The carrier waved a newspaper and letter at them.
"Kit of Greenacre Farm" by Izola Forrester
We generate a blanket frequency, impressed upon the ultra carrier wave.
"Spacehounds of IPC" by Edward Elmer Smith
We must see what we are doing, so the light-rays must be heterodyned upon our carrier wave.
"Skylark Three" by Edward Elmer Smith
The radio was silent, with just the hum of the carrier wave as Krafft waited for him to continue.
"Planet of the Damned" by Harry Harrison
We can't get the carrier wave for the remote-control impulses to go very far underwater.
"Anything You Can Do ..." by Gordon Randall Garrett
Orne heard the sudden hiss of the carrier wave in his neck transceiver, but there was no voice from the monitor.
"Operation Haystack" by Frank Patrick Herbert
It could deliver a carrier-wave down to half a micro-micro-watt of any form desired, and up to the power of a nearby transmitter.
"The Machine That Saved The World" by William Fitzgerald Jenkins
The EEG recording is simply fed into a gadget that modulates a carrier wave.
"The Electronic Mind Reader" by John Blaine
And it must be close by, for the intensity of the carrier wave was tremendous.
"Astounding Stories, March, 1931" by Various
Even the carrier wave is dead.
"Astounding Stories, May, 1931" by Various
We can't get the carrier wave for the remote-control impulses to go far underwater.
"Anything You Can Do" by Gordon Randall Garrett
The radio was silent, with just the hum of the carrier wave as Krafft waited for him to continue.
"Sense of Obligation" by Henry Maxwell Dempsey (AKA Harry Harrison)
A white-crested wave had risen up out of the sea right alongside of the big steel ore carrier.
"The Iron Boys on the Ore Boats" by James R. Mears
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When a sound wave travels in the metal, it gives rise to a collective motion of the charge carriers producing a self-consistent electromagnetic ﬁeld accompanying the wave.
Electromagnetic quantum waves and their effect on the low temperature magnetoacoustic response of a quasi-two-dimensional metal
We showed that these “quantum waves” may occur at low temperatures and weak charge carriers scattering provided that the Fermi surface warping is rather pronounced (t > ωp0/q).
Electromagnetic quantum waves and their effect on the low temperature magnetoacoustic response of a quasi-two-dimensional metal
This shows that the quantum waves generated by combined effects of the lattice vibrations and the collective motions of charge carriers providing the electroneutrality of the whole system, are accompanied by magnetic oscillations of the longitudinal spin density.
Electromagnetic quantum waves and their effect on the low temperature magnetoacoustic response of a quasi-two-dimensional metal
On the other hand, when (as in gravitational-wave interferometers) the light consists of a monochromatic carrier plus signals encoded in side bands with frequency Ω = ω − ωo ≪ ωo , then for all practical purposes, ˆE (t) does self commute.
The noise in gravitational-wave detectors and other classical-force measurements is not influenced by test-mass quantization
E ) is the wave function describing an incoming (or outgoing) carrier in contact α in channel m in the absence of a modulation potential, and Jl is the l’th order Bessel function.
Photon-assisted transport in semiconductor nanostructures
F is the carrier Fermi wave vector, h is the Planck constant, NM n the density of substitutional Mn, m∗ is the effective mass of the carrier, and e is the electron charge. χ⊥ = M /B and χI I = ∂M /∂B are the transverse and longitudinal magnetic susceptibilities.
Magneto-transport and magneto-optical properties of ferromagnetic (III,Mn)V semicondcutors: a review
At present, however, technology for creating very short pulses has advanced a lot and experiments with pulses which are as short as a few cycles of the carrier wave have become possible .
Ultra-short pulses in linear and nonlinear media
The main idea is that we assume a broad, rather than a short, pulse in the sense that we introduce time scales that are slower than the oscillations of the carrier wave that is oscillating at a ﬁxed frequency ˜ω with a wavenumber ˜β .
Ultra-short pulses in linear and nonlinear media
Because of the oscillations of the carrier wave, in the Fourier domain the signal will be concentrated around the frequencies ˜ω and − ˜ω .
Ultra-short pulses in linear and nonlinear media
The idea is to encode data on top of a carrier wave composed of chaotic laser oscillations.
Will the Butterfly Cipher keep your Network Data secure? Developments in Computer Encryption
If the spectral width of the carrier wave ∆ωc is much smaller than the mode separation ωr , it represents a regularly spaced comb of laser modes just like (2), with identical spectral line shapes.
Testing the Stability of the Fine Structure Constant in the Laboratory
If the carrier wave is monochromatic C (t) = e−iωc t−iϕ , its spectrum will be δ shaped and centered at the carrier frequency ωc .
Testing the Stability of the Fine Structure Constant in the Laboratory
According to (3) each round trip will shift the carrier wave with respect to the envelope by ∆ϕ = arg(C (t − T )) − arg(C (t)) = ωcT so that the frequency offset may also be identiﬁed by ωCE = ∆ϕ/T (14; 34; 38).
Testing the Stability of the Fine Structure Constant in the Laboratory
The appearance of coherence factors u and v in the coeﬃcients of the SM-EI junction demonstrates that the electron-hole condensate strongly affects the transport and in general the wave function of carriers, by means of both inducing coherence on the SM side and altering transmission features.
Coherent exciton transport in semiconductors
FIG. 8: Phase diagram in the ne -t′ plane for t′ ≥ 0. s, g and dx2−y2 wave pairing states are almost degenerate in the low-carrier region for large t′ .
Phase diagram of the t-U^2 Hamiltonian of the weak coupling Hubbard model
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