INIS
applications
100%
detection
88%
surfaces
88%
investigations
70%
synthesis
70%
polymers
66%
machining
56%
cancer
54%
biological markers
48%
alloys
47%
roughness
47%
proteins
45%
optical fibers
44%
modifications
42%
detection limits
42%
titanium alloys
42%
concentration
42%
images
41%
oils
40%
nanostructures
40%
interfaces
40%
size
39%
resolution
39%
membranes
38%
powders
38%
electrochemistry
35%
carcinoembryonic antigen
35%
lungs
35%
fluorescence
35%
nanofibers
35%
trajectories
35%
hybrids
35%
nanocomposites
35%
carbon
35%
fiber optics
35%
fabry-perot interferometer
35%
corchorus
35%
phosphatases
35%
ligands
35%
recovery
35%
optimization
35%
nanomaterials
35%
tantalum
35%
tantalum alloys
35%
implants
33%
sensitivity
30%
nanoparticles
29%
spectroscopy
28%
impedance
28%
fibers
26%
Keyphrases
Lower Limit
70%
Optical Fiber
70%
Microfluidic chip
35%
Interleukin-8
35%
Fluorescent Nanofiber
35%
Label-free Detection
35%
Nanofiber Membrane
35%
Semi-distributed
35%
CC Chemokine Ligand 5
35%
Fiber Ball
35%
Lung
35%
Limit Detection
35%
Conducting Polymer
35%
Fabry-Perot Interferometer
35%
Label-free
35%
Antibacterial Properties
35%
On-a-chip
35%
Antibacterial Response
35%
Micro-WEDM
35%
Ti-29Nb-13Ta-4.6Zr
35%
Rapid Detection
35%
Electrochemical Aptasensor
35%
Carcinoembryonic Antigen
35%
Average Surface Roughness
35%
Prognostic Biomarker
35%
Tantalum
35%
Tantalum Alloy
35%
Electrochemical Impedance Spectroscopy
28%
Kerf Width
23%
Orthopedic Implants
23%
Gap Voltage
23%
Material Removal Rate
23%
Treated Surface
23%
Aptasensor
21%
High Sensitivity
18%
Fluidics
17%
Fiber Tip
17%
Biocompatibility Testing
17%
Microfluidic Device
17%
Gyroid Structure
17%
Bacterial Biofilm Formation
17%
Implant Materials
17%
Primitive Structure
17%
Orthopedic Applications
17%
Gyroid Surface
17%
Load-bearing Implants
17%
Tantalum Augments
17%
Bone Biomechanical Properties
17%
Ultimate Compressive Strength
17%
Lattice Structure Design
17%
Engineering
Antibacterial Property
70%
Electrodischarge Machining
47%
Electrochemical Aptasensor
35%
Image Resolution
35%
Nanofiber
35%
Mixed Micro
35%
Induced Surface
35%
Perot Interferometer
35%
Lower Limit
35%
Olitorius
35%
Mucilage
35%
Fabry Perot
35%
Enhanced Oil Recovery
35%
Fluid Viscosity
35%
Experimental Investigation
35%
Average Surface Roughness
35%
Fluidics
35%
Fiber Optics
35%
Microfluidic Device
35%
Aptasensor
35%
Gap Voltage
29%
Material Removal Rate
29%
Porosity
29%
Rheology
23%
Oil Recovery
23%
Microhardness
23%
Frequency Ratio
23%
Implant
23%
Discharge Energy
17%
Ti-6al-4v Alloy
17%
Biofilm Formation
17%
Aeruginosa
17%
Metallic Biomaterials
17%
Microenvironments
17%
Computational Fluid Dynamic Modeling
17%
Biosensor
17%
Polydimethylsiloxane
17%
Alkene
17%
High Resolution
17%
Phase Shift
17%
Caprolactone
17%
Electrospun Nanofiber Membrane
17%
Silanization
17%
Chip Device
17%
Optical Fiber
17%
Bearing Implant
17%
Orthopedic Application
17%
Modified Surface
11%
Machining Parameter
11%
Taguchi Method
11%
