Wi-Fi is one good example of wideband technology the large range of frequencies and the low power allow it to co-exist with cordless phones and other devices.
We will show that, with appropriate inverse methods, isothermal complex moduli are obtained over a large range of frequencies.
We study the frequency-dependent impedance measurements on transparent, flexible single-walled carbon nanotube networks over a large range of frequencies, from 40 Hz to 20 GHz.
From experimental curves of complex moduli versus frequency, obtained over a large range of frequencies, closed form expressions of moduli are obtained.
All the models have dominant frequencies comparable to clinical values except for the IMW model, which has a large range of frequencies extending beyond the clinical range for both ventricular tachycardia (VT) and ventricular fibrillation (VF).
This layer is transparent to radio waves and permits the recording of echoes from the upper regions of F-layers, but can cause scatter echoes over a large range of frequencies, even exceeding foF2.
For the RFID technology, there are two different types of systems: inductive and radiative, operating in a large range of frequencies, from 125 kHz to 5.8 GHz (Fig. 1), but most applications use LF, HF, and UHF bands.
The energy method is based on a bilinear form stemming from the energy release rate quadratic form and it turns out to be very satisfactory compared to other methods in a large range of frequencies, up to moderate frequencies.
The importance of this model is not settled, however, other relaxation models will need to consider dynamic processes that span this large range of frequencies.
However, zebra finches mostly produce complex notes with energy distributed over a large range of frequencies with the fundamental frequency often being attenuated, instead of pure-tone sounds while rapid beak movements occur during the whole song.
