Keyphrases
Microanalyzer
100%
Flow Injection System
82%
Analytical Microsystem
80%
Flow Injection Analysis
76%
Low Temperature Co-fired Ceramic
76%
Limit of Detection
67%
Detection System
55%
Flow-through
49%
Systems-based
49%
Microsystems
48%
Ion-selective Electrode
46%
Low Temperature Co-fired Ceramic Technology
46%
Absorbance
43%
Microfluidics
43%
Nitrate
40%
Continuous Flow
39%
ISFET
39%
Analytical Characteristics
39%
Microfluidic Platform
38%
Optode
36%
Flow Injection
35%
Reference Electrode
33%
Anionic Surfactant
33%
Ionophore
32%
Cyclic Olefin Copolymer
31%
In Situ
31%
Flow Cell
29%
Carbon Dots (C-dots)
29%
Ketocyanine Dyes
28%
Potentiometric Detection
27%
Meso
26%
Microreactor
26%
Microfluidic System
26%
Ammonium
25%
Gas Diffusion
25%
Cyanine Dyes
25%
Sensor-based
25%
Integrated Waveguides
25%
Fluidics
24%
Working Range
24%
Simultaneous Determination
23%
Sandwich Technique
22%
Microfluidic Device
22%
Green Tape
22%
Acidochromic
21%
Wastewater
21%
Potassium
20%
Fabrication Methods
19%
Spectral Changes
19%
Absorbance Maxima
19%
Engineering
Low-Temperature
83%
Potentiometric
71%
Flow Injection Analysis
66%
Injection System
63%
Selective Electrode
57%
Detection Limit
54%
Microfluidic Platform
49%
Microsystem
48%
Analytical Microsystems
46%
Fluidics
38%
Response Time
31%
Ion Sensitive Field Effect Transistor
29%
Flow Cell
28%
Analytical Feature
28%
Linear Range
26%
Alkene
24%
Phase Composition
23%
Waveguide
22%
Gaseous Diffusion
22%
Fluorescence Imaging
22%
Hydrodynamics
22%
Microflows
20%
Flow System
20%
Chemical Parameter
18%
Experimental Result
18%
Inhibition
16%
Porosity
16%
Linear Response
16%
Continuous Monitoring
16%
Mass Production
16%
Multilayer Approach
14%
Flow Rate
14%
Flow Velocity
14%
Mixers (Machinery)
14%
Soil Sample
13%
Microfluidic Device
13%
Microchannel
13%
Water Recycling
13%
Recycling Process
13%
Surface Plasmon
12%
Pretreatment
11%
Microreactor
11%
Sampling Frequency
11%
Thin Membrane
11%
Reference Solution
11%
Planar Structure
11%
Sensor System
11%
Tape
11%
Mols
11%
Field-Effect Transistor
11%