| Summary: | 碩士 === 國立中正大學 === 化學工程研究所 === 84 === There are two parts in this thesis: dynamics of coupled chaotic
systems and simulations of synthesis of fine ceramics cascade
via the SHS method. First, by interacting with another same
attractor, chaotic attractor can be changd tonew ones, such as
distorted chaotic attractor, torus attractor, limit cycle att-
ractor, or even simple fixed point attractor. We use two
interaction forms: oneis the simple interaction in the x
direction, and the other is of a feed-backtype. From the
stability analysis, the bifurcation points were found for the
cou-pled systems. And dynamic behavior near the bifurcation
points were studied.SHS method has many advantages, such as low
energy requirement, shorter reaction time and possible
metastable phase product, such that SHS method re-ceives much
research attentions recently. This part is to find the maximal
re-acted pellet length using a cascade arrangement of pellets.
We analyse the ef-fect of all parameters in the reaction and
chang the interface properties to see if the reacted length can
be further increased.
|
|---|
