quadgram

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

quadgram	frequency
as shown in fig	69
in the case of	68
on the other hand	57
in the presence of	44
can be used to	43
severe acute respiratory syndrome	40
as well as the	37
for particles with diameter	36
it should be noted	35
it is important to	33
should be noted that	33
is shown in fig	33
on the surface of	29
the surface of the	29
the minimum sampling volume	29
the number of particles	29
the size of the	26
in the absence of	26
the size distribution of	26
in the range of	25
in thin sections of	24
the effect of the	24
which is shown in	24
the use of a	24
at the same time	24
have been shown to	23
is shown in table	23
studies have shown that	23
as a function of	23
is based on the	23
the velocity of the	23
as a result of	23
in the respiratory tract	22
it was found that	22
the air conditioning system	22
is one of the	21
flow rate of l	21
one of the most	21
airborne microorganisms and dust	20
is consistent with the	19
the length of the	19
to nm in diameter	19
in livestock production systems	19
of particles in the	19
with respect to the	18
it is necessary to	18
it is obvious that	18
microorganisms and dust in	18
size distribution of the	18
rate of l s	18
minutes at room temperature	17
particle concentration in the	17
for minutes at room	17
in the form of	17
rift valley fever virus	17
a large number of	17
in vitro and in	17
it is difficult to	16
the ability of the	16
it is known that	16
vitro and in vivo	16
in the field of	16
it has been shown	16
it is possible to	16
around the isoelectric point	16
the pressure drop of	15
reprinted with permission from	15
of the sampling tube	15
of the respiratory tract	15
occupational safety and health	15
the diameter of the	15
and the number of	14
in the united states	14
for the purification of	14
the relationship between the	14
by negative stain iem	14
a wide range of	14
on the basis of	14
a function of the	14
a flow rate of	14
on the order of	14
of defective interfering particles	14
been shown to be	14
in addition to the	14
the dv flow rate	14
the total number of	14
play an important role	13
fraction of particles that	13
venezuelan equine encephalitis virus	13
it is shown that	13
the presence of a	13
the particle counter with	13
the collection efficiency of	13
the particle size distribution	13
with diameter less than	13
defective interfering particles of	13
the nature of the	13
has been shown that	13
in negatively stained preparations	13
the fraction of particles	13
the beginning of the	13
particles with diameter less	13
the exhaled breath of	13
is the same as	13
it can be seen	13
can be found in	13
of microorganisms and dust	12
was found to be	12
can be used as	12
was found that the	12
the biological effects of	12
of particles that exit	12
used to determine the	12
to ensure that the	12
to be taken into	12
of the number of	12
the human respiratory tract	12
it has been reported	12
p is the particle	12
of influenza a virus	12
the influence of the	12
in the operating room	12
particle distribution at t	12
of the buoyant flow	12
have been found to	12
for the detection of	12
for the purpose of	12
in the vicinity of	12
large sampling flow rate	12
thin sections of infected	12
the risk of infection	12
in terms of the	12
a wide variety of	12
and dust in livestock	12
particle deposition in the	11
can be used for	11
can be applied to	11
is more likely to	11
middle east respiratory syndrome	11
for the production of	11
distance between the occupants	11
are shown in table	11
smaller than that of	11
of the exhaled jet	11
are shown in fig	11
the results of the	11
with diameter larger than	11
the ratio of the	11
has been shown to	11
at the beginning of	11
the efficiency of the	11
the deposition of particles	11
can be expressed as	11
is the number of	11
the particle counting efficiency	11
be noted that the	11
to the presence of	11
the vicinity of the	11
an important role in	11
particle distribution and deposition	11
is assumed to be	11
the particle concentration in	11
have been carried out	11
scanning mobility particle sizer	11
in the context of	11
of air filter is	11
of the nanotrap particles	11
be taken into account	11
the directed velocity v	10
is much larger than	10
the height of the	10
the variation with time	10
mg of nt ml	10
glass fibrous filter paper	10
the area of the	10
particles formed in the	10
sections of infected cells	10
of particles with diameter	10
the fact that the	10
of air cleaning technology	10
the presence of the	10
of the exposed person	10
with large sampling flow	10
who has granted medrxiv	10
medrxiv a license to	10
the resistance of the	10
the complexity of the	10
can be seen in	10
by the use of	10
reproductive and respiratory syndrome	10
not certified by peer	10
nt ml of sample	10
d p is the	10
is the author funder	10
with a diameter of	10
the density of the	10
that exit the system	10
display the preprint in	10
it is shown in	10
the variation of the	10
a major role in	10
from the perspective of	10
particle counter with large	10
which was not certified	10
as shown in table	10
could be used to	10
by a factor of	10
is related to the	10
the spray drying process	10
as compared to the	10
a license to display	10
masks or face coverings	10
porcine reproductive and respiratory	10
particles with diameter larger	10
in the breathing zone	10
of particles on the	10
has granted medrxiv a	10
the smaller the particle	10
granted medrxiv a license	10
was not certified by	10
for the case of	10
the preprint in perpetuity	10
at the breathing level	10
of particle size in	10
to display the preprint	10
certified by peer review	10
has been reported that	10
license to display the	10
variation with time of	10
at a distance of	10
particles that exit the	10
with the increase of	10
the direction of the	10
a result of the	10
the influence of nanoparticles	10
is a function of	10
ratio of nps to	10
were processed in parallel	10
of nt ml of	10
the rest of the	10
of vesicular stomatitis virus	10
transport and diffusion of	9
will be discussed in	9
is dependent on the	9
have been used to	9
the particle and the	9
and respiratory syndrome virus	9
of the minimum sampling	9
of the particle diameter	9
the geometry of the	9
in the present study	9
in the room with	9
on the particle size	9
it has been demonstrated	9
m away from the	9
relative humidity on the	9
american conference of governmental	9
counter with large sampling	9
particles were seen in	9
h n and h	9
can be written as	9
it is possible that	9
to take into account	9
and size distribution of	9
the distance between the	9
and characterization of a	9
the particles and the	9
particles at fluid interfaces	9
flow rate of the	9
have the potential to	9
distribution and deposition in	9
the position of the	9
particle transport and deposition	9
from exhalation to inhalation	9
to the size of	9
for the development of	9
and quantitated by qrt	9
preprint this version posted	9
airflow and particle transport	9
the source of the	9
washed times with water	9
the copyright holder for	9
the case of the	9
the negative mobility effect	9
the pressure drop is	9
of rift valley fever	9
of this study is	9
this version posted july	9
holder for this preprint	9
that are able to	9
the static bias f	9
prevent the spread of	9
of airborne transmission of	9
as a source of	9
the breathing level of	9
a function of particle	9
the mechanics of aerosols	9
the same as that	9
dv flow rate of	9
on the indoor environment	9
as shown in figure	9
can be attributed to	9
are summarized in table	9
for this preprint this	9
breathing level of the	9
the center of the	9
china academy of building	9
a systematic review and	9
was assumed to be	9
transition from exhalation to	9
copyright holder for this	9
velocity of the buoyant	9
be attributed to the	9
level of the exposed	9
the flow rate of	9
velocity of m s	9
transmission of infectious agents	9
particle size distribution of	9
purification of virus particles	9
has been found to	9
this preprint this version	9
n and h n	9
viral rna was extracted	9
interfere with the replication	8
of nanoparticles on the	8
droplets expelled from the	8
editing and approval of	8
can be seen that	8
of defective viral genomes	8
of the particles in	8
a m a m	8
dust in livestock production	8
for each of the	8
take into account the	8
for occupational safety and	8
is the gravitational acceleration	8
can also be used	8
for a range of	8
for the study of	8
for the particle counter	8
effects of carbon nanotubes	8
temperature and relative humidity	8
and approval of the	8
of nps to excipient	8
systematic review and meta	8
deposition in indoor environments	8
in accordance with the	8
in the course of	8
the lower floors of	8
formed in the gas	8
in the process of	8
beginning of the operation	8
it is easy to	8
is proportional to the	8
may be due to	8
conference of governmental industrial	8
used to measure the	8
the severe acute respiratory	8
the order of particles	8
of the filter cake	8
airborne bacteria and fungi	8
the mass fraction of	8
of severe acute respiratory	8
the edges of the	8
efficiency particulate air filter	8
national institute for occupational	8
the airflow and particle	8
has been demonstrated that	8
with time of the	8
have been used in	8
sc and fl signals	8
was added to the	8
the use of the	8
of the particle concentration	8
of the final manuscript	8
can be obtained with	8
chronic obstructive pulmonary disease	8
airborne transmission of infectious	8
is the drag coefficient	8
we were able to	8
in the indoor environment	8
institute for occupational safety	8
surgical smoke in the	8
approval of the final	8
collection efficiency of the	8
each of the three	8
in the gas phase	8
particles in thin sections	8
of airborne bacteria and	8
the filter cake is	8
an order of magnitude	8
are more likely to	8
on the use of	8
influence of nanoparticles on	8
particles are capable of	8
in the development of	8
is the ratio of	8
of the appearance of	8
as well as in	8
the course of the	8
of infectious agents in	8
in the number of	8
is the particle diameter	8
reuse allowed without permission	8
of airborne microorganisms and	8
of the order of	8
deposition of particles on	8
in the fend study	8
due to the presence	8
with the replication of	8
the development of a	8
in the treatment of	8
of governmental industrial hygienists	8
of the bioaerosol sampler	8
to the surface of	8
the purpose of this	8
to the fact that	8
the bottom of the	8
the sampling flow rate	8
the microbiology of the	8
viral rna extraction kit	8
no reuse allowed without	8
at a concentration of	8
the particle loss rate	8
is close to the	8
used in this study	8
academy of building research	8
the indoor air quality	8
in the size range	8
particles in exhaled air	8
in the flow field	8
will not be introduced	7
to describe the particle	7
plaque assays were performed	7
that can be used	7
according to the above	7
from one or to	7
the health effects of	7
suspended in the air	7
based on the results	7
mm particles in diameter	7
in agreement with the	7
has to be taken	7
for particles less than	7
this article is protected	7
of secondary airborne infection	7
was used for the	7
for the first time	7
the total particle number	7
from inhalation to exhalation	7
and the influence of	7
expelled from the human	7
is the velocity of	7
human respiratory tract during	7
the percentage of particles	7
the lower respiratory tract	7
to be used in	7
role of particle size	7
the air exchange rate	7
particle deposition and distribution	7
infection prevention and control	7
in the direction of	7
in comparison to the	7
the difference between the	7
the field of view	7
from the human respiratory	7
from the viewpoint of	7
of venezuelan equine encephalitis	7
the case of student	7
transmission of influenza a	7
the room without air	7
tract during expiratory activities	7
the range of the	7
of a number of	7
understanding the risk of	7
decay of airborne microorganisms	7
the particles in the	7
to the development of	7
effect of relative humidity	7
it has also been	7
are shown in figure	7
is the case of	7
a displacement ventilated room	7
of droplets expelled from	7
the spread of infection	7
drop of air filter	7
compared to the case	7
one of the main	7
of the interaction between	7
of the most important	7
the biological decay of	7
is protected by copyright	7
penetration coefficient and deposition	7
the risk of secondary	7
with time and distance	7
to editing and approval	7
and deposition in indoor	7
the addition of a	7
and negative stain iem	7
range of particle sizes	7
of particles deposited on	7
for the delivery of	7
was extracted from the	7
the ratio of nps	7
size distribution and sites	7
are listed in table	7
the edge of the	7
is defined as the	7
in the air and	7
the horizontal sampling tube	7
the results show that	7
the particle size and	7
we note that the	7
in order to quantify	7
research is needed to	7
nanotrap particles are capable	7
has also been shown	7
size distribution of particles	7
remain suspended in the	7
with the exception of	7
the development of the	7
on the variation with	7
the or and the	7
in the present work	7
measurement of airborne particles	7
respiratory tract during expiratory	7
linearly proportional to the	7
the objective of this	7
function of particle size	7
the concentration of the	7
of the particle and	7
which can be used	7
similar to that of	7
on top of the	7
is used as the	7
much larger than that	7
which is consistent with	7
the interaction of particles	7
pressure drop of filter	7
most of the particles	7
used to detect the	7
toward understanding the risk	7
without nt were processed	7
distribution and sites of	7
rna was extracted from	7
acute respiratory syndrome coronavirus	7
emission of respirable pathogens	7
droplets or particles generated	7
risk of secondary airborne	7
iem can be used	7
aerosol transmission of influenza	7
efficiency for particles with	7
due to the fact	7
normalized concentration at the	7
the normalized concentration at	7
the stability of the	7
transition from inhalation to	7
for the appearance of	7
a broad range of	7
concentration and size distribution	7
be deposited in the	7
the allowable tube length	7
particles are able to	7
in the built environment	7
nm in diameter and	7
nt were processed in	7
in order to prevent	7
the majority of the	7
the sampling volume is	7
article is protected by	7
have been reported in	7
are capable of capturing	7
at the university of	7
particles in the air	7
in order to understand	7
are to nm in	7
of a surgical mask	7
the lower limit of	7
is the air velocity	7
the increase of pressure	7
in good agreement with	7
the role of particle	7
well viral rna extraction	7
increases with the increase	7
of defective interfering rnas	7
concentration at the breathing	7
be found in the	7
to account for the	7
pressure drop of air	7
sites of origin of	7
of droplets or particles	7
the vast majority of	7
in indoor environments with	7
of the surrounding interface	7
the magnitude of the	7
likely due to the	7
fluid and biological interfaces	7
a strong immune response	7
particles less than nm	7
in whole human blood	6
plays an important role	6
particles are found in	6
brownian diffusion and electrostatic	6
in control volume i	6
is shown in the	6
the duration of the	6
the same as the	6
this study is that	6
nanoparticles and the environment	6
biological effects of carbon	6
of virus particles and	6
size of the particle	6
in the upper airways	6
different parts of the	6
volume per unit membrane	6
interaction of particles with	6
order to quantify the	6
than that of the	6
for a spherical particle	6
and the amount of	6
in the near field	6
is also used to	6
particles in the range	6
of aerosol transmission of	6
to the effect of	6
velocity of the particle	6
by the presence of	6
hazards of surgical smoke	6
and respiratory pathogen emissions	6
may be used to	6
and distance between the	6
where f is the	6
the central nervous system	6
a review of the	6
the rate of particle	6
cough velocity of m	6
seems to be a	6
number of petri dishes	6
a dv flow rate	6
the generation of dvgs	6
gas clouds and respiratory	6
it is shown from	6
proportional to d p	6
weight of deposited particles	6
the entrance of the	6
of influenza virus particles	6
in order to reduce	6
and the effect of	6
particles smaller than nm	6
like particles associated with	6
of the same size	6
average specific filtration resistance	6
this suggests that the	6
permeate flux u is	6
large eddy simulation of	6
the viability of the	6
particles of a size	6
tested the ability of	6
the dispersion of particles	6
the aerosol transmission of	6
with no device use	6
as a model for	6
the mass flow rate	6
the mass concentration of	6
with the effect of	6
it is found that	6
standard deviation of triplicate	6
ventilation in airborne transmission	6
effects of nanoparticles on	6
the end of the	6
it is reasonable to	6
in the exhaled breath	6
time detection of airborne	6
fast emergency nasal defense	6
from the respiratory tract	6
safety and health administration	6
the particle deposition velocity	6
increase of pressure drop	6
drug and gene delivery	6
have to be considered	6
of healthy human subjects	6
with decreasing particle diameter	6
be calculated with the	6
the fluorescence intensity of	6
standard dust holding capacity	6
of the present work	6
the sum of the	6
the average specific filtration	6
the spread of droplets	6
size in aerosolised pathogen	6
during transition from inhalation	6
particle dispersion and deposition	6
is proportional to d	6
use of nanotrap particles	6
with the increase in	6
with the particle size	6
biological decay of airborne	6
at china academy of	6
extracted from the particles	6
infectious agents in the	6
i is the particle	6
the relationship between nanoparticles	6
at the membrane surface	6
between nanoparticles and the	6
the size range of	6
in front of the	6
the efficiency of air	6
of particle diameter on	6
carbon particles formed in	6
are included in the	6
the particles were then	6
in the alveolar region	6
of the viral particles	6
source of airborne microorganisms	6
of air filter in	6
and sites of origin	6
particle penetration and transport	6
of origin of droplets	6
the sampling tube is	6
floors of the building	6
the impact of outdoor	6
in order to assess	6
science and technology press	6
plane with diameter cm	6
distribution of the particles	6
the wearing of masks	6
it has been suggested	6
is necessary to use	6
the authors declare that	6
by means of a	6
fraction of the total	6
during transition from exhalation	6
the permeate flux u	6
of the particles are	6
attention should be paid	6
and transport in a	6
the use of nanotrap	6
origin of droplets expelled	6
the middle of the	6
used to represent the	6
larger than that of	6
coefficient and deposition rate	6
animals were exposed to	6
clouds and respiratory pathogen	6
standard deviation of the	6
is expected to be	6
have been detected in	6
the flow rate is	6
or particles generated by	6
detection of airborne microorganisms	6
a role in the	6
several tens of thousands	6
results show that the	6
of expiratory droplets in	6
compared with no device	6
the most widely used	6
with the following expression	6
short period of time	6
also be used to	6
particles with sizes of	6
with or without nt	6
are strongly influenced by	6
has the potential to	6
it remains to be	6
heilongjiang science and technology	6
hepatitis b surface antigen	6
in order to obtain	6
is a kind of	6
a significant impact on	6
has been suggested that	6
transmission of infectious diseases	6
in the same manner	6
indoor air quality and	6
have been observed in	6
room without air supply	6
of the concentration of	6
propagation of the exhaled	6
the weight of deposited	6
for particle with diameter	6
remains to be determined	6
virus defective interfering particles	6
at room temperature and	6
pressure drop of structure	6
the need for appropriate	6
it is interesting to	6
the number concentration of	6
is obvious that the	6
from a number of	6
more likely to occur	6
of the severe acute	6
the dust collecting plate	6
we found that the	6
the distribution of particles	6
between the or and	6
effect of sampling time	6
can be detected in	6
role of ventilation in	6
particle load in the	6
exposure to air pollution	6
to the exhaled breath	6
exposed to the exhaled	6
of this kind of	6
for a long time	6
quantitative polymerase chain reaction	6
that they have no	6
are presented in table	6
the location of the	6
will be introduced in	6
much smaller than the	6
at the end of	6
is less than the	6
results are shown in	6
when the number of	6
in airborne transmission of	6
particle size in aerosolised	6
where n is the	6
fraction of suspended particles	6
with the size of	6
and measurement of airborne	6
the particle concentration is	6
there have been no	6
in the nanocomposite microparticles	6
of the contact line	6
of droplets in the	6
one or to another	6
relationship between nanoparticles and	6
with the number of	6
the performance of the	6
reduce the risk of	6
the hazards of surgical	6
studies have been carried	6
the air velocity is	6
turbulent gas clouds and	6
it is known from	6
during the ophthalmic examination	6
to the air conditioning	6
this is consistent with	6
exposure to surgical smoke	6
the safety of nanoparticles	6
the world health organization	6
per unit membrane area	6
the room with air	6
air conditioning system is	6
droplets and droplet nuclei	6
is the mass concentration	6
between the particles and	6
no conflict of interest	6
a significant increase in	6
sampling flow rate is	6
the plane with diameter	6
of ventilation in airborne	6
that the smaller the	6
dependent on particle size	6
geometric and dynamic parameters	6
of the nanocomposite microparticles	6
of deposited particles is	6
the air change rate	6
of hazardous airborne particles	6
we could get the	6
smaller the particle diameter	6
the filter paper is	6
is attributed to the	6
the filtration efficiencies of	6
factors involved in the	6
the deposition loss rate	6
be expressed as where	6
on the survival of	6
the appearance of particle	6
to the complexity of	6
agents in the built	6
the particle distribution in	6
the percentage of particle	6
it is clear that	6
for a dv flow	6
buoyant flow along the	6
the buoyant flow along	6
of surgical smoke in	6
in the nm to	6
in aerosolised pathogen transmission	6
as is the case	5
the size of a	5
has been used to	5
is the area of	5
were found in the	5
of the built environment	5
airborne particles in the	5
is the particle number	5
in terms of particle	5
experimental airborne transmission of	5
be due to the	5
immediately at the mouth	5
between the number of	5
as pointed out in	5
or can we prevent	5
the viral nature of	5
collected by centrifugation and	5
the presence or absence	5
when the door is	5
at a flow rate	5
during the process of	5
resistance of the filter	5
room with air supply	5
have an effect on	5
the mouth of the	5
the particles on the	5
agency for research on	5
the effect of particle	5
in the generation zone	5
with viral supernatants containing	5
remain suspended in air	5
bioaerosols in indoor environment	5
andersen six stage impactor	5
in the late s	5
the particle loss by	5
the minimum number of	5
kit and quantitated by	5
minimum sampling volume was	5
distribution of particles in	5
and exfiltrates from the	5
in the sampling volume	5
negative stain electron microscopy	5
p r o o	5
to find out the	5
on the indoor air	5
the turbulent kinetic energy	5
that the particles are	5
incubated with nt for	5
is slightly larger than	5
an increase in the	5
bound to the nanotrap	5
organized and designed the	5
negative stain iem can	5
on the stability of	5
transport of droplets or	5
it was shown that	5
we prevent the spread	5
have been found in	5
in a displacement ventilated	5
can be used in	5
nanoparticles on the environment	5
which will not be	5
impact of outdoor particles	5
be introduced in chap	5
efficiency with particle diameter	5
the cbpf plot of	5
is due to the	5
it was reported that	5
of the total number	5
was used to determine	5
of the relationship between	5
used to describe the	5
a simple surgical mask	5
has been developed to	5
in the last years	5
to jurisdictional claims in	5
onto the surface of	5
the respiratory tract is	5
the air purifier was	5
for drug delivery and	5
exposure in displacement ventilated	5
breath of the infected	5
is shown from the	5
the concentration of airborne	5
particles with the same	5
published maps and institutional	5
particle sizer and an	5
is much less than	5
is the particle concentration	5
the design of the	5
at fluid and biological	5
personal exposure in displacement	5
in human exhaled breath	5
of relative humidity on	5
calculated according to the	5
that in order to	5
be affected by the	5
of particles in a	5
acting on the particles	5
a l p r	5
distribution of droplets in	5
at the bottom of	5
of nt particles to	5
in displacement ventilated rooms	5
in contrast to the	5
in the upper acini	5
counting efficiency for particles	5
penetration e ciency through	5
detected by electron microscopy	5
air changes per hour	5
of particles at interfaces	5
is observed in the	5
according to the particle	5
air filters in series	5
a spherical particle with	5
rvfv was spiked into	5
could get the following	5
inflammation and oxidative stress	5
of the small intestine	5
with nt for minutes	5
the extent of the	5
order to understand the	5
with regard to jurisdictional	5
m particles in figure	5
expiration air jets and	5
previous studies have shown	5
times with water and	5
can be calculated with	5
is caused by the	5
and surface stability of	5
of virus particles are	5
or and the hallway	5
are considered to be	5
a part of the	5
hvac at china academy	5
of the stability of	5
the inhaled dose during	5
contributed to editing and	5
in the current study	5
evidence of airborne transmission	5
this is called the	5
vicinity of the patient	5
differences in number of	5
the secondary vortex ring	5
particles can also be	5
of hvac at china	5
at each time point	5
papillomavirus in the vapor	5
this work was supported	5
is shown in figure	5
particles have been seen	5
through the air conditioning	5
size distribution of airborne	5
degree of particle sizes	5
in order to avoid	5
effect of the dv	5
can give rise to	5
this kind of filter	5
in the vapor of	5
was applied to a	5
under the effect of	5
which is related to	5
particles are likely to	5
decay of the exhaled	5
been reported that the	5
the concentrations of the	5
each stage of the	5
the concentration degree of	5
to the particle size	5
the resulting flow patterns	5
and the duration of	5
and gene therapy vectors	5
of pressure drop of	5
r n a l	5
compared with that of	5
contains a variety of	5
adapted with permission from	5
when the particle counting	5
the presence of viral	5
sizer and an aerosol	5
have no conflict of	5
a specific straight duct	5
a significant effect on	5
concentration of particles in	5
inferring from the results	5
the presence of nt	5
highlights the need for	5
to be an important	5
of some of the	5
number of particle trajectories	5
is important to note	5
not included in the	5
the probability for the	5
for the simulation of	5
the difference in the	5
mobility particle sizer and	5
a small amount of	5
nature remains neutral with	5
multivariate analysis of variance	5
institute of hvac at	5
used to assess the	5
size distribution in the	5
efficiency for particle diameter	5
the spatial and temporal	5
flow rate through the	5
infiltration of outdoor air	5
conditioning system is running	5
deposition in the respiratory	5
to be able to	5
springer nature remains neutral	5
authors declare that they	5
or without nt particles	5
of the external harmonic	5
ranging from to nm	5
be used to predict	5
bacteria and fungi in	5
to the rest of	5
was determined to be	5
be written as where	5
with a smooth surface	5
of indoor aerosol particle	5
sampling tube should be	5
in a typical synthesis	5
when playing the vuvuzela	5
after h of incubation	5
the start of the	5
that the use of	5
of the particle counter	5
density of the particle	5
be obtained from the	5
bends and behind bends	5
surface stability of sars	5
exhaled breath of the	5
the limit of detection	5
this is the first	5
washed three times with	5
number of sampling points	5
the nose and mouth	5
rna extraction kit and	5
in the center of	5
distance of the flow	5
regard to jurisdictional claims	5
the template was removed	5
in a decrease in	5
the size and concentration	5
from the or to	5
plays a major role	5
to be capable of	5
airborne particle concentration in	5
size distributions immediately at	5
as illustrated in fig	5
in the previous section	5
aerosol and surface stability	5
jets and droplet size	5
the number of deposited	5
as the percentage of	5
nt for minutes at	5
the transport and diffusion	5
the use of laf	5
to the case with	5
characterization of expiration air	5
has also been reported	5
is in agreement with	5
all over the world	5
variation of the ipe	5
potential implications for reducing	5
a significant role in	5
be obtained with the	5
the present work is	5
the concept of the	5
average horizontal distance of	5
at the mouth opening	5
horizontal distance of the	5
new particle formation in	5
are deposited on the	5
of the human lung	5
template was removed as	5
the external harmonic driving	5
and most of the	5
particles emitted from a	5
on the one hand	5
distribution of the ablated	5
to that of the	5
the interaction of single	5
it is called the	5
of the indoor environment	5
particles of the same	5
parallel to the membrane	5
the average horizontal distance	5
implications for reducing transmission	5
concentration of the target	5
from the particles with	5
in the lung and	5
for reducing transmission of	5
as a continuous phase	5
particle transport in enclosed	5
of a series of	5
is greater than the	5
in the cytoplasm and	5
with the help of	5
before and after spray	5
in the production of	5
in the air of	5
declare that they have	5
to no device use	5
particle counting efficiency for	5
rabbit hemorrhagic disease virus	5
of the nt particles	5
can be classified into	5
the average concentration in	5
of the infected animals	5
of host cell dna	5
u r n a	5
in the following sections	5
the surface morphology of	5
metals such as iron	5
is illustrated in fig	5
to reduce the risk	5
presence or absence of	5
international agency for research	5
be used for the	5
of the normalized concentration	5
should not be used	5
order to find out	5
probability for the appearance	5
and after spray drying	5
the immune response to	5
is likely due to	5
the propagation of the	5
been found to be	5
to the square of	5
with and without nt	5
and personal protective equipment	5
with the use of	5
droplets in the exhaled	5
at a rate of	5
at each time step	5
on the vlp surface	5
objective of this study	5
two orders of magnitude	5
a cough velocity of	5
was supported by the	5
of bacteria and fungi	5
deposition of particles in	5
it is seen that	5
of deposition velocity behind	5
the settling velocity of	5
of the negative mobility	5
activity of the sirna	5
jurisdictional claims in published	5
the equation of motion	5
by negative staining and	5
is used for the	5
aspect ratio b a	5
assays were performed to	5
exfiltrates from the upper	5
it may be possible	5
should be paid to	5
size distribution of droplets	5
maps and institutional affiliations	5
for research on cancer	5
specific straight duct section	5
sampling and analysis of	5
the upper concentration limit	5
indoor environments with a	5
the total inhaled dose	5
is a way to	5
for ellipsoidal particles with	5
as in the case	5
are used for the	5
the penetration e ciency	5
can we prevent the	5
of airborne influenza virus	5
in order to minimize	5
outdoor particle penetration and	5
have the ability to	5
have been used for	5
developed in order to	5
particles of vesicular stomatitis	5
relative humidity and temperature	5
dried in a desiccator	5
provides an overview of	5
the distance from the	5
droplet size distributions immediately	5
the lower part of	5
the decrease of particle	5
capable of capturing and	5
m s during s	5
plays a role in	5
a multidisciplinary systematic review	5
and infiltration of outdoor	5
n a l p	5
development of vlp vaccines	5
extraction kit and quantitated	5
can be clearly seen	5
fate in indoor environments	5
in the same way	5
the aerodynamic particle size	5
of particle size distribution	5
the movement of particles	5
incubated with viral supernatants	5
is the same for	5
the straight duct behind	5
the first and second	5
significant effect on the	5
the sirna extracted from	5
diameter of the particle	5
in published maps and	5
has been used for	5
delivery and gene therapy	5
that there may be	5
also been shown to	5
the development of vlp	5
more likely to be	5
rate of l min	5
nanoparticles deposited in the	5
small sampling flow rate	5
with the addition of	5
of escherichia coli o	5
distributions immediately at the	5
used to calculate the	5
is the radius of	5
and designed the studies	5
the hazard assessment of	5
and the other is	5
claims in published maps	5
submitted as part of	5
was used as a	5
drug delivery and gene	5
the transport of droplets	5
on the plane with	5
an aerosol particle sizer	5
indoor air quality in	5
the trouble caused by	5
particles with respect to	5
a high concentration of	5
regions of the respiratory	5
be explained by the	5
with and without a	5
of the use of	5
particles were detected in	5
r o o f	5
stain iem can be	5
by the type of	5
in air cleaning technology	5
same as that of	5
to surgical smoke in	5
that the toxicity of	5
the concentration of particles	5
in such a way	5
diameter of less than	5
to determine the particle	5
length of the sampling	5
the level of the	5
deposition and distribution in	5
exposure of the laryngoscopist	5
of the exhaled particles	5
particles with a diameter	5
of particle size on	5
over a long period	5
that some of the	5
in bends and behind	5
be the cause of	5
the temperature of the	5
concentration is less than	5
surface temperature of the	5
been shown to have	5
number of particles deposited	5
sirna extracted from the	5
e loss of bioefficiency	5
u is the air	5
be seen in fig	5
the sensitivity of the	5
of the viral envelope	5
due to the difference	5
in mice and rats	5
of the or table	5
and severe acute respiratory	5
and droplet size distributions	5
the bioefficiency of the	5
j o u r	5
not be introduced here	5
diffusion of hazardous airborne	5
while the air conditioning	5
vlps formed by the	5
time of the normalized	5
of m s during	5
exhaled breath of healthy	5
particle size distribution is	5
of outdoor particles on	5
and the pressure drop	5
were exposed to the	5
during the spray drying	5
the air in the	5
have been described in	5
by the thermal plume	5
of expiration air jets	5
remains neutral with regard	5
particles are to nm	5
during peak inhalation exhalation	5
modeling particle distribution and	5
air jets and droplet	5
there was no significant	5
are present in the	5
in the or is	5
neutral with regard to	5
l p r e	5
number of deposited particles	5
important to note that	5
effect of the particle	5
the increase in the	5
to the spread of	5
from the use of	5
influenza a and b	5
for the selection of	5
is the length of	5
to the nanotrap particles	5
transmission of the severe	5
in the surgical suite	5
the orientation of the	5
by a combination of	5
and an aerosol particle	5
and diffusion of hazardous	5
above the manikin head	5
environments with a new	5
o u r n	5
when the air velocity	5
are consistent with the	5
they concluded that the	5
the breathing zone of	5
to be the most	5
the or to the	5
total number of particles	5
the extent to which	5
as compared with sars	5
breath of healthy human	5
hand side of the	5
are found in the	5
possibility of dust explosion	5
of particle deposition in	5
in order to find	5
droplet fate in indoor	5
dust in livestock houses	5
type i surgical mask	5
and the use of	5
the ability of nt	5
the indoor particle concentration	5
in the future to	5
external force applied to	4
in a recent study	4
a laser particle counter	4
of gene therapy vectors	4
rate of increase of	4
buoyant flow near the	4
the greatest reduction in	4
ratio per cross dimension	4
play a significant role	4
carried out in a	4
particles with diameter equal	4
it should be emphasized	4
of the straight duct	4
dust holding capacity is	4
be seen that the	4
at home and abroad	4
exposed person and the	4
with a flow rate	4
sequestered in the mmt	4
order to assess the	4
it is worth noting	4
important role in the	4
negative stain iem was	4
in different indoor environments	4
the mask and the	4
lower floors of the	4
of glass fibrous filter	4
nature of these particles	4
the assessment of the	4
n is the particle	4
or nucleic acids in	4
enclosure line of pollution	4
in the generation of	4
it is impossible to	4
for up to h	4
sampling was undertaken using	4
the flow front was	4
efficiency dependent on particle	4
the contribution of outdoor	4
in its most compact	4
particle conversion of low	4
d a d b	4
the case of an	4
the importance of the	4
can be achieved by	4
but it is not	4
of increase of the	4
sector inductively coupled plasma	4
wells for each condition	4
virus particles in the	4
patients from regions with	4
of respiratory syncytial virus	4
such fine particles are	4
there are several types	4
of the particles and	4
c i is the	4
demonstrate the ability of	4
the centerline of the	4
hydration of the surface	4
negatively stained particles are	4
the direction of flow	4
without the addition of	4
and turbulence in enclosed	4
compared to the other	4
one of the reasons	4
g is the gravitational	4
the particle settling velocity	4
particles generated by respiratory	4
influence of particle diameter	4
in viral shedding observed	4
for the use of	4
deposition loss rate is	4
size and the duration	4
clay and glass particles	4
in the boundary layer	4
deposition ratio per cross	4
reach the human nose	4
strains h n and	4
in the head and	4
to the formation of	4
tc was diluted to	4
the increase of the	4
lognormal probability graph paper	4
can be explained by	4
laser particle counter and	4
the actual separation velocity	4
of nanoparticles contained in	4
shows the details of	4
contributed to the data	4
were collected by centrifugation	4
are given in table	4
vaccines and gene therapy	4
particle concentration and deposition	4
the care and use	4
in the aerosol transmission	4
the basis of the	4
technology and its application	4
microorganisms and dust are	4
for the quantum dots	4
and reproduction in any	4
with the same velocity	4
the i o ratios	4
with the nanotrap particles	4
by respiratory system indoors	4
flow rate and the	4
the average diameter of	4
and the particle diameter	4
clogging of the membrane	4
can be simplified as	4
and deposition in different	4
can be divided into	4
the viral rna was	4
of the particle is	4
of geometric and dynamic	4
particles have been observed	4
particles were incubated with	4
significant increase in the	4
a combination of acids	4
needs to be carefully	4
presence of viral dna	4
is affected by the	4
which is difficult to	4
of a wide range	4
for prolate ellipsoidal particles	4
ratio behind a bend	4
from coblation and electrocautery	4
was used as the	4
the particles or droplets	4
as one of the	4
can be considered as	4
the potential to cause	4
particle size in the	4
play a role in	4
spherical and ellipsoidal particles	4
this is because the	4
on the transport and	4
particle concentrations in the	4
thought to be a	4
is modelled as a	4
diameter on dust explosion	4
to determine the concentration	4
a new eulerian model	4
droplet dispersion and transport	4
have been seen in	4
in the opposite direction	4
is capable of capturing	4
is likely to be	4
curve for with particle	4
are expected to be	4
its most compact state	4
is much smaller than	4
were calculated using the	4
to several hundred thousands	4
triplicate wells for each	4
increase in the number	4
of the laf system	4
the fraction of suspended	4
that the majority of	4
fundamentals of air cleaning	4
be used as a	4
factor of deposition velocity	4
the brownian force per	4
of outdoor air pollution	4
calculated with the following	4
of electron microscopy in	4
it should be considered	4
surface morphology of the	4
outbreak of severe acute	4
we can see that	4
in the transmission of	4
particles with interfaces and	4
the volume of the	4
the generation of nanoparticles	4
to interfere with the	4
have a significant impact	4
nanoparticles of transition metals	4
capture and enrichment of	4
the effectiveness of non	4
in mice infected with	4
particles were capable of	4
can be derived from	4
counters with medium and	4
particles were tested in	4
side of the figure	4
of the working environment	4
the absence of any	4
the identity of the	4
turbulence in enclosed environments	4
has to be considered	4
the time needed for	4
of the particles was	4
of temperature and relative	4
dispersion of particles from	4
the buoyant flow near	4
the advanced treatment of	4
straight duct behind a	4
from the above analysis	4
be included in the	4
particles are more likely	4
microscopy and statistical modelling	4
purification of adenoviral vectors	4
resistance of the membrane	4
the american conference of	4
in the operating theatre	4
the efficiency with particle	4
for days at doses	4
the initial pressure drop	4
needs to be paid	4
the safety of the	4
of genetic engineering techniques	4
up to h at	4
of pseudomonas aeruginosa in	4
is strongly influenced by	4
relationship between efficiency and	4
the spread of covid	4
the surface layers of	4
contribution of outdoor air	4
explosion is more likely	4
a diameter of less	4
during the first stage	4
the particle reynolds number	4
passing them through a	4
be considered according to	4
is not observed for	4
surfaces in the room	4
particle distribution resulting from	4
the settling velocity is	4
control of ventilation in	4
size of nvr particles	4
is smaller than that	4
the effect of opening	4
be used to detect	4
van der waals forces	4
a peak diameter of	4
more particles than no	4
and relative humidity on	4
air quality and climate	4
the surface temperature of	4
from the beginning of	4
of the sirna was	4
wastewater reclamation and reuse	4
with a new drift	4
the shape of the	4
main bronchus that enters	4
inside the sampling tube	4
is an example of	4
figure of concentration field	4
transmission of infection and	4
isokinetic sampling is needed	4
layers of the protein	4
of the interaction of	4
the upper limit of	4
host cell dna and	4
aid in establishing public	4
and washed times with	4
ventilated by dv system	4
micron and submicron particles	4
the transmission dynamics of	4
changes in source contributions	4
has also been used	4
is a matter of	4
as opposed to the	4
as far away as	4
in order to identify	4
ventilated rooms by numerical	4
a good example of	4
higher than that of	4
three times with ml	4
persons in the or	4
e genomic copies per	4
the range of nm	4
considered in this study	4
a large or suite	4
used for the simulation	4
n is the number	4
with the formation of	4
to the normal distribution	4
over a range of	4
of the original value	4
the side of the	4
combustion exhaust gases are	4
the rate at which	4
can be treated as	4
and in some cases	4
for wastewater reclamation and	4
studies have been conducted	4
and qualitative particle load	4
the room through the	4
it is also called	4
were made after the	4
c is the mass	4
under the influence of	4
survival of escherichia coli	4
where u is the	4
subject to working environment	4
of the particle size	4
caught in the mask	4
the study of the	4
the multiplication of the	4
the surface of a	4
different air cleanliness levels	4
cleanrooms and associated controlled	4
techniques have been applied	4
is equal to the	4
they can also be	4
to health care workers	4
particles are deposited in	4
for the majority of	4
were added to the	4
patients with cystic fibrosis	4
the whole particle number	4
sampler for the collection	4
describe the efficiency with	4
were able to detect	4
considered according to the	4
influence on the particle	4
per cross dimension d	4
care and use of	4
in which the feed	4
a function of aerosol	4
a distance of m	4
the growth of the	4
wearing of masks or	4
plaque assays to determine	4
nt was able to	4
as the particle size	4
the reliability of the	4
have been reviewed by	4
membrane adsorbers and monoliths	4
deposition on the ground	4
of particles in exhaled	4
particle is given by	4
the particles can be	4
fraction of nvr in	4
of the ipe with	4
is similar to that	4
water and then particles	4
the volume of air	4
were incubated with nt	4
of middle east respiratory	4
it will be important	4
velocity of a particle	4
to a variety of	4
aerosol transmission of infection	4
flocculation and adsorption treatments	4
de novo protein design	4
through the nuclear pore	4
medical grade washable masks	4
varied in the range	4
microorganisms in the air	4
flux u is given	4
the standard deviation of	4
method is used to	4
order of particles cm	4
its application in cleanrooms	4
has been used in	4
early on in infection	4
the large number of	4
windows while the air	4
concentration on the order	4
where d is the	4
also been seen in	4
on the interaction of	4
on the collection efficiency	4
also present in the	4
of the dv flow	4
increases in aerosol concentrations	4
electron microscopy in the	4
the possibility of dust	4
number of particles emitted	4
by passing them through	4
use of electron microscopy	4
deposition ratio behind a	4
in various indoor environments	4
mass flow rate of	4
order of particles m	4
in the reference building	4
of hepa filter and	4
it is speculated that	4
were tested in plaque	4
further research is needed	4
deposition in different ventilated	4
of the amount of	4
the filtration velocity is	4
and numerical simulations of	4
quantity of cmp wastewater	4
when the particle size	4
using a mortar and	4
has been widely used	4
room temperature and washed	4
is limited by the	4
model has been developed	4
the small round particles	4
outdoor air infiltrates through	4
be taken into consideration	4
to that in the	4
enhancement factor of deposition	4
mass median aerodynamic diameter	4
probability of the appearance	4
used to obtain the	4
lower limit of air	4
for a cough velocity	4
was used in the	4
in the order of	4
the particle diameter on	4
be obtained with eq	4
deposition velocity behind bend	4
establishing public health strategies	4
in the original tumor	4
when the particle concentration	4
it is reported that	4
the advantage of being	4
on the effect of	4
general inpatient ward cubicle	4
under the flow rate	4
of a particle group	4
of the particles on	4
for a longer time	4
number and size distribution	4
shown in figure a	4
particle concentration was measured	4
by the fact that	4
of virus particles in	4
the temperature difference between	4
this research was supported	4
the entry of the	4
the mask is modelled	4
is worth noting that	4
as the particles are	4
a specific type of	4
settling velocity of a	4
nuclear microporous membrane is	4
the andersen six stage	4
this method can be	4
of infection and control	4
airflow and turbulence in	4
cleaning technology and its	4
of the cloth sample	4
the effectiveness of the	4
e collection efficiency dependent	4
of m or smaller	4
the authors declare no	4
nm at a concentration	4
tissue culture infectious dose	4
for the separation of	4
in the environment with	4
u is given by	4
the mouth and nose	4
comparison of indoor aerosol	4
for enhancing the permeate	4
numerical study of the	4
made after the method	4
is the flow rate	4
atmospheric new particle formation	4
for the generation of	4
of particle transport and	4
respiratory droplets and droplet	4
of the contact angle	4
be more than m	4
of the membrane pores	4
like particles as a	4
longer period of time	4
air cleaning contam proc	4
were obtained from the	4
that the nanotrap particles	4
c d is the	4
detection of veev capsid	4
in the human respiratory	4
digestion in a combination	4
at around the isoelectric	4
the perspective of the	4
the purification of virus	4
nt was incubated with	4
for the size reduction	4
fluorescence wavelength is nm	4
that the distribution of	4
they have no conflict	4
biological activity of the	4
of the spherical particles	4
new method to study	4
shedding observed at the	4
it has been clarified	4
lifetime of air filter	4
n d p is	4
in this study is	4
determined according to the	4
few studies have been	4
has been introduced in	4
coblation and electrocautery procedures	4
of the immune response	4
building and exfiltrates from	4
the replication of the	4
is expressed as a	4
diffusion and electrostatic forces	4
is expressed as the	4
induce a strong immune	4
the arithmetic average diameter	4
is governed by the	4
be paid attention to	4
viral supernatants containing rvfv	4
arrestance of air filter	4
the survival of airborne	4
on a wafer surface	4
as it can be	4
of the airborne particles	4
have been identified in	4
in establishing public health	4
even around the isoelectric	4
through a diffusion dryer	4
the ability to generate	4
incubated at room temperature	4
aerodynamic particle sizer spectrometer	4
during the design of	4
tested in plaque assays	4
and the concentration of	4
the size reduction of	4
that there is no	4
acceptable indoor air quality	4
characterization of a cough	4
acids range from several	4
of the influence of	4
particle size reduction in	4
study showed that the	4
at concentrations more than	4
collection efficiency dependent on	4
any medium or format	4
centrifuged for min at	4
fully developed flow section	4
effect of air ions	4
v s is the	4
the proportion of antibodies	4
the diversity of vlp	4
duct behind a bend	4
appears to be a	4
the morphology of the	4
generated by respiratory system	4
the corner of the	4
crystal structure of the	4
the physicochemical properties of	4
are considered to have	4
resulting from exposure to	4
also in the case	4
that they can be	4
been widely used in	4
the antigenic nature of	4
be dissolved into water	4
as a carrier for	4
on the nature of	4
thus the permeate flux	4
u e is proportional	4
to working environment measurement	4
possibility of exposure to	4
of air ions on	4
as a delivery system	4
with their long axes	4
metals released from particles	4
particle deposition behind bends	4
when compared with the	4
the filtration efficiency of	4
particle deposition rates indoors	4
a mortar and pestle	4
with sizes ranging from	4
is considered to be	4
the number of bags	4
on the results of	4
of masks or face	4
not be more than	4
to the data analysis	4
of the size distribution	4
the particle phase is	4
development and evaluation of	4
that nanotrap particles are	4
as seen in the	4
it is likely that	4
efficiency and pressure drop	4
indoor environments such as	4
particles are collected on	4
e pfu ml for	4
to the production of	4
it can be observed	4
surface layers of the	4
personal protective equipment during	4
the details of the	4
as an alternative to	4
role in determining the	4
particle counters with medium	4
for a period of	4
reproduction in any medium	4
expressed in terms of	4
the external force applied	4
note springer nature remains	4
of the or is	4
the particles were collected	4
a large fraction of	4
of electrostatic cleaner is	4
with the following equation	4
quantum dots conjugated with	4
to describe the efficiency	4
dv supply flow rate	4
which is equivalent with	4
the vuvuzela and shouting	4
enterica serovar typhimurium lt	4
stage of the elpi	4
a way to evaluate	4
concentration and deposition in	4
the particle with the	4
operating at l min	4
a study of the	4
edges of the room	4
to simulate the airflow	4
be paid to the	4
the most penetrating particle	4
such as iron and	4
a ward cubicle to	4
the combined effect of	4
range of nm to	4
in source contributions to	4
of particles due to	4
with a peak diameter	4
or to the hall	4
the air cleanliness level	4
the concentration of microorganisms	4
for spray drying of	4
of the particles that	4
concentrations more than m	4
of diseases such as	4
development of a new	4
followed by the formation	4
particles larger than nm	4
of a laf system	4
bioaerosol health effects and	4
it has to be	4
airflow and contaminant transport	4
the radius of the	4
of the ablated particles	4
was measured using a	4
of the mechanism of	4
of the total particle	4
have been associated with	4
and associated controlled environments	4
outdoor particles on indoor	4
by the formation of	4
was carried out using	4
reducing transmission of covid	4
application in cleanrooms doi	4
air cleanliness level in	4
the effects of nanoparticles	4
effect of opening windows	4
ventilation in healthcare premises	4
and the distribution of	4
shows the relationship between	4
the mass of particles	4
the filter cake becomes	4
to have a high	4
toxicity is not observed	4
particle sizes that are	4
to be exposed to	4
seen in the figure	4
e is proportional to	4
limit of detection of	4
the purification of gene	4
in the same study	4
particles nm in diameter	4
the relationship between efficiency	4
high momentum respiratory activities	4
dv flow rate increases	4
of the current study	4
and control of ventilation	4
isolation and characterization of	4
fluorescence intensity of the	4
gas and liquid are	4
m is the mass	4
is on the order	4
surgical masks against influenza	4
is reasonable to consider	4
and analysis of a	4
it is not suitable	4
the velocity of particle	4
the american physical society	4
particles of different sizes	4
is the most important	4
and analysis of the	4
rest of the room	4
in view of the	4
is formed in the	4
air cleaning technology and	4
in and behind bends	4
the figure of concentration	4
the structural proteins of	4
as that of the	4
in vivo delivery of	4
of the transport of	4
the penetration coefficient and	4
at a height of	4
research was supported by	4
of airborne microorganisms has	4
ward cubicle to the	4
glass fiber filter paper	4
samples without nt were	4
that there was no	4
use of nt particles	4
genomic copies per reaction	4
the second air filter	4
dust holding capacity of	4
long periods of time	4
with different air cleanliness	4
within the range of	4
national institutes of health	4
through the building envelope	4
is mg m for	4
the baculovirus expression system	4
a short period of	4
is used to make	4
theory of the stability	4
in shared air spaces	4
little is known about	4
to determine the optimal	4
particles than no therapy	4
is the air density	4
particle deposition from turbulent	4
of particle size and	4
human immunodeficiency virus type	4
to their small size	4
of fine and ultrafine	4
the upper respiratory tract	4
the temperature difference is	4
become one of the	4
deformation energy of the	4
the composition of the	4
order to obtain the	4
is hard to be	4
are widely used in	4
in the laf group	4
work was supported by	4
the proportion of particles	4
were found to be	4
by severe acute respiratory	4
observed at the university	4
that for particles with	4
the primary desired outcome	4
specific filtration resistance av	4
more research is needed	4
east respiratory syndrome coronavirus	4
is known that the	4
particle sc and fl	4
the development of genetic	4
aerosol particle concentration and	4
results are consistent with	4
which are able to	4
is in its most	4
influence of additional resistance	4
minimum number of petri	4
the use of cloth	4
it was assumed that	4
the change in the	4
the ipe with time	4
where l is the	4
cells in thin sections	4
of nucleation mode particles	4
particles away from the	4
protective equipment during the	4
e ciency through the	4
due to the lower	4
is the rate of	4
salmonella enterica serovar typhimurium	4
was spiked into bovine	4
higher than those in	4
are usually present in	4
the difference of the	4
a critical review of	4
a separating distance of	4
was calculated using the	4
airborne transmission of covid	4
particles at fluid and	4
a comparative study of	4
limit of air velocity	4
number of measuring points	4
with interfaces and membranes	4
concentration of mg ml	4
m above the floor	4
in the nuclear field	4
over a period of	4
the final pressure drop	4
in the or and	4
in a combination of	4
were measured using a	4
exhaled particles from the	4
the eulerian and lagrangian	4
nanoparticles on human health	4
the respiratory tract of	4
without a surgical mask	4
and its application in	4
the airborne survival of	4
of the experimental setup	4
outdoor particles on the	4
the average particle size	4
method to study infectiousness	4
the mechanical characteristics of	4
the effects of particle	4
mass fraction of nvr	4
be seen in the	4
biological effects of fullerene	4
personal protective equipment for	4
are commonly used in	4
of viral dna from	4
on blood agar plates	4
interesting to note that	4
with respect to their	4
by quantitative polymerase chain	4
the infectivity of rvfv	4
a recent study of	4
is equivalent to the	4
the concentration boundary layer	4
were assumed to be	4
at the entrance of	4
the human thermal plume	4
a large amount of	4
samples without nt particles	4
interaction of single particles	4
of the electron microscope	4
negative stain iem has	4
are one of the	4
particle diameter on dust	4
were performed to determine	4
the performance of a	4
the boundary limit of	4
and washed three times	4
of the particle sc	4
have also been seen	4
which will be discussed	4
the calm air chamber	4
are several types of	4
microwave digestion in a	4
development of genetic engineering	4
the high concentration of	4
is usually used to	4
under the action of	4
days at doses of	4
from person to person	4
the nanocomposite microparticles were	4
of nanoparticles on human	4
deposition of inhaled particles	4
in the presence or	4
in predicting airflow and	4
the sampling error is	4
lung where it divides	4
particles were made after	4
is dominated by the	4
particle dispersion in a	4
if the air velocity	4
the form of a	4
of them can be	4
air infiltrates through the	4
it seems likely that	4
penetration and transport in	4
surgical smoke produced by	4
presence of nt particles	4
the physical properties of	4
magnetic sector inductively coupled	4
in a dental office	4
the lifetime of air	4
added to ml of	4
ellipsoidal particles with aspect	4
involved in the aerosol	4
table shows the details	4
was calculated for each	4
a significant reduction in	4
the sampling tube should	4
used to predict the	4
and then particles were	4
with water and then	4
of the surface layers	4
of ventilation in healthcare	4
the particle concentration distribution	4
force acting on the	4
the duration of air	4
gene and drug delivery	4
from livestock production systems	4
as a basis for	4
on times standard deviation	4
effect of the distance	4
the characteristics of the	4
health effects and exposure	4
important in the future	4
the inlet of the	4
into the alveolar region	4
for the treatment of	4
the governing equation for	4
the thickness of the	4
efficiency curve for with	4
is the particle size	4
purification of gene therapy	4
of hepatitis a virus	4
particle counter with small	4
of the acinar tree	4
have also been found	4
hazardous airborne particles in	4
membrane filtration processes are	4
the probability of the	4
whole human blood at	4
in the far field	4
collection of airborne microorganisms	4
of the in vitro	4
was used to measure	4
total particle number concentration	4
in plaque assays to	4
as well as a	4
the viscosity of the	4
of airborne microorganisms in	4
of filter media is	4
that the filter cake	4
is different from the	4
of cacl and nacl	4
only one of the	4
and the efficiency of	4
volume of the particle	4
the absence of a	4
the presence of np	4
generation of defective interfering	4
of hepatitis e virus	4
the distribution of the	4
increasing the ventilation rate	4
flows on unstructured grids	4
across the human blood	4
with diameter smaller than	4
we would like to	4
flow rate on the	4
the sizes of the	4
of the measurement results	4
influenza a h n	4
model of surgical flow	4
of the influenza virus	4
the bronchiole flow direction	4
proportional to the square	4
efficiency of air filter	4
of the figure lie	4
two times of the	4
separation of virus particles	4
were treated for days	4
dust in animal houses	4
with diameter equal to	4
the target pathogen e	4
by the nanotrap particles	4
suspended in air for	4
the filtration performance of	4
method is a way	4
as well as to	4
in order to ensure	4
often used as a	4
of the friction coefficient	4
concentration degree of particle	4
through the use of	4
three doses of fend	4
the development of new	4
is found to be	4
biological decay of microorganisms	4
can be influenced by	4
opening windows while the	4
if the particles are	4
whose fluorescence wavelength is	4
and the results are	4
is derived from the	4
a new method to	4
the hepatitis b virus	4
an aerodynamic particle sizer	4
a delivery system for	4
from to nm and	4
mechanical properties of the	4
order to reduce the	4
them through a diffusion	4
in the pharmaceutical industry	4
provide insight into the	4
the size of particles	4
titanium dioxide particles are	4
if insoluble particles are	4
centers for disease control	4
enhancing the permeate flux	4
treated for days at	4
the enhancement deposition ratio	4
electrical low pressure impactor	4
counter with small sampling	4
in close proximity to	4
bronchus that enters the	4
deformations of the surrounding	4
in the bulk region	4
of the second filter	4
the concentration and size	4
in our previous studies	4
of exposure to nanoparticles	4
as well as particle	4
in the base case	4
measurements and numerical simulations	4
it is not clear	4
for all of the	4
the particle distribution within	4
the prolification of the	4
negatively stained preparations of	4
the particle captured efficiency	4
separating distance of m	4
in any medium or	4
has been carried out	4
the rate of increase	4
decreases with the increase	4
the other is the	4
about the relationship between	4
impact on the indoor	4
the basis for the	4
kind of filter paper	4
for with particle diameter	4
of single particles with	4
are deposited in the	4
indoor aerosol particle concentration	4
stain iem has been	4
compared to the control	4
of carbon nanotubes are	4
of triplicate wells for	4
nm in diameter with	4
it should not be	4
the exposed person and	4
approximately nm in diameter	4
based on times standard	4
to suspend particles with	4
in the upper respiratory	4
of the creative commons	4
flow patterns and particle	4
is taken equal to	4
other commercially available beads	4
of the flow front	4
with quantum dots conjugated	4
in exhaled air before	4
as high as k	4
by electron microscopy in	4
the context of the	4
is the experimental data	4
the removal of nanoparticles	4
removed as described above	4
transmission potential of sars	4
from one student to	4
predicting airflow and turbulence	4
the negative mobility phenomenon	4
in different ventilated rooms	4
aerosols of mycobacterium tuberculosis	4
vlps assembled from the	4
are used to determine	4
significant impact on the	4
particles deposited on the	4
by the american physical	4
temperature and washed times	4
of the reference building	4
was studied for different	4
rooms by numerical method	4
additional resistance on the	4
one of the major	4
it is thought that	4
have been developed for	4
calcium and sodium salts	4
the terms of the	4
the decay of the	4
for the collection of	4
sources of emission of	4
than the number of	4
of the room and	4
nuclear air cleaning handbook	4
to prevent the spread	4
an overview of the	4
infection and control of	4
more particles than lfo	4
which corresponds to the	4
quantitative and qualitative particle	4
efficiency of the second	4
mg based on times	4
present in the air	4
airborne transmission of sars	4