**1.** Mechanical ** Antiresonances** cannot be discerned from impedance analysis, because they are masked by the parallel capacitance of the other LRC branches

Antiresonances, Analysis, Are

**2.** *Antiresonances* meaning Plural form of antiresonance.

Antiresonances, Antiresonance

**3.** Nance between these ** Antiresonances** is a genuine free-free mode

Antiresonances

**4.** Looking at these actions in reverse sequence, grounding the base DOF of this free-free structure results in a constrained structure with resonance frequencies matching the two ** Antiresonances** of the free-free shake

At, Actions, Antiresonances

**5.** We report anomalous ** Antiresonances** in the infrared spectra of doped and disordered single layer graphene

Anomalous, Antiresonances, And

**6.** The** Antiresonances are caused by the interference between the upper and lower branches of the ring.** So they are suppressed by the asymmetry of the ring

Antiresonances, Are, And, Asymmetry

**7.** When these conditions are met, we measured a series of quantum interference ** Antiresonances** (AR) between the two types of excitations, namely the discrete IRAV and the polaron PA band

Are, Antiresonances, Ar, And

**8.** In general, you cannot avoid creating these higher order resonances/** Antiresonances** with an LC matching network, but you can carefully select components and design a network such that these undesired resonances/

Avoid, Antiresonances, An, And

**9.** Are the ** Antiresonances** of h p q ω and are here denoted as ω a, i, with 0 ≤ i ≤ n − 1

Are, Antiresonances, And, As

**10.** Unlike resonances, the ** Antiresonances** depend on the receptance h p q (ω) considered

Antiresonances

**11.** In addition, we identify and discuss minima of the transmitted force ("** Antiresonances**") between these resonances

Addition, And, Antiresonances

**12.** Antiresonance (plural *Antiresonances*) (physics) the condition, in an electric circuit containing a capacitor and coil in parallel and in which the alternating current line voltage and the resultant current are in phase, in which the impedance approaches infinity.

Antiresonance, Antiresonances, An, And, Alternating, Are, Approaches

**13.** THE USE OF ** Antiresonances** FOR ROBUST MODEL UPDATING W

Antiresonances

**14.** ** Antiresonances** have become an attractive alternative in structural damage assessment

Antiresonances, An, Attractive, Alternative, Assessment

**15.** ** Antiresonances** are derived from point frequency response functions (FRFs) or from transfer FRFs.

Antiresonances, Are

**16.** Nasals creat *Antiresonances* that attenuate higher formants relative to those of neighboring** vowels**

Antiresonances, Attenuate

**17.** These *Antiresonances* are frequency regions in which amplitudes of the source components are severely attenuated.

Antiresonances, Are, Amplitudes, Attenuated

**18.** The photoinduced Fano-type ** Antiresonances** are well explained by extending the amplitude mode model beyond the adiabatic limit

Antiresonances, Are, Amplitude, Adiabatic

**19.** In this paper, an updating technique that includes ** Antiresonances** in the definition of the output residual is considered

An, Antiresonances

**20.** ** Antiresonances** are not a global system property, but are typical of each frequency response function (FRF), thus allowing the residual vector to be enlarged with data identified from additional FRFs

Antiresonances, Are, Allowing, Additional

**21.** Yannis Kominis, Kent D Choquette, Anastasios Bountis & Vassilios Kovanis, ** Antiresonances** and Ultrafast Resonances in a Twin Photonic Oscillator, IEEE Photonics Journal, 11 1-9 (2019)

Anastasios, Amp, Antiresonances, And

**22.** Direct Observation of Infrared Plasmonic Fano ** Antiresonances** by a Nanoscale Electron Probe Kevin C

Antiresonances

**23.** They use an updating technique that includes ** Antiresonances** in the definition of the output residual, showing that the use of

An, Antiresonances, Allows

**24.** One of the main motivations on the use of ** Antiresonances** in structural identification is that, unlike mode shapes,

Antiresonances, Are, And

**25.** In addition, we identify and discuss minima of the transmitted force ("** Antiresonances**") between these resonances

Addition, And, Antiresonances

**26.** Accordingly, the addition of surplus charge carriers to chirality-mixed carbon nanotube samples has previously been found to give rise to a Drude-type plasmon feature as well as Fano-type ** Antiresonances** in the far- to mid-infrared spectral range (FIR/MIR)

Accordingly, Addition, As, Antiresonances

**27.** We present analytic and numerical studies based on the Landauer theory of conductance ** Antiresonances** of molecular wires

Analytic, And, Antiresonances

**28.** IEEE Photonics Journal ** Antiresonances** and Ultrafast Resonances

Antiresonances, And

**29.** For consonants, there are also ** Antiresonances** in the vocal tract at one or more frequencies due to oral constrictions

Are, Also, Antiresonances, At

**30.** In this Letter, we exploit recent breakthroughs in monochromated aberration-corrected scanning transmission electron microscopy (STEM) to resolve infrared plasmonic Fano ** Antiresonances** in individual nanofabricated disk-rod dimers

Aberration, Antiresonances

**31.** Nasal cavities are known to introduce ** Antiresonances** (dips) in the sound spectrum reducing the acoustic power of the voice

Are, Antiresonances, Acoustic

**32.** We observed photoinduced quantum interference ** Antiresonances** between several discrete infrared-active vibrations and the lower-polaron continuous absorption band in a series of pi-conjugated

Antiresonances, Active, And, Absorption

**33.** (b) Enlargement of one of the blockade *Antiresonances*

Antiresonances

**34.** The other type of singularity, arising from the dissipative coupling of two ** Antiresonances**, is an unconventional bound state in the continuum (BIC)

Arising, Antiresonances, An

**35.** CiteSeerX - Document Details (Isaac Councill, Lee Giles, Pradeep Teregowda): We present analytic and numerical studies based on Landauer theory of conductance ** Antiresonances** of molecular wires

Analytic, And, Antiresonances

**36.** Kondo resonances and Fano ** Antiresonances** in transport through quantum dots M

And, Antiresonances

**37.** Indeed, there are two types of ** Antiresonances**: 1

Are, Antiresonances

**38.** Furthermore, these ** Antiresonances** are most effective in orbital positions that are not perturbed by Pandora, meaning that Pandora is not involved in shaping the F ring

Antiresonances, Are

**39.** The ** Antiresonances**, like the resonances, are linear and stationary

Antiresonances, Are, And

**40.** The ** Antiresonances** can be derived from the point frequency response functions (FRFs), in which the response coordinate is the same as the excitation coordinate, or from transfer FRFs in which the response coordinate differs from the excitation coordinate

Antiresonances, As

**41.** Point FRFs are preferred because matching problems arise when the ** Antiresonances** from

Are, Arise, Antiresonances

**ANTIRESONANCES**

Antiresonances can occur in all types of coupled oscillator systems, including mechanical, acoustic, electromagnetic and quantum systems. They have important applications in the characterization of complex coupled systems.

In electrical engineering, antiresonance is the condition for which the reactance vanishes and the impedance of an electrical circuit is very high, approaching infinity. In an electric circuit consisting of a capacitor and an inductor in parallel, antiresonance occurs when the alternating current line voltage and the resultant current are in phase.

The simplest system in which antiresonance arises is a system of coupled harmonic oscillators, for example pendula or RLC circuits . Consider two harmonic oscillators coupled together with strength g and with one oscillator driven by an oscillating external force F.

This result makes antiresonances useful in characterizing complex coupled systems which cannot be easily separated into their constituent components. The resonance frequencies of the system depend on the properties of all components and their couplings, and are independent of which is driven.