Continuous Slow-Speed Operation - Merits and Precautions

Speed Up, Slow Down or Both? Investigating the Contemporary Cities

Speed as a crucial phenomenon of modernism affects individual and collective life of human being and changes the traits of the places people live in. Increasing speed is the demand of the modern era, though on the other side in recent years there is a contrary incline towards slowing down different aspects of life. In view of this, the dualities in between social features of Speed up and slow d...

Effect of continuous slow-speed running for 12 weeks on 10-14-year-old Indian boys.

Endurance training was conducted on a group of 41 East Indian boys aged 10-14 years and was compared with 25 untrained boys of the same age. A continuous slow-running method was adopted for 12 weeks. The intensity of the training was 80-85% of maximum heart rate and frequency was 3 days per week. The boys were trained for a 1500-m event and therefore they covered three to five times their racin...

Voltage Fluctuations Produced by the Fixed- Speed Wind Turbines during Continuous Operation - European Perspective

Control Design For Slow Speed Positioning

The problem under study is a synthesis of position and heading control system for low frequency model of surface vessel described by 3 DOF mathematical model. The recursive vectorial backstepping control design was used to keep fixed position and heading in presence of wave disturbances. The controller has been simulated on computer model of scaled supply vessel. It has been assumed that the ac...

Maximum speed of quantum gate operation

We consider a quantum gate, driven by a general time-dependent Hamiltonian, that complements the state of a qubit and then adds to it an arbitrary phase shift. It is shown that the minimum operation time of the gate is τ = h 4E (1 + 2 θ π ), where h is Planck’s constant, E is the average over time of the quantum-mechanical average energy, and θ is the phase shift modulo π. It had been shown in ...