There are some common stumbling blocks that hold up the void process, such as handling keys and clearing debts on existing gas and electricity meters.
You can also use the void process to cross-check your estate data, confirming when the boiler was serviced, what other defects there are, and what elements of the property requires maintenance.
Comparison of the cavitation during deformation in polypropylene containing some micro-voids resulting from crystallization and in polyethylene without such voids shows that the nano-voiding process occurs similarly, i.e., without visible influence of preexisting micro-voids.
This means that the attachment kinetics of point defects to the void surface is ignored and the void growth process is diffusion-controlled.
With the criterion for void closure, process design and optimization in terms of elimination of voids in large ingots will be convenient since the criterion can be easily applied in CAE analysis.
Special attention is focused on cavitation instabilities and dynamics of a dynamic void growth process.
These results strongly suggest that Ge actively participates in the reaction with SiO2 in the void formation process.
On the basis of the results, the stress and grain size dependences of the void formation process are further discussed.
Simulation of the void transfer process has been investigated using plasma etch module of 'Elite' by Silvaco that employs 2-D Monte Carlo ion transport modeling.
The influence of the microstructure, i.e. due to the presence of coarse Mg2Si precipitates and iron-rich intermetallics, on the void nucleation process is investigated.
To characterize the dynamic void growth process, a dimensionless number is proposed, which embodies the competition of inertial effects, loading rate effects and viscous effects.
