The theoretical models overviewed here include the hot ball diffusion, broken and intact cell, shrinking core and some relatively simple models.
A type of combustion regime classification map proposed in our previous work, based on the so-called "Hot Diluted Diffusion Ignition" (HDDI) configuration, is adopted here as a simple but useful tool to solve these problems.
The photoconductive effect here is attributed to the additional carriers replenished from the electrode following the potential disturbance of the hot carrier diffusion, which depletes or increases the sheet density in the channel depending on the carrier-polarity in the channel.
To elucidate the mechanism of the Cr effect, the interaction of binary TiAl and ternary TiAlCr alloys with alumina was examined at 1000°C by hot-pressed diffusion couples.
A hot isostatic pressing diffusion welding (HIP-DW) technique is proposed.
Therefore, several welding techniques, such as hot isostatic pressing diffusion bonding, tungsten inner gas welding, electron beam welding and laser beam welding were developed for the fabrication of cooling internals and the assembly of the blanket.
Ideally, the thickness should be reduced even further in order to also capture so-called hot electrons, whose diffusion length is extremely short.
The temperature dependence of magnetic properties of the hot-deformed, the diffusion processed and the SD samples was discussed based on the microstructure characterization and magnetic measurement.
The present study has been focused on determination and evaluation of three different preparation techniques, i.e., solvent-diffusion, hot homogenization-ultrasonification and microemulsification, applied in fabrication of biocompatible phosphatidylcholine solid lipid nanoparticles ((PC -SLNs), containing PC -SLNsNational Formulary (NF) in the internal lipid phase.
A novel Ferro-Aluminum basandwichwicompositeite for magnetic and electromagnetic interference shielding was designed and fabricated by hot pressing and subsequent diffusion treatment.
