Waveguide Essays

The waveguide features a large plate on one side, and a smaller plate on the other where a dialectic resonator is installed to match the operating frequency of the magnetron. This is designed to create a thrust towards the smaller end as the dialectic end is non-reflective

nucleotides. SMRT sequencing exploits the polymerase’s power as a sequencing device by monitoring its actions while replicating DNA.[3] Two exclusive technological advancements facilitated this breakthrough: phospholinked nucleotides and Zero Mode Waveguide. Phospholinked nucleotides are used to visualize polymerase activity. Each of the four different nucleotides (A, C, G, T) is tagged with a distinctive fluorescent color. Compared to other sequencing methods, phospholinked nucleotides display their

Information transmission and exchange over shared channels such as Internet, Intranet…etc, becoming a more necessity for all fields in our daily life. It is therefore possible for any user to intercept the sensitive data that is transmitted over the shared channel. So information security and data encryption are becoming more and more important. Information encryption techniques have been an important and active research area from ancient time to nowadays, which involves a number of applications

1.1 Background Study In this research study, the ability and suitability of a sensing system based on PVC membrane for determination of volatile organic compounds (VOCs) was investigated. Pyrrole reagent will be immobilized onto the PVC film which functioning as a matrix that can hold the reagent in solid manner. This sensor system is then tested to determine volatile organic compounds (VOCs) such as benzene, toluene, ethylbenzene and xylene (BTEX). The analytes and the reagent will react to each