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The Fourier transform interrogator
F. Grillo Peternella
ImPhys/Optics
Research output
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Thesis
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Dissertation (TU Delft)
191
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Research output
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Dive into the research topics of 'The Fourier transform interrogator'. Together they form a unique fingerprint.
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INIS
accuracy
12%
applications
6%
cost
6%
design
12%
environment
6%
equations
37%
flexibility
6%
fourier transformation
100%
gases
6%
imperfections
6%
industry
6%
interferometers
6%
interferometry
6%
ionizing radiations
6%
mach-zehnder interferometer
12%
manufacturing
6%
mhz range
6%
newton method
6%
nonlinear problems
18%
nonlinear systems
6%
oils
6%
operation
6%
output
18%
pipes
6%
resonance
31%
resonators
12%
rings
12%
sensors
100%
signals
12%
solutions
25%
spectra
12%
spectrometers
18%
speed
6%
values
6%
voltage
18%
wavelengths
18%
weight
6%
Engineering
Aerospace Applications
7%
Design
7%
Design Stage
7%
Electronics
7%
Fourier Transform
100%
High Accuracy
7%
Interrogator
100%
Linear Equation
23%
Main Reason
7%
Manufacturing Process
7%
Newton's Method
7%
Optical Channel
7%
Optical Sensors
7%
Output Voltage
7%
Photonics
23%
Physical Meaning
7%
Receivers
15%
Resonance Wavelength
23%
Sensor Network
7%
Spectrometer
23%
Speed Sensor
7%
Stages
7%
Material Science
Demultiplexing
21%
Fiber Bragg Grating
7%
Gas
7%
Interferometer
21%
Optical Sensor
7%
Resonator
14%
Sensor
100%