BIO Web of Conferences,
Journal Year:
2024,
Volume and Issue:
130, P. 02003 - 02003
Published: Jan. 1, 2024
The
purpose
of
this
study
was
to
develop
and
evaluate
models
for
predicting
soil
moisture
based
on
data
from
meteorological
conditions
particle
concentrations
in
the
air.
Two
machine
learning
methods
were
used
work:
random
forest
linear
regression.
results
showed
that
model
achieved
94%
accuracy,
while
regression
92%
accuracy.
Air
temperature,
air
humidity
concentration
particles
turned
out
be
important
factors
affecting
moisture.
Both
offered
good
predictive
capabilities,
with
an
emphasis
ability
a
adapt
complex
nonlinear
dependencies,
interpret
results.
developed
can
useful
optimizing
agricultural
processes,
managing
land
resources
environmental
monitoring.
World,
Journal Year:
2024,
Volume and Issue:
5(2), P. 258 - 275
Published: April 26, 2024
Albania
is
now
implementing
a
range
of
steps
as
part
its
journey
towards
European
Union
integration,
based
on
agreements
that
have
been
achieved.
Key
to
these
initiatives
the
extensive
adoption
circular
economy
concepts
through
comprehensive
waste
management
systems.
This
collaboration
systematically
measures
align
with
fundamental
principles
hierarchy.
wants
lead
in
waste-to-energy
conversion
exploration
by
focusing
trash
minimization,
reuse,
recycling,
and
energy
generation
from
residual
waste.
Although
there
has
notable
advancement,
especially
aligning
laws
EU
requirements,
are
practical
obstacles,
execution
projects.
The
challenges
involve
need
for
effective
segregation,
higher
recycling
rates,
use
advanced
technologies.
essay
utilizes
meticulously
selected
data
Albania’s
reputable
organizations
legal
framework
regulating
assess
current
situation
predict
future
possibilities,
which
may
be
advantageous
government
ministries
agency
platforms.
Ugol,
Journal Year:
2024,
Volume and Issue:
04, P. 74 - 78
Published: April 8, 2024
ПоДЗЕмнЫЕ
раБотЫ
•
UNDERGROUND
MININGГлобальная
задача,
стоящая
перед
отечественной
горнодобывающей
промышленностью,
заключается
в
обеспечении
«декарбонизации»
добычи
угля
для
достижения
устойчивого
развития
горного
производства.В
связи
с
этим
целью
работы
было
совершенствование
методологии
определения
шага
возведения
искусственных
полос
частичной
закладки
снижения
эмиссии
климатически
активных
газов
за
счет
повышения
устойчивости
подрабатываемых
дегазационных
скважин.Итогом
стала
апробация
методики
оценки
динамических
пространственно-временных
изменений
концентрации
метана
при
формировании
максимального
пролета
кровли.Кроме
того,
определено
значение
предельного
состояния
пород
кровли
(150
м),
определяющего
частоту
строительства
сооружений
области
выработанного
пространства
лавы.
E3S Web of Conferences,
Journal Year:
2024,
Volume and Issue:
549, P. 08018 - 08018
Published: Jan. 1, 2024
Automated
information
systems,
especially
those
that
interact
with
employees
through
chatbots,
are
becoming
increasingly
popular
in
modern
organizations.
This
paper
examines
the
process
of
designing
such
a
system
using
an
object-oriented
approach.
Key
aspects
this
discussed,
including
requirements
analysis,
architecture
design,
functionality
development,
and
prototyping.
Particular
attention
is
paid
to
how
approach
can
be
applied
create
flexible,
scalable,
easily
maintainable
workforce
management
systems.
Energy Science & Engineering,
Journal Year:
2024,
Volume and Issue:
12(10), P. 4323 - 4334
Published: Aug. 27, 2024
Abstract
Laying
long
horizontal
borehole
(LHB)
in
mining‐induced
strata
fractures
for
coal‐bed
gas
drainage
the
goaf
is
a
pivotal
method
eliminating
safety
hazards,
preventing
atmospheric
pollution,
and
realizing
utilization.
A
crucial
premise
of
this
to
determine
effective
range
borehole,
key
parameter
directly
affecting
boreholes
spacing
efficiency.
In
study,
model
seepage
during
LHB
within
circular
equipotential
boundary
was
presented,
complex
variable
function
theory
mirror
principle
were
adopted
deriving
potential
flow
under
condition
volume
single
center
borehole.
Besides,
main
indicator
determinate
given.
Specifically,
refers
distance
between
turning
point
(the
at
which
change
rate
velocity
−0.002
around
borehole)
Subsequently,
numerical
simulation
conducted
obtain
overlying
strata,
that
is,
4
m
<
r
7
m.
Furthermore,
discussion
carried
out
by
analyzing
distributions
volumes.
case
study
demonstrates
double‐borehole
layout
with
10
can
effectively
control
pressure‐relief
goaf.
Meanwhile,
such
achieve
well‐balanced
efficiency
each
minimal
difference
0.31
3
min
−1
,
only
about
7.9%
average
two
boreholes.
The
above
results
verify
determined
reasonable.
research
provide
references
determining
multi‐borehole
coal
mines,
then
LHBs
arrangement,
thereby
improving
extraction.
BIO Web of Conferences,
Journal Year:
2024,
Volume and Issue:
130, P. 02003 - 02003
Published: Jan. 1, 2024
The
purpose
of
this
study
was
to
develop
and
evaluate
models
for
predicting
soil
moisture
based
on
data
from
meteorological
conditions
particle
concentrations
in
the
air.
Two
machine
learning
methods
were
used
work:
random
forest
linear
regression.
results
showed
that
model
achieved
94%
accuracy,
while
regression
92%
accuracy.
Air
temperature,
air
humidity
concentration
particles
turned
out
be
important
factors
affecting
moisture.
Both
offered
good
predictive
capabilities,
with
an
emphasis
ability
a
adapt
complex
nonlinear
dependencies,
interpret
results.
developed
can
useful
optimizing
agricultural
processes,
managing
land
resources
environmental
monitoring.
