The development of an efficient, portable, real-time, and high-precision ammonia (NH3)
remote sensor system is of great significance for environmental protection and citizens' …

In this paper the performance of an optical organic sensor based on a plasmonic grating
immersed in an asymmetric dielectric environment is investigated. Metal gratings offer the …

A Pd grating of periodicity of 1.5 μm comprising of 1 μm wide nanocrystalline Pd lines has
been obtained by a direct micromolding method to serve as Hydrogen sensor element in an …

Efficient functionalization of polymer optical fibers'(POF) surface by a novel block copolymer
material toward the development of low‐cost multiagent sensors is presented. The …

A study of polymer optical fiber microstructuring by use of deep ultraviolet excimer laser
radiation at 193 nm wavelength is performed. The ablation characteristics of the fiber …

A novel block copolymer material is applied successfully to a low cost Polymer Optical Fiber-
POF for sensing applications. The copolymer consists of two blocks, one hydrophilic and …

This book is planned to publish with an objective to provide a state-of-art reference book in
the area of microsensors for engineers, scientists, applied physicists and post-graduate …

Monitoring of blood glucose levels is important to persons with diabetes or pre-diabetic,
abnormal glucose indications. Such individuals must determine when insulin is needed to …

Photonic sensors receive an increasing global attention focusing on critical applications
such as the protection of the environment, the health and safety of the citizens. In this work …

We present an optimization study of surface relief grating based sensors for use in optical
remote point sensing. Our study includes the effects of geometrical characteristics of the …