-
the service temperature
（
在环氧树脂的工作温度
）
1.
ultimately
leading to
asuperior
（
优秀的
）
flame retarding
effect
2.
A is a
ongoing topics of research.
3.
at elevated
temperatures.
4.
In some circumstances
5.
this field has
become quite promising
6.
Taking in
account these facts
7.
T
he improved performance can
also be ascribed to the………
8.
Graphene,
first
discovered
in
2004
[1],
has
attracted
voluminous
attention in the
past decade
.
9.
To palliate this
deficit
（为了弥补这项空白）
10.
and
increasing mechanical interlocking between
CFs and MPSR matrix
11.
Meanwhile,
the grafting processes did not result
in any discernable
（可辨别的，明显的）
decrease in
TS
（拉伸强度）
.
12.
Data from
five measurements were averaged.
13.
Cellulose
nanowhiskers were not seen becauseof their small
size in
nanoscale
14.
It was worth
noting that
the adhesive properties was
mostly due to
increases in displacement
at failure on addition of NH2-rGO sheet
15.
in this
regard
（就这一点而言）
16.
For
comparison purposes
17.
The infiltration of PDMS does not
introduce any
discernable
（
可以辨别
的）
deterioration
or inhomogeneity to the structure of theRGO foams.
18.
Electrical
conductivity values
are as expected
.
19.
when homogeneous dispersion and strong
interfacial interactions are
achieved.
20.
Effective
dispersion
is
the
key
requirement
for
maximizing
the
enhancement potential of
graphene.
21.
The
electrochemical
properties
of
porous
SnO2
carbon
yolk
–
shell
composites
has been elaborat
ed
.
(
阐述
)
22.
Thus,
relative contact angle of BT and BT@SiO2were
measured and
the results
are
visualized
（直观的）
in Fig. 5.
23.
Efforts are underway to improve the
energy density.
24.
To validate our
argument
（证实我们的观点）
25.
Carboxylated
MWCNTs
(
羧基化碳管
)
26.
but
the
high
cost
of
the
before
mentioned
electrodes
（
Since
the
aforementioned
electrodes
）
27.
However,
these
electrode
materials
exhibited
high
corrosion
in
aqueous environment, which impeded
(
阻碍
)
the
durability performances of
the
composite.
28.
a significant
portion of
the graphene
π
-electronic network is destroyed
in the formation of GOs.
29.
In the Raman
spectra of GOs and SWNTs separately for reference
and
comparison.
30.
Our
preliminary
experiments
(
初步的
)
order to
get some hints
(
暗示
)
on
the electric conduction mechanism,
32.
Fig.
9
shows
the
linear
relation
between
the
logarithm
of
the
conductivity
and
the
filler
content
for
the
larger
volume
fractions
of
pristine CNT.
33. All the
results reported are the average values of 6
samples.
34.
Functionalization
of
MWCNTs
with
acid
treatment
was
assigned
as
COOH-
MWCNTs.
postulate that this
improvement
originates from two main
reasons
electrical
conductivity
was
improved
by
a
factor
of
4
–
13
after
chemical reduction.
37.
Therefore,
control over the conformation of graphene
is an important
research
goal.
38.
However,
further
study
is
necessary
to
clearly
elucidate
（阐释）
the
detailed
scrolling mechanism.
39.
the
HTVSR
may
be
a
potential
candidate
due
to
its
remarkable
elasticity
40.
On
the
other
hand,
GnPs
in
lower
magnification,
the
morphology
resembles with EG.
41.
The
GnP
particle
size
has
a
pronounced
effect
on
the
mechanical
properties and thermal conductivity of
the epoxy composites.
42.
Scale bar equals 100 nm.
43.
Given
in
Table
1,
the
MWNT10%/PANI
ratio
of
(aNe)/(eNHe)
declined from
0.123 to 0.049
with respect to pure
PANI.
44. The experimental results
indicated that
45.
The
strength of interlayer hydrogen bonding
will be
attenuated
(
减弱
)
46.
This method facilitates
graphene processing for a range of applications
47.
This
reduction process is believed to be analogous to
the
H+-catalyzed
dehydration
of
alcohol,
where
water
acts
as
a
source
of
H+
for
the
protonation of hydroxyl groups
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