A new type of fiber optic sensor has been developed for sensing relative humidity (RH). This
RH sensor was fabricated by using a hetero-core optical fiber structure that was coated with …

After telecommunications, also medicine has been revolutionized by optical fibers. They
were firstly used, in the early sixties, to visualize internal anatomical sites by illuminating …

Silicon on insulator (SOI) pressure sensor diaphragm is a composite structure of the buried
oxide and the SOI layer. This paper brings out the inadequacy of the existing analytical …

In this paper, a novel polymer MOEMS (micro-opto-electro-mechanical systems)
accelerometer is reported. Low cost, photopatternable epoxies, EpoClad and EpoCore, are …

Readout through a microscope-based setup is one of the most prevalent optical detection
methods used in current digital (ie droplet-based) electrowetting-on-dielectric lab-on-chip …

In this study, a fundamental measurement of the Young's modulus of Epoclad and Epocore
negative photo resist is performed, using a miniature tensile test setup. The experiments …

This paper presents a fiber-optic Fabry–Perot (FP) sensor with an all-silicon carbide (SiC)
structure for pressure and temperature dual-mode sensing in harsh environments. The all …

In this paper, a polymeric waveguide thermo-optic switch with low power-consumption was
demonstrated, which was based on the Mach-Zehnder interferometer structure and …

EpoClad and EpoCore are the photopatternable epoxies with slightly different refractive
indices that were developed to create optical waveguides. In this paper, we present a …

Fiber optical pressure sensors show great promise in monitoring harsh environments as
sensitive readout electronics can be located remotely. In this paper, a process based on thin …