Chaos-Enhanced Manganese Electrolysis: Nodule Suppression and Improved Efficiency using Controllable Chaotic Electrical Signals
Abstract
The
control
and
industrial
application
of
chaotic
systems
is
a
major
obstacle
limiting
the
diffusion
chaos
theory.
In
this
study,
we
proposed
new
system,
which
possessed
amplitude
control,
multi-waveform
output,
two-dimensional
offset
boosting
functions.
In
addition,
circuits
in
manganese
metal
electrolysis
system
can
replace
conventional
direct
current
(DC).
It
has
been
shown
that
use
time-varying
electricity
facilitates
suppression
electrochemical
oscillations,
inhibits
growth
spherical
nodules.
An
examination
efficiency
for
different
oscillations
(period
1,
period
2,
chaos-a
chaos-b)
various
amplitudes
established
electrical
signals
are
most
suitable
inhibiting
Mn
nodule
area
ratios
be
reduced
by
38%
with
5.83%
increase
efficiency,
representing
an
energy
consumption
saving
0.58
kWh/kg.
This
interdisciplinary
approach
holds
promise
advancing
study
nonlinear
dynamic
behavior
reaction
processes
addressing
critical
challenges
fields,
such
as
dissipation,
quality
improvement
electrodeposited
products,
regulation
by-product
properties.
Research Square (Research Square), Journal Year: 2024, Volume and Issue: unknown
Published: Oct. 14, 2024
Language: Английский