Waveguide

The use of light has optimized many technological systems. Many of the appliances that people use regularly incorporate theses systems to simplify everyday life. Two such technologies are optical fibres and linear accelerators which are both found in hospitals. Optical fibres are used in the imaging and illumination components of endoscopes while linear accelerators are used in the treatment of cancer. Even though the use of optical fibres and linear accelerators can often be expensive and hazardous

I decided to choose Achromatopsia as my topic which deals with color perception. Many people have different forms of color perception. Some people are completely color blind and others are just lacking a few rods or cones which prevent them from seeing a few colors. Achromatopsia is among the worst because people who have this may only see in grey or washed out colors. Whereas, others can see some color and still seem to function normally. This disease can prevent you from seeing all color, which

Fibre Optics Materials http://www.madehow.com/Volume-1/Optical-Fiber.html Invented by Alexander Brambell, a fibre optic cable is a single, hairline piece of cable mainly made from silicone dioxide and other tiny amounts of chemicals are usually added. Liquid silicon tetrachloride in a gaseous stream of oxygen is the most important and commonly used source of silicon in the vapour deposition method which is very commonly used. Other chemicals are sometimes used to produce outer shells and

Fiber-optic in Communication Fiber-optics are tiny threads of glasses that are arranged in optical cables to transmit light signal which relay information from one end to another. Fiber-optic is used in communication to enable transmission of information over long distances with minimal disruption and loss of data and hence widely used all over the world. Fiber-optic has a broad usage in data distribution telephony and broadband distribution among others. Today, it is one of the rapidly advancing

3.1 Introduction The first section of this chapter summarizes the detailed analysis which was carried out by using multiple software tools in order to conduct microwave heating simulations of interest. The objective is to document the important technical information regarding the procedures for later re-enactment. After various comparisons, CST Studio Suite was selected as the preferred software and every simulation hereafter was done using CST. To authenticate the simulation procedure, validation

offer high data rates at short distances with low power, primarily due to wide resolution bandwidth [3]. Different Techniques Used - Wide band phased array antenna is implemented to scan in the range of (+-45) degree in wideband. A novel wideband mono conical antenna in the shape of tears drop is implemented with good radiation directivity and frequency response. A dual spiral antenna for ultra wideband capsule endoscope system is implemented. The capsule endoscope system transmits the image

state memory element, transducers, actuators, broadband magnetic sensors, non-volatile memory elements, oscillators, phase shifters, electric field controlled ferromagnetic resonance devices, switching devices, modulation of amplitudes, filters, waveguides, spin wave generation, energy harvesters, magnetic recording read heads, random access memories, RF resonators, tunable inductors, and ME antennas) [1-11]. The most intriguing characteristic of multiferroic materials

Design techniques for Microstrip Patch Antenna Miss Borhade M. V.(ME Signal Processing) 1 Prof. Mrs. Dhede V. M.(Ph.D. Registered) 2 JCEI’S JCOE ,Kuran megh888@gmail.com vaishali_dhede@rediffmail.com Abstract The main aim of this paper is to give overview on Micro strip patch antenna design using different defected ground structures for improving the performance

What’s the most fascinating shift that computing is creating in our lives? You might think it’s just “smaller, better, faster,” but there is an even more dramatic story about how computing is changing who we are as people and a society. Thanks to the wonders of technology, the idea of managing two distinct lives has become common for many of us. We have always had the first life–our physical existence, the one we can’t escape until we die. But today many of us have also adapted a second life. We

abstract Photonic crystal is a composite dielectric with periodic modulation of refractive index that brings about unique photonic band-gap effect by which light could be totally reflected on the surface of such material regardless of any incident angle or mode. Such bandgap effect could be understood by investigating the optical performance of photonic crystals. In this paper, photonic bandgap calculations are performed for two dimensional photonic crystals using matlab. Plane wave expansion