilyl)methylmethacrylate] (PMPDMS) were grown to thicknesses of ∼30 300 nm, while attempts to grow films of poly[((tris-trimethylsiloxy)silyl propylmethacrylate] and poly[propylsilatranylmethacrylate] were unsuccessful.