The Final Year Project (FYP) undertaken by the author is B448 – Design and Investigation of Micro Optofluidic Lenses. The FYP is concerned with designing, fabricating and investigating the properties of a tunable liquid-core liquid-cladding circular micro optofluidic lens. Previous work in this area of fluidic microlenses has been widely reported. In many cases the focal length of the lens is fixed after fabrication. Other tunable lenses require external actuators for focal length tuning. The objective of this FYP is to create a robust micro optofluidic lens capable of focusing light and with a tunable focal length.Bachelor of Engineering (Mechanical Engineering
This paper reports two novel types of variable-locus liquid microlenses with adjustable sensitivity,...
Adaptive micro-lenses enable the design of very compact optical systems with tunable imaging propert...
AbstractA large deflection polymer bending actuator was employed in the design of an integrated micr...
This paper reports the modelling and experimental results of a liquid-core liquid-cladding optofluid...
A micro optofluidic lens is formed by laminar streams of immiscible liquids with different refractiv...
Abstract. Amicro optofluidic lens is formed by laminar streams of immiscible liquids with different ...
The field of optofluidics is a combination of optics and microfluidics to generate new functionaliti...
Recent research efforts have been increasingly focused on the development of microlenses. Of great i...
This review presents a systematic perspective on the development of micro-optofluidic lenses. The pr...
This review presents a systematic perspective on the development of micro optofluidic lenses. The pr...
One of the current problems of micro-optofluidics is the choice of a suitable liquid with a high ref...
Adaptive optic technology has revolutionized real time correction of wavefront aberrations. Optoflui...
Here we propose optofluidic spherical microlenses that can change their focal distance by varying th...
Optofluidics incorporates optics and microfluidics together to construct novel devices for microsyst...
The miniaturization and integration of in-plane micro-lenses into microfluidic networks for improvin...
This paper reports two novel types of variable-locus liquid microlenses with adjustable sensitivity,...
Adaptive micro-lenses enable the design of very compact optical systems with tunable imaging propert...
AbstractA large deflection polymer bending actuator was employed in the design of an integrated micr...
This paper reports the modelling and experimental results of a liquid-core liquid-cladding optofluid...
A micro optofluidic lens is formed by laminar streams of immiscible liquids with different refractiv...
Abstract. Amicro optofluidic lens is formed by laminar streams of immiscible liquids with different ...
The field of optofluidics is a combination of optics and microfluidics to generate new functionaliti...
Recent research efforts have been increasingly focused on the development of microlenses. Of great i...
This review presents a systematic perspective on the development of micro-optofluidic lenses. The pr...
This review presents a systematic perspective on the development of micro optofluidic lenses. The pr...
One of the current problems of micro-optofluidics is the choice of a suitable liquid with a high ref...
Adaptive optic technology has revolutionized real time correction of wavefront aberrations. Optoflui...
Here we propose optofluidic spherical microlenses that can change their focal distance by varying th...
Optofluidics incorporates optics and microfluidics together to construct novel devices for microsyst...
The miniaturization and integration of in-plane micro-lenses into microfluidic networks for improvin...
This paper reports two novel types of variable-locus liquid microlenses with adjustable sensitivity,...
Adaptive micro-lenses enable the design of very compact optical systems with tunable imaging propert...
AbstractA large deflection polymer bending actuator was employed in the design of an integrated micr...