|
active ingredients |
4 |
|
biomedical applications |
4 |
|
core-shell microspheres |
4 |
|
core-shell particle |
4 |
|
encapsulation efficiency |
4 |
|
microfluidic method |
4 |
|
narrow size distributions |
4 |
|
poly(lactic-co-glycolic acid) |
4 |
|
ad biomarkers |
2 |
|
alzheimer’s disease (ad) |
2 |
|
bioinspired |
2 |
|
blood–brain barrier (bbb) |
2 |
|
constructal theory |
2 |
|
core-shell structure |
2 |
|
effective thermal conductivity |
2 |
|
electrified filaments |
2 |
|
electroless plating |
2 |
|
electrospinning |
2 |
|
emulsion electrospinning |
2 |
|
flexible electronics |
2 |
|
flexible printed circuit |
2 |
|
instability |
2 |
|
lubricated surface |
2 |
|
microchannel |
2 |
|
microfluidic chips |
2 |
|
naked-eye visualization |
2 |
|
nanofluids |
2 |
|
nanoparticles |
2 |
|
numerical simulation |
2 |
|
on-demand bubble transportation |
2 |
|
optoelectronic devices |
2 |
|
overall thermal resistance |
2 |
|
photonic crystals |
2 |
|
pinning-free transport |
2 |
|
pitcher plants |
2 |
|
rayleigh/capillary instability |
2 |
|
structural evolution |
2 |
|
surface modification |
2 |
|
three-dimensional ad model |
2 |
|
transparent electrode |
2 |
|
ultratrace detection |
2 |
|
viscous flow |
2 |
|
volume fraction distribution |
2 |
|
3d microparticles |
1 |
|
acceleration |
1 |
|
adsorption |
1 |
|
aggregation |
1 |
|
alternating current |
1 |
|
analytic method |
1 |
|
anisotropic microparticles |
1 |
|
anisotropy |
1 |
|
aperture |
1 |
|
approximation |
1 |
|
aqueous solution |
1 |
|
aqueous two phase system |
1 |
|
area fractal dimension |
1 |
|
astragalus slices |
1 |
|
averaging theorems |
1 |
|
behavior |
1 |
|
bi-conical |
1 |
|
bifurcation |
1 |
|
bifurcation (mathematics) |
1 |
|
bio-inspired microfiber |
1 |
|
biodegradabilities |
1 |
|
bioheat transport |
1 |
|
bivariate interpolation |
1 |
|
bivariate rational spline |
1 |
|
blade configuration |
1 |
|
blood-tissue interaction |
1 |
|
blood-vessel-like |
1 |
|
boltzmann transport equation |
1 |
|
bubble |
1 |
|
capillary pressure |
1 |
|
centrifugal instability |
1 |
|
centrifugal sedimentation weight |
1 |
|
cfd |
1 |
|
cfd (computational fluid dynamics) (cfd) |
1 |
|
chaos theory |
1 |
|
characterization |
1 |
|
chemical solution method |
1 |
|
chemical solution method (csm) |
1 |
|
chemical stability |
1 |
|
chemical synthesis |
1 |
|
collembola |
1 |
|
colloidal stability |
1 |
|
combinational treatments |
1 |
|
complexity |
1 |
|
computational methods |
1 |
|
computer aided geometric design |
1 |
|
computer-aided geometric design |
1 |
|
conductivity enhancement |
1 |
|
confined t-shaped junction |
1 |
|
conjugate heat transfer (共軛傳熱) |
1 |
|
constrained interpolation |
1 |
|
constructal design |
1 |
|
constructal nanofluids |
1 |
|
convective heat transfer |
1 |
|
convective inertia |
1 |
|
convergence analysis |
1 |
|
copper nanofluids |
1 |
|
copper nanoparticles |
1 |
|
core spillage |
1 |
|
coriolis instability |
1 |
|
coriolis phenomenon |
1 |
|
coriolis vortices |
1 |
|
critical condition |
1 |
|
cu2o nanoparticles |
1 |
|
curve control |
1 |
|
curve design |
1 |
|
curved duct |
1 |
|
cus/cu2s nanoparticles |
1 |
|
cuticle |
1 |
|
cylindrical cavity |
1 |
|
dean number |
1 |
|
dean vortices |
1 |
|
deformability |
1 |
|
dehumidifying |
1 |
|
density |
1 |
|
digital microfluidics |
1 |
|
dispersed configuration |
1 |
|
drop formation |
1 |
|
droplet |
1 |
|
droplet breakup |
1 |
|
droplet formation time |
1 |
|
droplet microfluidic |
1 |
|
droplet microfluidics |
1 |
|
droplet on demand |
1 |
|
droplet volume |
1 |
|
drops |
1 |
|
drying |
1 |
|
drying mechanism |
1 |
|
dual-phase-lagging |
1 |
|
dual-phase-lagging heat conduction |
1 |
|
dual-phaselagging |
1 |
|
ducts |
1 |
|
dynamic stability |
1 |
|
efficiency |
1 |
|
electric double-layer |
1 |
|
electric field |
1 |
|
electrical double layer |
1 |
|
electrokinetic effects |
1 |
|
electrospray |
1 |
|
electrowetting |
1 |
|
embolic microparticles |
1 |
|
emulsion |
1 |
|
emulsions |
1 |
|
encapsulation |
1 |
|
engineering |
1 |
|
entropy generation |
1 |
|
error estimation |
1 |
|
evaporation |
1 |
|
experimental study |
1 |
|
experiments |
1 |
|
extended irreversible thermodynamics |
1 |
|
external vibration |
1 |
|
extraction |
1 |
|
extraordinary effective thermal conductivity |
1 |
|
first principles |
1 |
|
flow lithography |
1 |
|
flow structure |
1 |
|
fluid conductivity |
1 |
|
fluid interfacial area |
1 |
|
fluid mechanics |
1 |
|
fluorescence |
1 |
|
forced convection |
1 |
|
forced convective heat transfer |
1 |
|
fourier law |
1 |
|
fractal dimension |
1 |
|
friction coefficient |
1 |
|
galilean principle of relativity |
1 |
|
gas oils |
1 |
|
generalized darcy's law |
1 |
|
geometrical structure |
1 |
|
gold film |
1 |
|
heat conduction |
1 |
|
heat flow |
1 |
|
heat transfer |
1 |
|
heat-conduction system |
1 |
|
high dean number region |
1 |
|
hilbert spectral analysis |
1 |
|
homogenization |
1 |
|
hourglass-shaped microfiber |
1 |
|
hydraulic diameter |
1 |
|
hydraulic engineering physics |
1 |
|
hydrophobicity |
1 |
|
injection |
1 |
|
integral inequalities |
1 |
|
integration theorems |
1 |
|
inverse problem |
1 |
|
key issues |
1 |
|
liquid |
1 |
|
liquid manipulation |
1 |
|
liquid marble |
1 |
|
liquids |
1 |
|
local co‐deliveries |
1 |
|
machinery |
1 |
|
macroscale |
1 |
|
macroscale thermal properties |
1 |
|
mae mechanism |
1 |
|
magnetic bubbles |
1 |
|
mass transfer |
1 |
|
mass transport |
1 |
|
mathematical inequalities |
1 |
|
membrane |
1 |
|
membrane filtration: |
1 |
|
merging vortices |
1 |
|
micro-dripping mode |
1 |
|
microcapsules |
1 |
|
microcavities |
1 |
|
microchannel convection |
1 |
|
microchannel forced convection |
1 |
|
microchannels |
1 |
|
microchip |
1 |
|
microfiber-confined fabrication |
1 |
|
microfluidic lithography |
1 |
|
microfluidic nanofluids |
1 |
|
microfluidic reactor |
1 |
|
microfluidic t-junction |
1 |
|
microfluidic technology |
1 |
|
microfluidics |
1 |
|
micromotors |
1 |
|
microparticles |
1 |
|
microscale heat conduction |
1 |
|
microscale heat conduction (微觀熱傳導) |
1 |
|
microstructure |
1 |
|
microstructures |
1 |
|
microwave assisted extraction (mae) |
1 |
|
microwave drying |
1 |
|
microwave radiation |
1 |
|
mixing energy cost |
1 |
|
mixture theory |
1 |
|
model-downscaling |
1 |
|
model-scaling |
1 |
|
model-upscaling |
1 |
|
modeling |
1 |
|
models |
1 |
|
moisture transfer path |
1 |
|
monodispersities |
1 |
|
morphology |
1 |
|
multifunctional nanofluids |
1 |
|
multiplicity |
1 |
|
multiplicitytwo-phase approach |
1 |
|
multiscale modeling |
1 |
|
multiscale phenomena |
1 |
|
multiscale science |
1 |
|
multiscale theorems |
1 |
|
muscle contractility |
1 |
|
nanoemulsions |
1 |
|
nanofibers |
1 |
|
nanoliter bubble formation |
1 |
|
nanoliter droplet |
1 |
|
neck |
1 |
|
non-fourier heat conduction |
1 |
|
non-raidiative energy transfer |
1 |
|
non-spherical particle |
1 |
|
nonuniversality |
1 |
|
nusselt number |
1 |
|
o/w emulsions |
1 |
|
oil/water emulsion |
1 |
|
one-step chemical reduction |
1 |
|
optimization |
1 |
|
oscillation |
1 |
|
oscillations |
1 |
|
overall temperature difference |
1 |
|
overshooting phenomenon |
1 |
|
particle morphology |
1 |
|
particle size |
1 |
|
passive micromixers |
1 |
|
phase change material |
1 |
|
phase lags |
1 |
|
physics |
1 |
|
physics engineering |
1 |
|
pinch-off |
1 |
|
plant material |
1 |
|
plant materials |
1 |
|
plant porous materials |
1 |
|
pore size distribution |
1 |
|
porous material |
1 |
|
porous media |
1 |
|
porous structure |
1 |
|
porous-media theory |
1 |
|
preparation |
1 |
|
preserving convexity interpolation |
1 |
|
pressure fluctuations |
1 |
|
pulsating meniscus |
1 |
|
pva; monodisperse microspheres |
1 |
|
quasi-least-squares finite element scheme |
1 |
|
rational model |
1 |
|
rational spline |
1 |
|
rectangular mini-channels (細矩形通道) |
1 |
|
rectangular winglets |
1 |
|
rotating curved flow |
1 |
|
scales |
1 |
|
scaling |
1 |
|
second law of thermodynamics |
1 |
|
secondary instability |
1 |
|
self-assembly |
1 |
|
self‐assembly of microdroplets |
1 |
|
sem |
1 |
|
shear stress |
1 |
|
single-phase-lagging heat conduction |
1 |
|
slippery lubricant-infused surface |
1 |
|
solidification shape |
1 |
|
stability |
1 |
|
steady navier-stoke equations |
1 |
|
superhydrophobic surface |
1 |
|
synchronization |
1 |
|
synthesis |
1 |
|
system rotation |
1 |
|
system thermal resistance |
1 |
|
t-shaped junction |
1 |
|
t-shaped junctions |
1 |
|
thermal conductivity |
1 |
|
thermal motor |
1 |
|
thermal oscillation |
1 |
|
thermal wave |
1 |
|
thermal wave (熱波) |
1 |
|
thermal waves |
1 |
|
thermal-wave fluids |
1 |
|
thermal-waves |
1 |
|
tightly coiled ducts |
1 |
|
time lag ratio |
1 |
|
tio 2/h2o suspension |
1 |
|
tio2-water |
1 |
|
titanium dioxide |
1 |
|
toroidal duct |
1 |
|
transition line |
1 |
|
two-phase approach |
1 |
|
two-phase flow |
1 |
|
variable fluid thermal properties (變物性) |
1 |
|
vascular stenosis |
1 |
|
vibration (振動) |
1 |
|
visualization |
1 |
|
volume fractal dimension |
1 |
|
vortex mixing |
1 |
|
wall shear rate |
1 |
|
water collection |
1 |
|
weighted interpolation |
1 |
|
wetting |
1 |
