Gold bulletin,
Год журнала:
2024,
Номер
57(1-2), С. 27 - 31
Опубликована: Май 9, 2024
Abstract
To
make
the
most
of
unique
properties
nanomaterials,
and
to
bridge
gap
between
fundamental
applied
research,
controlled,
green,
cheap
energy
efficient
syntheses
nanoparticles
are
required.
In
this
respect,
room
low
temperature
surfactant-free
colloidal
obtained
in
viscosity
boiling
point
solvents,
without
additives
or
nature-derived
extracts,
promising
develop
more
active
(electro)catalysts.
Recently,
a
synthesis
gold
has
been
documented
(
Chem.
Mater
.
2023,
35,
5,
2173)
that
requires
only
water,
base
such
as
NaOH,
an
alcohol
HAuCl
4
Unfortunately,
nanomaterials
often
sensitive
multiple
parameters
it
is
well
acknowledged
reproducibility
general
challenge
chemical
sciences,
where
no
exception.
Here,
we
investigate
effect
water
conductivity
solvent
grade
on
(ca.
30
°C)
alkaline
mixtures
ethanol
water.
The
can
be
performed
with
relatively
low-grade
but
high
purity
importance
also
stressed
for
ethylene
glycol
glycerol
used
source
reducing
agents.
results
study
over
100
samples
pave
way
greener,
controlled
scalable
nanomaterials.
Nano Futures,
Год журнала:
2024,
Номер
8(3), С. 032001 - 032001
Опубликована: Март 22, 2024
Abstract
The
dissemination
of
sensors
is
key
to
realizing
a
sustainable,
‘intelligent’
world,
where
everyday
objects
and
environments
are
equipped
with
sensing
capabilities
advance
the
sustainability
quality
our
lives—e.g.
via
smart
homes,
cities,
healthcare,
logistics,
Industry
4.0,
precision
agriculture.
realization
full
potential
these
applications
critically
depends
on
availability
easy-to-make,
low-cost
sensor
technologies.
Sensors
based
printable
electronic
materials
offer
ideal
platform:
they
can
be
fabricated
through
simple
methods
(e.g.
printing
coating)
compatible
high-throughput
roll-to-roll
processing.
Moreover,
often
allow
fabrication
flexible/stretchable/biodegradable
substrates,
thereby
enabling
deployment
in
unconventional
settings.
Fulfilling
promise
for
will
require
device
innovations
enhance
their
ability
transduce
external
stimuli—light,
ionizing
radiation,
pressure,
strain,
force,
temperature,
gas,
vapours,
humidity,
other
chemical
biological
analytes.
This
Roadmap
brings
together
viewpoints
experts
various
materials—and
devices
thereof—to
provide
insights
into
status
outlook
field.
Alongside
recent
innovations,
roadmap
discusses
outstanding
challenges
pertaining
each
technology.
Finally,
points
promising
directions
overcome
thus
enable
ubiquitous
world.
Medicinal Research Reviews,
Год журнала:
2020,
Номер
40(5), С. 1754 - 1775
Опубликована: Апрель 7, 2020
Abstract
The
potential
toxicity
of
nanocarrier
excipients
and
complicated
preparation
technologies
have
impeded
the
clinical
application
nanomedicine.
Recently,
pure
drug‐assembled
nanosystems
(PDANS)
been
widely
investigated,
due
to
unique
self‐assembly
characteristics
drug
molecules.
PDANS
provides
a
facile
nanoplatform
for
developing
carrier‐free
Herein,
recent
trends
in
cancer
therapy
are
outlined.
First,
emerging
strategies
develop
single
drug‐based
nanoassemblies
discussed.
Second,
co‐assembly
two
or
more
drugs
efficient
combination
is
overviewed.
Then,
functional
non‐cytotoxic
agents
tumor
sites
presented.
Finally,
rational
design
mechanisms
these
nanoplatforms
highlighted.
Advanced Materials Technologies,
Год журнала:
2020,
Номер
5(7)
Опубликована: Май 10, 2020
Abstract
Microfluidic
approaches
to
nanomaterial
synthesis
provide
an
effective
means
of
making
high
quality
products,
with
exquisite
control
over
electronic,
optical,
and
structural
properties.
Furthermore,
microfluidic
reactors
integrating
analytics
real‐time
reaction
have
recently
emerged
as
powerful
tools
in
automating
materials
exploration
parameter
mapping,
a
rapidity
efficiency
that
is
inaccessible
traditional
flask‐based
methods.
Herein,
the
recent
innovations
photonic
nanoparticles,
whose
varied
luminescent
plasmonic
properties
found
great
application
biomedical
optoelectronic
sciences,
are
presented.
Special
attention
placed
on
achievements
promise
automated
multidimensional
screening
employing
situ
optical
characterization.
In
extended
outlook,
future
field
explored,
looking
toward
integration
smart
systems
machine
learning
algorithms,
demonstrating
how
maximal
positive
impact
can
be
achieved.
Far
from
degrading
or
replacing
ingenuity
experimentalist,
these
will
new
powers
exploration,
augmenting
discovery
process.
Further,
through
automation
miniaturization,
it
expected
such
fulfill
moral
imperative
maximizing
benefit
derived
natural
resources
consumed
conducting
research.
Chemical Communications,
Год журнала:
2024,
Номер
60(65), С. 8497 - 8515
Опубликована: Янв. 1, 2024
Continuous
flow
synthesis
offers
a
powerful
approach
for
MOF
&
composite
creation.
This
review
explores
its
recent
advancements,
advantages
over
batch
methods,
impact
on
properties.
Molecules,
Год журнала:
2020,
Номер
25(6), С. 1434 - 1434
Опубликована: Март 21, 2020
Flow
chemistry
is
an
area
of
contemporary
exploiting
the
hydrodynamic
conditions
flowing
liquids
to
provide
particular
environments
for
chemical
reactions.
These
enhanced
and
strictly
regulated
transport
reagents,
improved
interface
contacts,
intensification
heat
transfer,
safe
operation
with
hazardous
chemicals
can
be
utilized
in
synthesis,
both
mechanization
automation
analytical
procedures,
investigation
kinetics
ultrafast
Such
methods
are
developed
more
than
half
a
century.
In
field
they
used
mostly
pharmaceutical
efficient
syntheses
small
amounts
active
substances.
chemistry,
flow
measuring
systems
designed
environmental
applications
industrial
monitoring,
as
well
medical
analysis,
providing
essential
enhancement
yield
analyses
precision
determinations.
The
main
concept
this
review
show
overlapping
development
trends
design
instrumentation
various
ways
utilization
specificity
operations
under
conditions,
especially
synthetic
purposes,
simultaneous
presentation
still
rather
limited
correspondence
between
these
two
areas
chemistry.
