In order to demonstrate this, the experimental results for three materials (Ti3SiC2, WC ZrO2, TiCN 20Ni 10WC), with a broad range of properties, are compared to the predictions of this model and also to those from existing models.
The experimentally determined spreading vs. surface energy correlation functions that appear generally valid for a broad range of properties of the materials and oils can thus be applied as an engineering tool to tailor and design the required/desired wetting performance and nature of the solid liquid interfaces.
The model is used to analyze bilayers over a broad range of properties and cooling rates; critical cooling rates are identified that distinguish scenarios in which the transient delamination driving force is higher than that associated with the fully cooled state.
As a result of the diversity of microspheres produced employing various materials, a broad range of properties can be obtained.
TMDs exhibit a broad range of properties, which are advantageous for a wide range of applications as high-performance functional nanomaterials [3].
In case of CaP based ceramic microspheres production precipitation, spray pyrolysis, electrospraying, emulsification processes were employed with a broad range of properties.
Since PaaS and SaaS show a broad range of properties that differ from provider to provider and from service to service a fixed basic set of properties is not powerful enough to describe the services.
Various methods employed for the production of spherical particles with a broad range of properties according to the starting materials (such as powders, slurries, pastes and solutions) and the dispersion phases (gas, solution, and solid).
On the other hand, the fact that biosurfactants are characterized by a vast structural diversity and display a broad range of properties may also explain why this group of molecules continues to entice scientific curiosity (Marchant and Banat 2012).
iPSCs are similar to ESCs in a broad range of properties, such as the expression of pluripotency markers, unlimited self-renewal and the capacity to differentiate into many cell lineages, as well as the generation of viable all-iPSC mice through tetraploid complementation [ 2- 4].
Carbon films are distinguished by their broad structural variability and a correspondingly wide range of properties varying from diamond-like to graphite-like.
