| 词汇 | example_english_resonant |
| 释义 | Examples of resonantThese examples are from corpora and from sources on the web. Any opinions in the examples do not represent the opinion of the Cambridge Dictionary editors or of Cambridge University Press or its licensors. The space is 'alive' to any sound made within its resonant walls and ceilings. Numerical study of coaxial double z-pinch for resonant photopumping x-ray laser. Dissipative effects can cause coupling of the resonant magnetic surface to neighbouring magnetic surfaces. The beams spread rapidly on propagation near the cutoff frequencies and the resonant frequency of the corresponding plane waves. Owing to the possibility of resonant excitation of the free modes, the mass-transport can be very greatly amplified. The displacement of resonant frequencies in higher mode is due to the amplitude of oscilation. What you will hear, then, are the natural resonant frequencies of the room articulated by speech. By using various transducing devices and signal-generating equipment, the project effectively 'tuned in' the location by delivering resonant frequencies. The processing involves tuning the pitch of the whistle to the resonant frequencies imposed on the train sounds which are combined with a stretched version. Since the resonant surface acts as a singular surface, the connection formulae are calculated by means of the method of asymptotic expansions. Resonant absorption and phase mixing are sometimes thought of as different phenomena. Such singularities are usually associated with resonant absorption, and lead to complications in the analysis. The results show some of the resonant electrons are accelerated to velocities larger than the laser group velocity and thus gain high energy. All the harmonics are thus resonant, which reflects the formation of weak shocks. His task is also to preserve, and even, in resonant language, to 'reduce' what he inherits to its original greatness. The resonant frequency of each mode can be separately adjusted by means of two piston tuners. Resonant wave interactions are more liable to be significant for extended periodic or nearperiodic wave trains than for isolated pulses. The spatial inhomogeneity of the distribution function of resonant particles in the vicinity of a caviton produces a new type of damping. Since in (14) the momentum p corre+ sponds to the resonant particles, we can neglect the fir st term of (2). Accordingly, strictly perpendicularly propagating electrostatic waves cannot accelerate particles, because no resonant particles exist. However, in this case, the resonant source radiation has interacted with a nuclear-resonant filter. The dashed and solid lines in (c) represent the resonant deposition profiles in the optical case and the quasi-optical case respectively. Below, a resonant scheme of recuperation is proposed that takes into account peculiarities of a sheet beam geometry. We also measured the deformation of the pipette with the sensor at the 4th resonant vibration before and during contact with the soft agar. Resonant islands are already present but still do not affect the central region of the phase plot where the solitary solution resides. The resonant interaction between three waves in a uniform magnetized plasma is considered. The loss increases the electron cyclotron resonant frequency slightly. Both the cut-off circle and the resonant position are indicated by dashed lines. In the fir st case, cascading through ion acoustic waves, both resonant and nonresonant cascading processes have been analyzed. The above equations show a resonant enhancement in the magnitude of the transver se velocity for the rever sed-field configuration when - i2 - 2 - 0 - 0. The effect of semi-inhomogeneous magnetic field on the resonant scattering process should be examined in future studies. A plot of the normalized and ring speeds vs e for the resonant instability. Care is taken at this stage to avoid the appearance of resonant denominator s in the fir st-order invariant. The density and resonant particle inhomogeneity left from the already collapsed cavities can affect the damping of new cavities. The linear and nonlinear temporal dynamics of this modulational process involving coupling to a resonant ion-acoustic wave are studied. In other words, no resonant plasma mode has been required. After the reconnection, the resonant surface of the unstable mode disappears, and the q profile becomes locally stable to the mode. Therefore, besides the synchrotron oscillation around the resonant center point of the ponderomotive bucket, the trapped electrons obtain the additional acceleration energy. The resonant content of a physical space or instrument becomes restrained by our own listening intentions. The resonant condition is analytically derived and numerically testified. Figure 4(b) shows the resonant velocity u computed in these three reduced fields, as a function of time. Characteristic emission was observed which supported a resonant energ y-transfer mechanism. The relationship between the resonant interaction equations investigated here and weak turbulence equations involving three-wave resonant interactions remains as a subject for further investigation. The waves that satisfy this condition are called resonant waves. Each of the instabilities (both resonant and non-resonant) discussed were found to exhibit significant growth over a certain range of e values. We estimate the output of resonant transition radiation. Three- and four-wave resonant equations, on the other hand, describe the resonant interaction of multiple wave modes assumed to be present in the plasma. The theoretical analyses emphasize a resonant process that involves a relativistic effect. Our prediction that resonant interaction with a longer-wavelength mode can modify the nonlinear scaling of a short-wavelength mode may be amenable to experimental test. Reduction of the nonlinear problem to a perturbation of a non-resonant linear system may sometimes be achieved by normal forms and amplitude-frequency modulation. The solution again includes the resonant mode, which can be renormalized into and thus is not explicitly carried in the calculation. Based on all the above data it appears that only the axisymmetric instability and acoustic wave modes are allowed in subsonic resonant impinging jets. The relevant evolution equations governing the amplitudes of the resonant waves for these two cases can be derived using the method of multiple scales. Further discussion of the process of resonant collapse is reserved till 9 3. In order to emphasize this dependence between two steps, we may call it as the selective resonant tunneling model. There are two key points in any resonant process: 1! Local political boundaries provided culturally-resonant mechanisms for limiting the reach of redistributive government. Vocal sounds subjected to this processing resemble 'overtone singing' in a reverberant cathedral, because the resonant frequencies are strong enough to be heard as pitches. An electrical field formed by conducting strips decelerates beam electrons and decreases their longitudinal velocity until the velocity reaches a resonant value. A detailed study is made of the resonant processes in the boundary layers, including damping and growth rates. Representative three-wave resonant interactions for case (a) are discussed below. Usually resonant absorption is investigated in a static equilibrium. We apply his method to study the effect of a mass flow on the resonant absorption of sound waves in the slow-wave dissipative layer. Since the magnetic field is mainly confined in loops (or tubes), it is natural to study the nonlinear resonant interaction in cylindrical geometry. The above equations show that the waves are coupled to each other by the resonant wave interactions. The variational formulations of the resonant interaction equations (4.39) and (4.40) are discussed below. Resonant absorption is a common dissipative mechanism in non-uniform plasmas. In the case of strong nonlinearity, the efficiency of the resonant coupling is found to be proportional to the counterpart obtained in linear theory. Obviously, the power of the resonant radiation (at frequencies of about the maximum plasma frequency) greatly exceeds the non-resonant component. If it is small, then the function is very strongly peaked around the resonant mode. Resonant absorption and heating is also recognized as the mechanism responsible for the heating of solar arches. The resonant tori of an integrable system are destroyed by a perturbation. Let us assume that q0 is a resonant linearizable corner. When the pipette with the touch sensor is used at the 2nd or the 4th resonant frequency, it has high sensitivity. One is used for the actuation at the resonant frequency of the structure. On this basis and due to network resonant properties, a thalamocortical dysrhythmia is proposed to ensue and be at the origin of parkinsonian symptoms. Suspended in the aural imagination, this single sonic event seems charged with resonant energy, its musical attributes reverberating into the distant close of the piece. Similarly, resonant reflection of the forward sound wave off the entropy wave produces a backward sound wave. Only the resonant part is responsible for the interaction with cavities and cavity damping. Intuitively, one expects the resonant interactions to be strongest for the lower order harmonic interactions. The singing is an excellent example of the style, and the church acoustics are resonant. In other words, the effect of the individual particle motion producing the wave-particle resonant interactions is fundamental in predicting this mode. The staccato nature of bird song suggests that changes of breath should excite resonant modulation. Relatively strong scattering, 0.1, between the hemispheres corresponds to a wave model with resonant scattering or the upper limit of the dynamical turbulence model. An important property of resonant slow-wave heating is that the jumps are independent of the dissipative coefficients. Under the assumption of non-resonant interaction of the particle with the radiofrequency field, these integrals represent adiabatic invariants of the particle motion. His has been the strongest and most resonant of the voices which have called for a change of priorities. He proposes that "resonant binding" among distributed brain regions may play a role in perceptual completion. Global contributions result from influences of higher resonant modes, determined partly by global boundary conditions. Attention is drawn to such resonant states, making them the basis of conscious experience. To obtain a low resonant frequency, the inductance has to be very large since it is difficult to achieve very high capacitance. He won many distinguished awards but this seems particularly resonant and appropriate. We solve this problem and obtain, for each resonant frequency, the existence of an invariant set with homoclinic orbits. As we can see clearly, a resonant forcing with sufficient strength induces an early stage bubble breakup. The frequency range about the linear resonant frequencies for which there is a resonating wavelet is the linear resonance region. All other theories of resonant oscillations have implicitly made the small rate assumption. The wavelengths over which resonant (or near-resonant) interactions occur is found to be affected strongly by current velocity. However, these analyses are not valid in the neighbourhood of the resonant wavelength. These examples are from corpora and from sources on the web. Any opinions in the examples do not represent the opinion of the Cambridge Dictionary editors or of Cambridge University Press or its licensors. |
反思网英语在线翻译词典收录了377474条英语词汇在线翻译词条，基本涵盖了全部常用英语词汇的中英文双语翻译及用法，是英语学习的有利工具。