Sentence examples for the sintering performance from inspiring English sources

The sintering performance of nanoparticles is a key factor for achieving high strength bonding [8, 9]. Figure 2a e shows the morphologies of the sintered Cu nanoparticle paste films after sintering at the temperature from 200 to 300 °C for 60 min.

At higher rates of coke breeze energy substitution with charcoal, the lower sintering performance observed was mainly attributed to the lower fixed carbon content and higher volatile matter content of the fuel mix.

It is shown that while the low temperature sintering performance of MCMB is unique, at high temperature it appears to be similar to that of conventional materials.

To investigate the effect of fuel properties on sintering performance, the developed combustion model is integrated into a 2D iron ore sintering model.

The sintered Cu nanoparticle paste film achieves a high sintering performance at 300 °C and reaches a low resistivity of 11.2 μΩ cm.

Model predictions of changes in bed temperatures, flame front properties and sintering performance caused by fuel type, location and size are consistent with reported observations.

Previous works based on statistical design of experiments (DoE) defined a model all-alumina self-flow refractory castable (SFRC) with optimized particle size distribution for simultaneous high flowability index (FI) and superior post-sintering performance.

Subsequently, the influence of the sintering temperature on the electronic performance is further investigated, and the sintering time is fixed at 75 min.

The thermal physical performance above the sintering temperature was reported for the first time.

Upon annealing, MgO undergoes sintering, and in order to optimize the design of products for applications, it is of primary importance to disclose the link between the sintering temperature, reaction mechanisms, microstructure and performance in this class of ceramics.

Pd is added to suppress the sintering of Pt and improve the performance of the Pt catalysts through the formation of a Pt Pd alloy.