trigram

This is a table of type trigram and their frequencies. Use it to search & browse the list to learn more about your study carrel.

trigram	frequency
due to the	159
as well as	155
i s industry	134
one of the	118
based on the	115
the i s	103
of renewable energy	102
in order to	97
of the energy	92
in terms of	89
the development of	87
adsorption energy of	79
the use of	73
the number of	70
n a l	67
a l p	67
j o u	67
o o f	67
p r o	67
r n a	67
p r e	67
r o o	67
l p r	67
u r n	67
o u r	67
the role of	65
l energy gap	64
energy consumption and	63
the interaction of	62
the energy consumption	61
in the energy	58
increase in the	58
the case of	56
the energy system	55
renewable energy sources	54
the impact of	52
in the uk	50
such as the	50
it can be	48
can be used	47
according to the	47
analysis of the	47
in this study	46
from the environment	46
part of the	46
an increase in	45
in the i	45
there is a	45
energy consumption of	44
well as the	43
on the other	43
the energy transition	43
decrease in the	43
a review of	42
nsp of chikv	42
the adsorption of	41
related to the	40
an adsorption energy	40
specific cutting energy	40
with an adsorption	40
as shown in	39
in the case	39
energy of the	39
energy consumption in	39
the adsorption energy	38
in the eu	38
is one of	37
the energy sector	37
drug delivery system	37
kcal mol for	36
in the h	36
as high as	36
in this paper	36
a number of	36
shown in figure	36
shown in fig	36
and energy consumption	35
as a result	34
the probability of	34
the effect of	34
compared to the	34
kcal mol with	34
of energy consumption	33
is used to	33
there is no	33
change in the	33
the rate of	32
depending on the	32
the form of	32
in addition to	32
oil and gas	32
the other hand	31
of the pandemic	31
the results of	31
the united states	31
the importance of	31
the change in	30
at the same	30
of the covid	30
a case study	29
of fossil fuels	29
with respect to	29
nature of the	29
the presence of	29
in the form	29
the need for	29
the novel coronavirus	28
which can be	28
with a maximum	28
that would score	28
the same time	28
of the most	28
of the system	28
was observed as	28
to investigate the	28
in renewable energy	28
the lack of	27
drug delivery systems	27
iron and steel	27
renewable energy and	27
is shown in	27
the relationship between	27
is based on	27
the paris agreement	27
this is a	27
a set of	27
and co emission	26
needs to be	26
of sustainable energy	26
the range of	26
as part of	26
have to be	26
in the field	26
the production of	26
of energy and	26
with permission from	25
the performance of	25
in which the	25
consumption and co	25
kcal mol in	25
sustainable energy transitions	25
the politics of	24
kcal mol and	24
was used to	24
the renewable energy	24
the stability of	24
the amount of	24
as a potential	24
the authors declare	24
the evolution of	24
case of the	24
in the united	24
used as a	24
renewable energy generation	24
the total energy	24
wireless sensor networks	24
can be found	24
the impacts of	23
in this section	23
can be seen	23
review of the	23
the cost of	23
can also be	23
and energy efficiency	23
of this paper	23
in recent years	23
to calculate the	23
of the main	23
delivery system for	22
this is the	22
need to be	22
on the energy	22
energy and climate	22
in relation to	22
is expected to	22
to meet the	22
the field of	22
of the social	22
the implementation of	22
cpu energy meter	22
the process of	22
observed that the	22
it was observed	22
a variety of	22
some of the	22
during the covid	22
energy efficiency and	22
shown in table	22
development of the	22
of the information	22
are shown in	22
the united kingdom	22
most of the	22
the end of	22
an overview of	21
carbon energy system	21
the power of	21
in the global	21
of social energy	21
be used to	21
pv power plant	21
the concept of	21
the energy gap	21
performance of the	21
was observed that	21
binding free energy	21
maximum adsorption energy	21
energy gap by	21
in the network	20
consumption of the	20
household energy use	20
of the power	20
the effects of	20
the share of	20
the level of	20
with an increase	20
the binding energy	20
study on the	20
the inclusion of	20
a decrease in	20
pv power plants	20
in case of	20
large number of	20
because of the	20
wide range of	20
energy gap was	20
and climate change	20
for renewable energy	20
energy system modeling	20
to be a	20
impact of the	20
as a drug	20
be able to	19
reduction in the	19
wang et al	19
the analysis of	19
on energy consumption	19
and drug delivery	19
of the i	19
density functional theory	19
methanol synthesis from	19
changes in the	19
stability of the	19
of the interface	19
state of the	19
it has been	19
the fact that	19
to be the	19
due to its	19
based on a	19
an important role	19
in the future	19
of the quantum	19
in response to	19
economic and social	19
emission and energy	19
at fluid interfaces	18
energy from the	18
case study of	18
proposed or protocol	18
respect to the	18
the majority of	18
properties of the	18
hydrogenation to methanol	18
impact on the	18
function of the	18
impacts of the	18
found that the	18
the reduction of	18
of energy efficiency	18
the proposed or	18
it is the	18
to reduce the	18
the formation of	17
the energy efficiency	17
using dft theory	17
mol with a	17
can lead to	17
a wide range	17
a result of	17
found to be	17
boron nitride nanotubes	17
of the global	17
the european union	17
the integration of	17
the most important	17
american chemical society	17
it is also	17
to ensure that	17
the ability of	17
of the structures	17
in the range	17
consumption in the	17
the interaction between	17
c and c	17
to the adsorption	17
to the grid	17
effects of the	17
can be calculated	17
to determine the	17
energy use and	17
in other words	17
obtained from the	16
electrical load prediction	16
depends on the	16
household energy consumption	16
of the total	16
while it was	16
binding energy of	16
as it is	16
energy return on	16
taking into account	16
the social energy	16
the selection of	16
the proposed protocol	16
the possibility of	16
factors such as	16
be found in	16
this paper is	16
be used for	16
likely to be	16
the information field	16
in this case	16
the context of	16
there is an	16
co emission and	16
dft theory with	16
particles at interfaces	16
role in the	16
the efficiency of	16
development of a	16
under conditions of	16
in the same	16
that they have	16
we do not	16
of the mepvc	16
in energy efficiency	16
is related to	16
recovery time of	16
important role in	16
van der waals	16
of the world	16
of the particle	16
a lack of	16
the data packet	16
climate change and	16
a total of	16
charge transfer of	16
to understand the	16
the most stable	16
on climate change	15
in contrast to	15
in the last	15
is likely to	15
a range of	15
due to their	15
s industry is	15
industry in the	15
particles at fluid	15
that there is	15
efficiency of the	15
of the interaction	15
mol with an	15
in the development	15
is the most	15
be considered as	15
is determined by	15
the absence of	15
to increase the	15
gibbs free energy	15
co hydrogenation to	15
the direction of	15
back to the	15
similar to the	15
in the process	15
reprinted with permission	15
energy in the	15
as compared to	15
the coal regime	15
in the first	15
that can be	15
total energy consumption	15
the contact angle	15
the application of	15
the tca cycle	15
of the current	15
the time of	15
and can be	15
and renewable energy	15
is necessary to	15
a social atom	15
determined by the	15
the base station	15
of the particles	15
aspects of the	15
b n nanocage	15
impact of covid	15
renewable energy resources	15
of the european	15
kcal mol while	15
of the drug	15
to ensure the	15
the effectiveness of	15
the sum of	15
the value of	15
in some cases	15
to the covid	15
point of view	15
in the world	15
are given in	15
the need to	14
of carbon dioxide	14
the potential of	14
in the water	14
the adsorption properties	14
it was found	14
greenhouse gas emissions	14
effect of the	14
the environment and	14
the future of	14
given in table	14
declare that they	14
to influence the	14
a dft study	14
terms of the	14
the growth of	14
the active site	14
wind and solar	14
results of the	14
relationship between the	14
they have no	14
for the energy	14
impacts of covid	14
of amino acids	14
a function of	14
the risk of	14
in the next	14
to the energy	14
of the proposed	14
energy transition in	14
appears to be	14
the area of	14
to have a	14
this study is	14
the availability of	14
on the interaction	14
reported in this	14
of the same	14
a reduction in	14
and in the	14
maximum power principle	14
that it is	14
energy extraction from	14
the contact line	14
the introduction of	14
the construction of	14
the dipole moment	14
the existence of	14
of the structure	14
wind energy sector	14
synthesis from co	14
extraction from the	14
energy and the	14
a large number	14
the drug delivery	14
of the eu	14
single and ensemble	14
amount of energy	14
the scale of	14
to study the	14
politics of sustainable	14
to estimate the	14
authors declare that	14
at the level	14
a form of	14
study of the	14
included in the	14
a drug delivery	14
kcal mol respectively	13
difference between the	13
a maximum adsorption	13
value for the	13
the information mirror	13
deposition and ionization	13
to account for	13
interaction between the	13
of energy policy	13
of energy transition	13
the adsorption process	13
which was further	13
have no known	13
no known competing	13
value of the	13
to develop a	13
a consequence of	13
response to the	13
energy demand and	13
due to a	13
cq and hcq	13
to find the	13
associated with the	13
structure of the	13
extent to which	13
the local community	13
we argue that	13
gap was observed	13
quantum information field	13
the forwarder list	13
true specific cutting	13
for ellipsoidal particles	13
is also a	13
will have to	13
renewable energy in	13
in the context	13
we hypothesize that	13
the pandemic is	13
work reported in	13
interests or personal	13
financial interests or	13
close to the	13
to renewable energy	13
the creation of	13
competing financial interests	13
of the data	13
it is not	13
the eu ets	13
free energy of	13
in wireless sensor	13
be used as	13
in energy consumption	13
the design of	13
power of the	13
the type of	13
as a whole	13
return on investment	13
around the world	13
the power system	13
energy deposition and	13
k t b	13
in the literature	13
it is important	13
of the new	13
assumed to be	13
hourly temporal resolution	13
or personal relationships	13
known competing financial	13
of this study	13
in this context	13
of climate change	13
by using the	13
the national energy	13
an analysis of	13
the difference between	13
of energy justice	13
the work reported	13
the futures market	13
are able to	13
it should be	13
excitations of the	12
personal relationships that	12
seems to be	12
taken into account	12
consistent with the	12
of the membrane	12
are characterized by	12
s industry in	12
of the country	12
as in the	12
but also the	12
the extent to	12
candidate for the	12
half of the	12
evolution of the	12
the lwcs farm	12
on the adsorption	12
a just transition	12
population energy consumption	12
of the electricity	12
we assume that	12
as long as	12
adsorption properties of	12
development of new	12
a potential sensor	12
the transition to	12
an opportunity to	12
hexagonal boron nitride	12
the complexity of	12
energy consumption is	12
the quantum information	12
the regulation of	12
in line with	12
energy consumption patterns	12
with a decrease	12
in the early	12
and steel industry	12
relationships that could	12
the specific cutting	12
by means of	12
has to be	12
the energy of	12
the government has	12
compared with the	12
of the network	12
the plasma treatment	12
the result of	12
along with a	12
and the energy	12
used for the	12
the influence of	12
on the global	12
focused on the	12
the prediction performance	12
at the time	12
is important to	12
with b lyp	12
of new technologies	12
referred to as	12
influence the work	12
dependent on the	12
models can be	12
the global energy	12
could have appeared	12
for methanol synthesis	12
considered as a	12
it does not	12
of lawrence weston	12
could not be	12
the rest of	12
as much as	12
investments in energy	12
the mechanism of	12
appeared to influence	12
have appeared to	12
doped c fullerenes	12
of the study	12
of the paper	12
morris et al	12
that could have	12
the values of	12
is that the	12
addition to the	12
effects on the	12
b lyp hybrid	12
which will be	12
because it is	12
is given by	12
has been used	12
was also observed	12
the potential for	12
a time of	12
a potential drug	12
of fossil fuel	12
to be taken	12
was found that	12
the power sector	11
exported to the	11
of the tis	11
energy use in	11
the degree of	11
bills of goods	11
co to methanol	11
focus on the	11
observed in the	11
and the united	11
such as a	11
provided by the	11
implications of the	11
used to treat	11
and carbon emission	11
kcal mol but	11
gas shift reaction	11
and sustainable energy	11
nodes in the	11
be taken into	11
the nature of	11
in the past	11
the biotic regulation	11
this can be	11
contribute to the	11
the accuracy of	11
involved in the	11
considered to be	11
renewable energy production	11
molecular dynamics simulation	11
and the environment	11
a lot of	11
total number of	11
impact on energy	11
in such a	11
energy efficiency of	11
the issue of	11
than that of	11
of the complex	11
the local area	11
the new energy	11
and so on	11
drug delivery and	11
the increase in	11
the uk and	11
consumption and carbon	11
water gas shift	11
active site of	11
world health organization	11
since the s	11
in the recent	11
is consistent with	11
to improve the	11
the problem of	11
used in the	11
for the development	11
to enhance the	11
in the s	11
the maximum power	11
the ability to	11
renewable energy sector	11
into renewable energy	11
energy gap of	11
the emergence of	11
components of the	11
the validity of	11
been shown to	11
adsorption energy was	11
the basis of	11
it will be	11
monte carlo simulation	11
was observed with	11
direct and indirect	11
during the pandemic	11
the findings of	11
in a time	11
of social atoms	11
different types of	11
to achieve the	11
it would be	11
energy system models	11
the reliability of	11
understanding of the	11
of energy use	11
as a sensor	11
the surface of	11
assessment of the	11
security of supply	11
supported by the	11
of co to	11
in the long	11
role of the	11
the potential energy	11
of household energy	11
a combination of	11
is due to	11
as a means	11
in any case	11
machine learning models	11
be noted that	11
zno al o	11
a maximum of	11
the steel industry	11
of the potential	11
is the total	11
that the pandemic	10
environmental and economic	10
is considered to	10
for the adsorption	10
daily and weekly	10
a review on	10
show that the	10
and development of	10
capacity of the	10
the expense of	10
energy from respiration	10
to be considered	10
hydrogenation of co	10
up to the	10
all of the	10
in the european	10
energy social science	10
side effects like	10
at the interface	10
for drug delivery	10
large amounts of	10
source of energy	10
to engage in	10
international energy agency	10
current and future	10
it is possible	10
parts of the	10
has been found	10
the global hardness	10
the variations in	10
be seen that	10
machine learning algorithms	10
of more than	10
electronic properties of	10
authors declare no	10
of the sensor	10
to address the	10
the pristine gns	10
in the following	10
eu i s	10
internet of things	10
theory with b	10
integrated energy system	10
scale pv power	10
to provide a	10
of energy extraction	10
concentrating solar power	10
figure shows the	10
of particles at	10
there is also	10
the energy market	10
the orientation of	10
in the local	10
molecular dynamics simulations	10
the ministry of	10
the decline in	10
which is the	10
the drug release	10
on renewable energy	10
are presented in	10
in the electricity	10
of energy system	10
members of the	10
the prediction of	10
acute respiratory syndrome	10
was based on	10
the spot market	10
values of the	10
the potential to	10
a systematic review	10
energy supply and	10
supply and demand	10
the adsorption energies	10
in combination with	10
the energy supply	10
be expressed as	10
lead to a	10
a comprehensive review	10
impacts on the	10
with a high	10
the lowest energy	10
prediction performance of	10
the malaysian government	10
to support the	10
in this work	10
at the end	10
the eu i	10
of the msa	10
spot and futures	10
and it is	10
limits to growth	10
a coal phase	10
the implications of	10
are needed to	10
many of the	10
of nsp of	10
it is clear	10
reactivity of the	10
heating and cooling	10
the notion of	10
energy for all	10
makarieva et al	10
the deployment of	10
on the basis	10
showed that the	10
a part of	10
resulted in a	10
of the coal	10
of the contact	10
carbon dioxide emissions	10
as one of	10
in hong kong	10
should be noted	10
the addition of	10
were used to	10
especially in the	10
be calculated as	10
with regard to	10
the wind energy	10
complexity of the	10
of coal in	10
followed by the	10
the benefits of	10
work in the	10
of renewable energies	10
the other side	10
air conditioning system	10
energy saving shortfall	10
to a low	10
of energy saving	10
related to energy	10
advantage of the	10
the loss of	10
renewable energy policy	10
account for the	10
has not been	10
at the expense	10
paper is to	10
each of the	10
characterized by the	10
of healthcare buildings	10
along with the	10
adsorption of the	10
energy and energy	10
ellipsoidal particles with	10
is needed to	10
against nsp of	10
are likely to	10
particles at membranes	10
this case study	10
the distribution of	10
into account the	10
the demand for	10
compared to other	10
to evaluate the	10
the central air	10
of the research	10
from renewable energy	10
claims of injustice	10
thermal energy storage	9
of an energy	9
which may be	9
noted that the	9
of the key	9
to ensure a	9
the question of	9
for the first	9
of the surrounding	9
of boron nitride	9
values for the	9
the doping of	9
of clean energy	9
description of the	9
was found as	9
the impacts on	9
the echo chamber	9
model for the	9
observed from the	9
plays an important	9
specific metabolic rate	9
according to this	9
energy system and	9
found in the	9
dipole moment of	9
the actual energy	9
in the adsorption	9
that energy consumption	9
renewable energy adoption	9
the scope of	9
the hong kong	9
a focus on	9
with the same	9
renewable energy projects	9
the university of	9
for the production	9
another anticancer drug	9
three types of	9
gowdy and krall	9
the source node	9
relay node selection	9
between the adsorbate	9
the pandemic has	9
control of the	9
may not be	9
in the public	9
an echo chamber	9
increase in energy	9
load prediction of	9
of the plasma	9
the decrease in	9
of the first	9
co emissions in	9
as in table	9
focusing on the	9
on the farm	9
carbon energy transitions	9
source node s	9
the distance between	9
was found to	9
climate and energy	9
of energy in	9
that the energy	9
production and consumption	9
and biological interfaces	9
potential drug delivery	9
for energy and	9
end of the	9
the total number	9
orientation of the	9
walled carbon nanotubes	9
adsorbent distance of	9
of the human	9
higher than the	9
can be observed	9
severe acute respiratory	9
to the interface	9
air dehumidification system	9
mw pv power	9
x and e	9
to invest in	9
is given in	9
to simulate the	9
the rural economy	9
fired power plants	9
to be more	9
of new energy	9
as there is	9
of an electron	9
the severity of	9
field of energy	9
rest of the	9
for particles at	9
drug with a	9
of the farm	9
the generation of	9
in patients with	9
can be considered	9
in lawrence weston	9
of carbon nanotubes	9
in the iberian	9
work as a	9
the wave function	9
defined as the	9
sensor to detect	9
interactions between the	9
i is the	9
with the help	9
between the two	9
concluded that the	9
of amino acid	9
well as a	9
and the most	9
in this review	9
by the energy	9
ensemble machine learning	9
model of the	9
could lead to	9
the electricity sector	9
local energy schemes	9
the dynamics of	9
is dependent on	9
spherical particles at	9
to the uk	9
the true specific	9
drug was adsorbed	9
of the two	9
mainly due to	9
transition in the	9
binding free energies	9
creative commons license	9
in all cases	9
the help of	9
the synthesis of	9
the world health	9
time of austerity	9
technologies in the	9
drug carrier for	9
from fossil fuels	9
in the reactivity	9
such as energy	9
transition to a	9
the gain medium	9
processes in the	9
in the gaseous	9
is independent of	9
to the same	9
the properties of	9
of its energy	9
of energy drinks	9
in the near	9
comparison of the	9
s industry and	9
size of the	9
as a consequence	9
of r d	9
central air conditioning	9
of the novel	9
the treatment of	9
apparent specific cutting	9
mol in the	9
is dominated by	9
b n c	9
and natural gas	9
use of energy	9
reverse water gas	9
a spherical particle	9
destination node d	8
scope of the	8
because of its	8
can be expressed	8
we need to	8
private and public	8
nbo charge transfer	8
the management of	8
in all the	8
sutherland et al	8
the proximity of	8
in the diet	8
growth in the	8
is close to	8
in the middle	8
in the figure	8
review of energy	8
and cultural evolution	8
there has been	8
consequence of the	8
as a major	8
the next section	8
depicted in fig	8
by the covid	8
daily electrical load	8
that of the	8
energy justice and	8
of the tca	8
of a novel	8
of a large	8
the clean energy	8
the nodes in	8
the set of	8
there are no	8
should be considered	8
systematic review of	8
to as high	8
caused by the	8
the th five	8
over the past	8
to maximize the	8
the collapse of	8
the human body	8
to identify the	8
reproduced with permission	8
derived from the	8
the contribution of	8
be due to	8
would score five	8
the net energy	8
down and bottom	8
cu zno al	8
expected to be	8
the combination of	8
that in the	8
in the absence	8
conflict of interest	8
mol for the	8
of building energy	8
added to the	8
the work function	8
science and technology	8
of greenhouse gas	8
the lockdown period	8
to analyze the	8
in the power	8
co emission is	8
the installation of	8
is clear that	8
provides an overview	8
ghg emissions reduction	8
responsible for the	8
as can be	8
the outdoor temperature	8
the diffusion of	8
can be easily	8
are used to	8
and characterization of	8
there are two	8
an annual average	8
of the environment	8
the global economy	8
the paper is	8
would score one	8
reliability of the	8
the length of	8
it is necessary	8
the results for	8
is responsible for	8
packet to the	8
rate of energy	8
for wireless sensor	8
of the whole	8
development of an	8
kw pv power	8
the sensor nodes	8
ghg emission reduction	8
that could be	8
between the particles	8
depend on the	8
a low carbon	8
characteristics of the	8
to the membrane	8
is not a	8
the ratio of	8
a charge transfer	8
in the short	8
in the ocean	8
a sensor for	8
the calculation of	8
the long run	8
lead to the	8
probability of energy	8
may lead to	8
is assumed to	8
the payback period	8
can be characterized	8
of wind energy	8
of the n	8
triboelectric nanogenerator for	8
a potential candidate	8
internal and external	8
the surrounding interface	8
in the steel	8
were subjected to	8
the capacity of	8
a drug sensor	8
is defined as	8
the structure of	8
to be applied	8
no conflict of	8
a crucial role	8
in co emission	8
and implications for	8
will result in	8
recent advances in	8
of breakthrough technologies	8
resulting in a	8
mediated interactions between	8
the decay of	8
been found to	8
the energy return	8
the aim of	8
the particles are	8
renewable energy is	8
can be a	8
energy generation in	8
for different orientations	8
of i s	8
the data packets	8
opportunistic routing algorithm	8
sides of the	8
renewable energy development	8
r d programs	8
by using a	8
with an adsorbate	8
there will be	8
to the high	8
was observed for	8
metabolic rate of	8
the size of	8
is greater than	8
and b n	8
the individual level	8
around the globe	8
of energy savings	8
regulation of the	8
an example of	8
of information excitations	8
more and more	8
results in a	8
integration of renewable	8
this is also	8
as a form	8
the functioning of	8
outbreak on energy	8
opportunistic routing protocol	8
by comparing the	8
a quantum of	8
ability of the	8
to climate change	8
what is the	8
the edge of	8
used to investigate	8
in comparison to	8
aware of the	8
for co hydrogenation	8
terms of energy	8
costs and benefits	8
to that of	8
the adsorbate and	8
there are several	8
of the low	8
when it comes	8
a process of	8
energy and material	8
from renewable sources	8
energy rate density	8
members of alw	8
the center of	8
energy systems and	8
of energy storage	8
on natural gas	8
is characterized by	8
the state of	8
of intermittent renewables	8
distance between the	8
to get the	8
the energy deposition	8
of electric vehicles	8
used in this	8
and molecular dynamics	8
orders of magnitude	8
it comes to	8
of the pv	8
and electronic properties	8
of colloidal particles	8
the eu and	8
significant increase in	8
is that it	8
the price of	8
of the building	8
social science research	8
also known as	8
the political economy	8
to test the	8
for energy efficiency	8
some of these	8
for spherical particles	8
essential amino acids	8
in a way	8
natural gas and	8
in table s	8
to this end	8
the course of	8
energy consumption by	8
is part of	8
be a potential	8
to create a	8
energy and environmental	8
in the conductivity	8
on fossil fuels	8
the adoption of	8
can be achieved	8
order of magnitude	8
to build a	8
electricity consumption in	7
the case for	7
active site residues	7
adsorbate and adsorbent	7
on household energy	7
system for a	7
interaction can be	7
more than of	7
shows that the	7
boron nitride nanotube	7
in different ways	7
electricity exported to	7
capillary interactions between	7
the supply of	7
to the human	7
the social group	7
widespread use of	7
present in the	7
a literature review	7
with a significant	7
a way that	7
module and module	7
can be concluded	7
and transport sectors	7
in the dm	7
the transport sector	7
s industry decarbonisation	7
germany and the	7
the consumption of	7
pressure on the	7
table shows the	7
to make the	7
ambition lawrence weston	7
actual energy savings	7
carried out in	7
after each round	7
computation time of	7
use of renewable	7
power to x	7
is a good	7
kw and mw	7
in the u	7
for biomedical applications	7
to develop the	7
particles can be	7
o f the	7
do not have	7
electrical load consumption	7
of which is	7
energy consumption for	7
an average of	7
and environmental protection	7
energy demand in	7
reported to be	7
carbon energy infrastructures	7
the city council	7
phase of the	7
length of the	7
hatton et al	7
healthcare buildings are	7
ratio of the	7
demand and supply	7
was observed from	7
of the more	7
in the country	7
this is an	7
the room temperature	7
which is a	7
the system is	7
the reactivity of	7
in germany and	7
energy and materials	7
use of the	7
to keep up	7
period for the	7
per unit time	7
the activity of	7
drug on the	7
to stay awake	7
implementation of a	7
with the highest	7
calculated from the	7
amino acid hydrocarbon	7
been carried out	7
on the performance	7
for electricity generation	7
the annual electricity	7
be seen in	7
energy prices and	7
less than the	7
r d and	7
of particles with	7
of the overall	7
ensure that the	7
discussed in section	7
in the area	7
the pristine and	7
for the low	7
in tariff for	7
period of time	7
be divided into	7
studies of the	7
the information about	7
net energy metering	7
level of theory	7
energy development in	7
interaction energy of	7
was used for	7
the characteristics of	7
payback period for	7
si and al	7
from the environmental	7
the nsp of	7
the hydrogenation reaction	7
interaction of the	7
the new feed	7
by the government	7
part of this	7
of the three	7
the trapping energy	7
have the same	7
at the individual	7
the same order	7
was investigated by	7
is higher than	7
the lawrence weston	7
the pdf of	7
the behaviour of	7
of the economic	7
to each other	7
the international energy	7
presence of a	7
sustainable development goals	7
of the local	7
environment and the	7
declare no conflict	7
the opportunity to	7
sensor for the	7
a density functional	7
to stay alert	7
for the drug	7
key role in	7
to the pristine	7
to maintain the	7
a slurry reactor	7
was observed in	7
is a function	7
as depicted in	7
sources of renewable	7
building energy consumption	7
of pv power	7
have not been	7
wide variety of	7
part of a	7
can be understood	7
surface of the	7
the heart of	7
that they are	7
a change in	7
energy system transition	7
the global softness	7
a bunch of	7
and o m	7
result of the	7
parallel to the	7
with adsorption energies	7
the order of	7
it is likely	7
the solvation energy	7
in the gas	7
such as in	7
in the presence	7
there are not	7
a sustainable energy	7
to keep the	7
are in the	7
of the protein	7
be calculated from	7
the current situation	7
energy transition is	7
the energy and	7
electrical load forecasting	7
interactions with the	7
they are not	7
dispersion corrected dft	7
given in figure	7
are expected to	7
by the pandemic	7
of the earth	7
of the biotic	7
a study of	7
of social parameters	7
information about the	7
two of the	7
in the current	7
observed as high	7
form of a	7
cultural group selection	7
of the innovation	7
as the nodes	7
of total energy	7
for the hydrogenation	7
research and development	7
and quality of	7
each round of	7
focuses on the	7
energy sources and	7
the core of	7
scale of the	7
accordance with the	7
of chikv and	7
in the liver	7
over the last	7
operation of the	7
adsorbate distance of	7
between these two	7
to use the	7
support for the	7
from co hydrogenation	7
implications for the	7
annual electricity exported	7
to promote the	7
fluid and biological	7
is possible to	7
to energy use	7
of the above	7
energy gap to	7
in the spot	7
as an opportunity	7
of the nucleobases	7
area of the	7
of the german	7
of primary energy	7
scale renewable energy	7
ev for the	7
the md simulations	7
to phase out	7
to note that	7
and clean energy	7
be o nanocluster	7
the genetic information	7
and vice versa	7
the same quasi	7
of the literature	7
the built environment	7
in the philippines	7
in the system	7
low carbon energy	7
going to be	7
hall et al	7
the coal industry	7
height of the	7
conditions of the	7
was calculated by	7
the data of	7
adsorption on the	7
of the uk	7
for energy saving	7
a significant increase	7
the success of	7
of local energy	7
hot and humid	7
and the world	7
selected as the	7
the b nanosheet	7
is presented in	7
overview of the	7
use of fossil	7
in comparison with	7
carried out by	7
crucial role in	7
a carbon tax	7
of a drug	7
is less than	7
of energy to	7
the iron and	7
in the medium	7
alw and lcg	7
and diffusion of	7
in accordance with	7
energy policy in	7
shown to be	7
debye for the	7
lyp hybrid functional	7
the charge transfer	7
issues related to	7
was reported to	7
presented in table	7
of the order	7
of the biosphere	7
contribution to the	7
and ensemble machine	7
catalysts for methanol	7
be used in	7
was carried out	7
solar and wind	7
is going to	7
to predict the	7
the current state	7
in this regard	7
on the national	7
a wide variety	7
of the wave	7
in the present	7
independent of the	7
aspects of energy	7
leads to a	7
at the heart	7
exchange correlational functional	7
political economy of	7
the power grid	7
the coal phase	7
investigation on the	7
emphasis on the	7
seasonal storage options	7
more than half	7
energy can be	7
the sensitivity of	7
mol while the	7
even when the	7
is not only	7
the decline of	7
in many countries	7
reduction of the	7
variations in the	7
is referred to	7
the primary energy	7
particles with interfaces	7
pristine c fullerene	7
not sufficient to	7
of the adsorption	7
for the initial	7
can be classified	7
for the change	7
energy efficiency was	6
s industry are	6
as the number	6
in the echo	6
share of the	6
of energy deposition	6
coal in the	6
to the power	6
the spherical particles	6
system can be	6
has been shown	6
and the number	6
on b n	6
to give a	6
and ellipsoidal particles	6
energy system model	6
an ensemble of	6
is calculated by	6
adsorption energy and	6
solvation energy of	6
the dft theory	6
elements of the	6
and nuclear energy	6
potential candidate for	6
to work as	6
that need to	6
the cluster analysis	6
of solar radiation	6
the world on	6
on one hand	6
of chikungunya virus	6
a general hospital	6
be characterized by	6
the economic and	6
to achieve a	6
implementation of the	6
lead them to	6
there have been	6
identical to the	6
ac operating hours	6
has been a	6
affected by the	6
a capacity of	6
in puerto princesa	6
in oil prices	6
in times of	6
as soon as	6
negative value for	6
effects of a	6
suggests that the	6
to make a	6
supplementary figure s	6
detailed analysis of	6
to the other	6
the origin of	6
of access to	6
to the development	6
adsorption energies of	6
drug to the	6
the pandemic on	6
energy policy and	6
would not be	6
in the drug	6
the operating hours	6
this may be	6
a c fragment	6
and wind energy	6
that are not	6
walled carbon nanotube	6
that they can	6
energy sector in	6
spain and portugal	6
the last decade	6
energy production and	6
an anticancer drug	6
change in enthalpy	6
for this purpose	6
interaction of particles	6
the global reactivity	6
implantable medical devices	6
there was a	6
excess of c	6
and energy prices	6
a and b	6
is also important	6
the transmission of	6
it has become	6
of the air	6
and challenges in	6
demand side management	6
of b n	6
energy management systems	6
and barriers to	6
the interaction energy	6
the period of	6
consumption and energy	6
technological innovation systems	6
influence of the	6
it is a	6
can be measured	6
component of the	6
and lack of	6
the environmental and	6
is not sufficient	6
to be able	6
of the body	6
the increase of	6
cutting energy is	6
four types of	6
office and sa	6
and co emissions	6
for the pristine	6
contributing to the	6
between alw and	6
that may be	6
a drug carrier	6
it is obvious	6
of the ecological	6
has been studied	6
knowledge on the	6
it is one	6
out of the	6
energy technologies and	6
systems can be	6
to change the	6
the yangtze river	6
for the interaction	6
of the national	6
for a given	6
xgboost and rf	6
global energy transition	6
as an example	6
is an important	6
the purpose of	6
present and future	6
followed by a	6
the location of	6
the same amount	6
the energy mix	6
uk and germany	6
could be used	6
in gibbs free	6
it is interesting	6
of healthcare facilities	6
line with the	6
creation of the	6
and in vivo	6
in figure and	6
as a source	6
from carbon dioxide	6
period of the	6
of a particle	6
data packet to	6
renewable energy policies	6
on the surface	6
the early s	6
g basis set	6
in recent times	6
of hydrogen bonds	6
the proposed method	6
the sustainable development	6
play an important	6
energy transition and	6
be calculated using	6
of a single	6
adverse effects of	6
of the wireless	6
significant reduction in	6
has shown that	6
as an efficient	6
or protocol has	6
should be a	6
the levels of	6
in the industry	6
was adsorbed with	6
to assess the	6
and for the	6
the percentage of	6
are based on	6
for the complex	6
in the target	6
diversification into renewable	6
fossil fuels and	6
to a higher	6
step is to	6
sources of energy	6
in this way	6
a negative value	6
in methanol synthesis	6
taking advantage of	6
the dos spectrum	6
a target of	6
calculation of the	6
the energy security	6
is used as	6
the main energy	6
global warming and	6
for solar energy	6
to address this	6
different from the	6
consumption of fossil	6
of spherical particles	6
to the pandemic	6
in figure a	6
the large number	6
value of d	6
energy management and	6
they are also	6
thermal conductivity of	6
promising candidate for	6
theoretical study of	6
is the only	6
and material efficiency	6
in the sense	6
density of the	6
should also be	6
in a more	6
is also the	6
of the process	6
be understood as	6
in the final	6
stages of the	6
lactate and glycerol	6
of crude oil	6
department of energy	6
in this sector	6
between the drug	6
and it was	6
the most common	6
the other two	6
to cover the	6
in morocco is	6
there are many	6
as mentioned above	6
of co emissions	6
as the energy	6
change in gibbs	6
can be done	6
a transition to	6
triboelectric nanogenerators as	6
mol while it	6
the beginning of	6
to the reduction	6
ministry of energy	6
was also reported	6
that the proposed	6
solvation free energy	6
a series of	6
allows us to	6
the practice of	6
the binding free	6
the most popular	6
summarized in table	6
the smart grid	6
that do not	6
an essential role	6
large amount of	6
severity of the	6
the demand side	6
the deformation energy	6
we can use	6
demand for energy	6
models such as	6
by taking into	6
the point of	6
findings of the	6
the data in	6
rather than the	6
on energy efficiency	6
new technologies and	6
energy transitions and	6
in the quantum	6
nsp protease of	6
carried out to	6
to the fact	6
will be able	6
than in the	6
energy was observed	6
deployment of renewable	6
system modeling challenges	6
discussed in this	6
of the active	6
in the farm	6
majority of the	6
for the formation	6
will be a	6
is on the	6
in the late	6
leads to the	6
the national level	6
to the new	6
the speed of	6
of the model	6
rate of increase	6
negative values for	6
research on the	6
sustainable energy development	6
of data collection	6
renewable energy technologies	6
the development and	6
the european steel	6
on the environment	6
a need for	6
location of the	6
to be addressed	6
amino acids and	6
good place to	6
md simulations were	6
molecular docking analysis	6
be affected by	6
to achieve energy	6
the proposed model	6
during and after	6
the feasibility of	6
is used for	6
a roadmap for	6
in the atmosphere	6
assessment of energy	6
the case study	6
anticancer drug on	6
are responsible for	6
adoption of renewable	6
the creative commons	6
routing algorithm for	6
has been proposed	6
annual ghg emissions	6
economic growth in	6
driven by the	6
red blood cell	6
the contributions of	6
it was only	6
of the compounds	6
about of the	6
used to predict	6
that would be	6
the list of	6
of the paris	6
that leads to	6
generated by the	6
much of the	6
we use the	6
results for the	6
d interaction diagrams	6
a comparison of	6
are present in	6
also reported to	6
the oxidation of	6
two types of	6
a framework for	6
and solar power	6
of the different	6
cumulative cash flows	6
the variation of	6
in each round	6
number of packets	6
interfaces and membranes	6
could be a	6
energy security and	6
oei et al	6
are summarized in	6
to control the	6
sensing and drug	6
and ionization in	6
carbon dioxide and	6
the promotion of	6
on the power	6
in a given	6
that is used	6
number of the	6
also important to	6
and fossil fuels	6
potential for the	6
can serve as	6
co emission in	6
decentralized energy system	6
development of re	6
of the s	6
in i s	6
to the particle	6
for the future	6
ionization in the	6
estimation of the	6
coherent information waves	6
the energy industry	6
of the refrigeration	6
of the participants	6
the electricity market	6
their ability to	6
spherical particles with	6
as low as	6
of the time	6
the energy use	6
the sensor network	6
round of simulation	6
energy drinks and	6
parameters of the	6
of a new	6
was reduced to	6
the country has	6
adhesion strength w	6
volume of the	6
and has a	6
of sustainable development	6
a better understanding	6
to demonstrate the	6
the progress of	6
energy information administration	6
pandemic on the	6
further supported by	6
the adhesion strength	6
as the main	6
can be investigated	6
electricity demand in	6
noticeable change in	6
the electrical load	6
may result in	6
selection of a	6
global energy transformation	6
is difficult to	6
listed in table	6
main aim of	6
transformation in the	6
the advent of	6
is far more	6
the editorial team	6
energy policy has	6
we suggest that	6
drivers and barriers	6
the selected parameters	6
of c to	6
suggest that the	6
can be as	6
of research in	6
sensor networks is	6
the rise of	6
energy policies and	6
to increase their	6
energy is a	6
drug adsorption on	6
energy savings in	6
running out of	6
and economic aspects	6
serve as a	6
the magnitude of	6
operation and maintenance	6
the gas phase	6
it is very	6
is the difference	6
bc n nt	6
social and economic	6
and the future	6
in the novel	6
the reduction in	6
to a maximum	6
in more detail	6
comparable to the	6
observed for the	6
during the post	6
that the covid	6
because of their	6
note that the	6
the core esm	6
as it was	6
with and without	6
of the present	6
that is not	6
those of the	6
of a social	6
in the solvent	6
is interesting to	6
was considered as	6
with a focus	6
to be used	6
for sustainable development	6
the state council	6
but also to	6
co and h	6
with the use	6
and other social	6
a means of	6
to overcome these	6
electron energy density	6
based on an	6
are included in	6
transfer between the	6
and how to	6
the amino acids	6
is required to	6
amino acid metabolism	6
if they are	6
issues and challenges	6
the proposed algorithm	6
respondents pointed to	6
to explore the	6
in the post	6
is in the	6
atoms in the	6
as a key	6
the advantage of	6
the influential parameters	6
contributes to the	6
lawrence weston community	6
inclusion of social	6
in household energy	6
due to covid	6
to protect the	6
calculated as the	6
charge transfer between	6
the co emission	6
use of a	6
characterization of the	6
well as to	6
responses to the	6
and energy policy	6
countries in the	6
building energy simulation	6
irrespective of their	6
generation in the	6
the main aim	6
regulation of glucose	6
use of c	6
the department of	6
this review article	6
in the oil	6
homo and lumo	6
confirmed from the	6
which could be	6
the reverse water	6
energy sector and	6
development of energy	6
data can be	6
commons license and	6
the side effects	6
with a minimum	6
the near field	6
aim of this	6
community energy schemes	6
of energy social	6
delivery and drug	6
energy is the	6
the household energy	6
the rebound effect	6
out in the	6
supply of energy	6
to the destination	6
growth rate of	6
we used the	5
and a lower	5
is widely used	5
of energy systems	5
led to a	5
the drug molecule	5
energy conversion efficiency	5
nationally determined contributions	5
is a consequence	5
of a quantum	5
may be due	5
the study of	5
important to consider	5
with the high	5
the pandemic might	5
have the potential	5
to design a	5
interaction of single	5
chikv and cmpd	5
at the national	5
along with an	5
drug delivery application	5
aspect ratio b	5
design of a	5
up with the	5
of the material	5
biotic components of	5
at the base	5
energy storage systems	5
linear layers in	5
the genetic program	5
savings in the	5
of air conditioning	5
social distancing and	5
process was spontaneous	5
this implies that	5
of lipid bilayers	5
climate change is	5
clean energy transition	5
cu zn al	5
of chloroquine and	5
energy for the	5
is because the	5
was adsorbed on	5
been used as	5
on the contrary	5
into the grid	5
light of the	5
the source of	5
the environment in	5
deformation energy of	5
high levels of	5
of the simulation	5
it is in	5
der waals interactions	5
development in malaysia	5
the apparent specific	5
dependent upon the	5
be included in	5
allows one to	5
for another anticancer	5
b n fullerene	5
and there is	5
emissions in china	5
energy transition on	5
the extent of	5
emission in the	5
extra joss active	5
n is the	5
and because of	5
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degree to which	5
by the end	5
feature of the	5
social laser theory	5
l is the	5
adsorbed with an	5
there are some	5
the quality of	5
this special section	5
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growth of the	5
a key element	5
of social lasing	5
and drug sensor	5
it seems that	5
in energy demand	5
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at the moment	5
of greenhouse gases	5
of the lwcs	5
invest in renewables	5
by taking the	5
of emission of	5
the same procedure	5
same order of	5
the simulation results	5
of a pandemic	5
in the specific	5
time and the	5
for the period	5
during this period	5
lead to an	5
sensitivity of the	5
the nervous system	5
large part of	5
a means to	5
energy industrial strategy	5
of the c	5
a computational study	5
direct use of	5
drug with an	5
as the total	5
the node with	5
fossil fuel subsidies	5
to the target	5
in the catalytic	5
its ability to	5
such as wind	5
lawrence weston and	5
current situation of	5
european steel industry	5
this could be	5
development and diffusion	5
the building sector	5
the forwarder node	5
national and the	5
technologies and systems	5
different levels of	5
and access to	5
phase out coal	5
direction of the	5
synthesis of methanol	5
and use of	5
the adsorbent and	5
seen that the	5
oil prices and	5
the metabolic syndrome	5
the work of	5
the electronic properties	5
in clean energy	5
a gain medium	5
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energy cost for	5
a reduction of	5
on the new	5
point to the	5
industry and the	5
at all times	5
a large scale	5
available in the	5
sensitivity towards the	5
the energy demand	5
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the prediction accuracy	5
according to their	5
our understanding of	5
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the latter is	5
policy in iran	5
in drug delivery	5
charge transfer and	5
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fossil fuels in	5
a matter of	5
take place in	5
delivery systems for	5
by the same	5
solvent phase with	5
cause of the	5
leading to a	5
residential and commercial	5
for kw and	5
technology innovation system	5
s industry to	5
outdoor temperature is	5
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patterns of energy	5
and ecosystem engineering	5
by the american	5
of this method	5
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of technological innovation	5
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paper presented at	5
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power plants in	5
the neighbor list	5
the energy justice	5
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farmers in wales	5
of the maximum	5
to take place	5
in most of	5
the frequency of	5
a long time	5
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the electrification of	5
one needs to	5
of the art	5
high level of	5
intensity of the	5
so that the	5
energy as high	5
in the way	5
be achieved by	5
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of the g	5
to diversify into	5
the united nations	5
and many other	5
the gap between	5
in energy policy	5
of the spherical	5
a library of	5
in the dipole	5
the regime of	5
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concept of energy	5
an alternative to	5
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significant decrease in	5
with renewable energy	5
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located in the	5
in energy systems	5
new forms of	5
used to measure	5
about how to	5
implications for future	5
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positive value for	5
the circular economy	5
integration of iot	5
the high energy	5
flexibility of the	5
the limits to	5
and its implications	5
even though the	5
the proposed approach	5
old construction worker	5
after the lockdown	5
the tis approach	5
the possibility to	5
values in the	5
of restorative justice	5
the necessity of	5
total energy of	5
c bond length	5
which was confirmed	5
efficiency and the	5
to the national	5
the sense that	5
the electron trajectories	5
changes of the	5
power plants and	5
and surface properties	5
the coronavirus pandemic	5
this is because	5
of ecosystem energy	5
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refers to the	5
for sustainable energy	5
the widespread use	5
to generate a	5
van vugt et	5
insights into the	5
with energy consumption	5
a key role	5
reduction and the	5
of the public	5
is a very	5
play a crucial	5
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as an effective	5
which results in	5
to the state	5
the late s	5
aln and bn	5
of mepvc is	5
but also for	5