Note that more recent formal mathematical treatments to this problem also are available but were not implemented here (Stewart 1991; Jones 1993; Zheng 2008a).
This study intended to provide an alternative treatment to limit this problem, but more studies are needed.
It may require substantial effort related to the boundary treatment to circumvent this problem, whereas the use of method based on primitive variables is quite common and definitely more straightforward.
Plasma nitriding is a well-known diffusional treatment to solve this problem that improves the mechanical properties of austenitic stainless steels, such as hardness and wear resistance [3, 4, 5].
To the author's knowledge, this represents the first accurate comprehensive treatment of this problem to appear in the literature.
Since mosquito control has not been successful and since no vaccine or antiviral treatment is available, new approaches to this problem are needed.
Due to this problem, empiric treatment for MDR-TB suspects is common, resulting in problematic treatment outcomes of MDR-TB cases.
The typical treatment for this problem is to grind or expand the deformed sections of the casing, which itself may cause additional damage (cold hardening) in the casing.
The normal treatment of this problem is to fit a lined section of ductwork lined with an absorptive material on the outlet or on both sides of the fan.
The best treatment of this problem is to prevent it by preserving natural teeth or even roots and construct appropriate prosthetic appliances (ie, overdentures).
