MAGNETICALLY CONTROLLED REACTORS TO ENHANCE TRANSMISSION CAPABILITY & SAVE ENERGY


Magnetically Controlled Reactor
A Magnetically controlled Reactor is device in Which DC Pulsing Through a Part of The Power Winding Changes The Duration to Period Ratio of The Magnetic Core Saturation There By Changing The Inductance And Inductive Susceptance
MCRs Are Powerful Low “inertia Inductors In Which Reactive power Can Be Regulated From .01 To 1.0 Time Rated Power
MCRs Significantly Reduced Idle Mode Power Lo ....etc

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Abstract

Magnetic servo levitation (MSL) is currently being investigated as an alternative to drive fast-tool servo systems that could overcome the range limitations inherent to piezoelectric driven devices while operating over a wide bandwidth. To control such systems, a feedback-linearized controller coupled with a Kalman filter has been previously described. Performance limitations that degrade tracking accuracy suggest the use of a more robust controller design approach, such as sliding-mode control. Current literature on slidi ....etc

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please provide me abctract,full seminar report and ppt.. ....etc

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It was in Wales on February 21st 1804, the worldâ„¢s very first the steam engine was introduced by Richard Trevithick. The speed of the first steam locomotive was just 8 km/h (5 mph). Inventions followed and by the year 1815, George Stephenson developed the first workable steam locomotive. In 1825, exactly after 21 years of the one of the worldâ„¢s most powerful and revolutionary inventions in transportation, the worldâ„¢s first passenger train was born. Developed by George Stephenson, the locomotive ran at a speed of 25 km/h (16 mp ....etc

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MAGNETICALLY CONTROLLED REACTORS TO ENHANCE TRANSMISSION CAPABILITY& SAVE ENERGY

ABSTRACT
The reactive power problem will become intensified in the future with the increasing use of EHV overhead lines and high-voltage cable in densely populated areas. Generators alone, with their under excited
limitations during light load periods, may not have sufficient capability to control voltages in some systems in which substantial amounts of high-voltage cable are used. Turbine generators with automatic voltage regulators, ....etc

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Ever since the discovery of the wheel, man has been in constant pursuit to achieve better and faster means of transportation. The FLYING TRAINS that is the MAGLEV (magnetic levitation) trains is the realization of such zestful endeavors. These ultra high-speed trains are acting as an indisposable resource to make the world smaller. Maglev is a generic term for a family of technologies in which a vehicle is suspended, guided and propelled by magnetic forces. Due to its need for an entirely new infrastructure, maglev technology has had a prolong ....etc

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i want in the word format and ;power point format sir ....etc

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i want the detailed report about the report for project work sir...and for seminar purpose sir ....etc

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please provide me some lists of projects on gear trains specially epicyclic. ....etc

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HIGH SPEED TRAINS
1. INTRODUCTION
When English inventor Richard Trevithick introduced the steam locomotive on 21 February 1804 in Wales, it achieved a speed of 8 km/h (5 mph). In 1815, Englishman George Stephenson built the world's first workable steam locomotive. In 1825, he introduced the first passenger train, which steamed along at 25 km/h (16 mph). Today, trains can fly down the tracks at 500 km/h (311 mph). And fly they do, not touching the tracks.
There is no defined speed at which you can call a train a high spee ....etc

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