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undamped

Allusion is made below to recent work on the production of undamped trains of electric waves.

00Poulsen's method of producing continuous or undamped electrical waves has been applied by him in radio-telegraphy.

0015599 of 1903; also a lecture given in London, November 27, 1906, " On a Method of producing undamped Electrical Oscillations and their employment in Wireless Telegraphy," Electrician, 1906, 58, p. 166.

00omega n is the undamped natural frequency and z is the damping ratio.

00For undamped sinusoids, the signal space can be inferred from the complex roots found with a magnitude very close to 1.0.

00undamped sinusoids, the signal space can be inferred from the complex roots found with a magnitude very close to 1.0.

00undamped vibration of any linear structure, for example by Finite Element methods.

00undamped algorithms for fitting sinusoids via a modification of the least-squares Prony method.

00undamped frequency, w.

00undamped system to complete one cycle of free vibration is the natural period of vibration of the system.

00undamped sines, and damped exponentials.

00Allusion is made below to recent work on the production of undamped trains of electric waves.

00Poulsen's method of producing continuous or undamped electrical waves has been applied by him in radio-telegraphy.

0015599 of 1903; also a lecture given in London, November 27, 1906, " On a Method of producing undamped Electrical Oscillations and their employment in Wireless Telegraphy," Electrician, 1906, 58, p. 166.

00For undamped sinusoids, the signal space can be inferred from the complex roots found with a magnitude very close to 1.0.

00This allows routine computation of undamped vibration of any linear structure, for example by Finite Element methods.

00There are also three Undamped Algorithms for fitting sinusoids via a modification of the least-squares Prony method.

00From this, you should be able to find the natural undamped frequency, w.

00The time required for an undamped system to complete one cycle of free vibration is the natural period of vibration of the system.

00Using this method, it is possible to fit exponentially damped sines, undamped sines, and damped exponentials.

00

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