In this study, the selected Zr53Cu22Ni9Al8Ta8 BMGCs rods with size of 2 mm in diameter was plastically deformed by compression at different strain level, namely, 3%, 8 %, 15 and 25%and25%nvestogate the investigates betheen the Ta-rinteractionsrticles and shear between.
The extract obtained was solubilized in water at concentration of 1 mg mL−1, filtered on filter paper to remove macro particles and further filtered through a 0.45 µm membrane of a nylon filter.
Several polymer types (PE, PP, PA, bio polymers) in different sizes (macro and micro particles) and different qualities (new, recycling, plastic marine litter) were measured in transflection mode with FTIR microscope (72 scans, R=2 cm−1, 5 25 repeats).
For Ti Al N coatings deposited from PM targets, the TiAlN_2 coating has higher deposition rate, concentration of metallic macro-particles and hardness than TiAlN_1 coating.
Aiming at identifying the mechanisms to cause macro-particles and caves on coating surface, and optimizing the process parameters, a series of chromium oxide films were deposited using a reactive mid-frequency dual-magnetron sputtering system.
Because of plasma confinement in the curved duct that is frequently used to eliminate deleterious macro-particles and divergent diffusion of the plasma from the exit, the characteristics of the films are affected.
The utilization of SM target causes an obvious drop in hardness and oxidation resistance for TiAlN_3 coating, which exhibit similar concentration of metallic macro-particles and thermal decomposition process with TiAlN_1.
In FLAME the EM-field is governed by Maxwell's equations in the quasi-neutral Darwin approximation (with displacement current neglected), the ion components are represented by discrete macro-particles, and the plasma electrons are modeled as a massless cold fluid.
It offers distinct advantages over synchronous time stepping: (i) updates of individual macro-particles and discrete field elements are performed asynchronously, (ii) local time increments are determined and self-adaptively adjusted in time through scheduling and execution of physically meaningful local updates ("events").
The coating rates were measured by weighing the substrates, and the macro particles (MPs) presence on the coating surface was examined by optical microscopy.
It is observed that the number of macro particles on the surface increases with bias voltage for −30 and −50 V and decreases after −100 V.
