We experimentally demonstrated a novel refractometric sensor based on a coated optical microfiber coil resonator which is robust, compact, and comprises an intrinsic fluidic channel. The measured sensitivity has an excellent agreement with theoretical predictions
Abstract—We demonstrate refractive index measurement of liq-uids using two sensor system designs, bo...
A microfibre device integrating a microfibre knot resonator in a Sagnac loop reflector is proposed f...
Optical fibres with micrometric or sub-micrometric diameters can have a considerable fraction of the...
We experimentally demonstrated a refractometric sensor based on a coated optical microfiber coil res...
A novel refractometric sensor based on an embedded optical microfiber loop resonator is presented. T...
We present a novel refractometric sensor based on a coated all-coupling optical-fiber-nanowire micro...
We present a novel, robust, and compact refractometric sensor based on a high Q factor embedded nano...
A considerable fraction of the fundamental mode can propagate outside the fibre physical boundary if...
A simple theoretical analysis was undertaken to compare the change of guided mode index of microfibe...
A novel refractometric sensor based on an embedded optical nanowire loop resonator is presented. The...
A simple theoretical analysis was undertaken to compare the change of guided mode index of microfibe...
This paper presents the design and analysis of a liquid refractive index sensor that utilizes a uniq...
A simple, compact, and high-sensitivity optical sensor for salinity measurement is reported based on...
The manufacture of tapers from optical fibers provides the possibility to get long, uniform, and rob...
A microfibre device integrating a microfibre knot resonator in a Sagnac loop reflector is proposed f...
Abstract—We demonstrate refractive index measurement of liq-uids using two sensor system designs, bo...
A microfibre device integrating a microfibre knot resonator in a Sagnac loop reflector is proposed f...
Optical fibres with micrometric or sub-micrometric diameters can have a considerable fraction of the...
We experimentally demonstrated a refractometric sensor based on a coated optical microfiber coil res...
A novel refractometric sensor based on an embedded optical microfiber loop resonator is presented. T...
We present a novel refractometric sensor based on a coated all-coupling optical-fiber-nanowire micro...
We present a novel, robust, and compact refractometric sensor based on a high Q factor embedded nano...
A considerable fraction of the fundamental mode can propagate outside the fibre physical boundary if...
A simple theoretical analysis was undertaken to compare the change of guided mode index of microfibe...
A novel refractometric sensor based on an embedded optical nanowire loop resonator is presented. The...
A simple theoretical analysis was undertaken to compare the change of guided mode index of microfibe...
This paper presents the design and analysis of a liquid refractive index sensor that utilizes a uniq...
A simple, compact, and high-sensitivity optical sensor for salinity measurement is reported based on...
The manufacture of tapers from optical fibers provides the possibility to get long, uniform, and rob...
A microfibre device integrating a microfibre knot resonator in a Sagnac loop reflector is proposed f...
Abstract—We demonstrate refractive index measurement of liq-uids using two sensor system designs, bo...
A microfibre device integrating a microfibre knot resonator in a Sagnac loop reflector is proposed f...
Optical fibres with micrometric or sub-micrometric diameters can have a considerable fraction of the...
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