ライフサイエンスコーパス: harmonic

1 optimal integration of information from each harmonic.

2 into simpler components, such as sinusoidal harmonics.

3 phire of the same order as the measured high harmonics.

4 al characteristics will be imparted onto the harmonics.

5 ency domain to a spectrum of high, odd-order harmonics.

6 ut also by other parameters such as power at harmonics.

7 cilitates spectral analysis in terms of time-harmonics.

8 ur clock, with a periodicity paralleling the harmonic activation of the 12-hour oscillatory transcrip

9 wed peaks in firing rate when a low-numbered harmonic aligned with the neuron's characteristic freque

10 ations in neural representations of resolved harmonics along the auditory pathway.

11 nsformation of rate-place coding of resolved harmonics along the auditory pathway.SIGNIFICANCE STATEM

12 Using high-order harmonics, an isotopic cluster of a heavy protein was re

13 other spectroscopy approaches which require harmonic analysis for data processing.

14 We then demonstrate that the undulating harmonic and anharmonic potentials, which allow a number

15 hen stimulated by external US sources in the harmonic and impulsive regimes of wave propagation.

16 r compression, we compared discrimination of harmonic and inharmonic sounds across delays.

17 We use second harmonic and vibrational sum frequency generation spectr

18 a lack of direct correspondence between high harmonics and nonlinear susceptibilities.

19 n of the faradaic signal in the higher order harmonics and the fact that a single electrochemical exp

20 solutions of 36900 (fundamental), 75850 (2nd harmonic), and 108200 (3rd harmonic) were obtained for G

21 fundamental relative to predictions from the harmonic approximation or vibrational second-order pertu

22 the fundamental frequency and first several harmonics are missing or attenuated, and peak frequencie

23 onstrate that the polarization states of the harmonics are not only determined by crystal symmetries,

24 A rate-place code, whereby resolved harmonics are represented by local maxima in firing rate

25 n team members, typically centering near the harmonic average of the individual citation indices.

26 ming one-dimensional diffusive motion over a harmonic barrier.

27 We conclude that our improved spherical harmonic based methods are preferable for cell and nucle

28 In the case of high harmonic generation, the harmonic beam is the result of the coherent superpositio

29 impedance spectra is outlined, by applying a harmonic bias between a quasi-reference counter electrod

30 that with a 20-PW 800-nm driving laser, 1 TW/harmonic can be produced for 1-keV photons.

31 Here, the authors demonstrate that higher harmonics can be generated from amorphous solids.

32 our approach is to maintain a zero amplitude harmonic cantilever deflection by CL control of a subsam

33 these neurons show nonlinear facilitation to harmonic complex sounds over inharmonic sounds, selectiv

34 Harmonic complex tones (HCTs) commonly occurring in spee

35 the auditory pathway.SIGNIFICANCE STATEMENT Harmonic complex tones are ubiquitous in speech and musi

36 oor, but when the tones were combined into a harmonic complex, a dramatic improvement in discriminati

37 rate amplitude and phase manipulation of the harmonic components of an attosecond pulse train in comb

38 ntaneous generation of subharmonic and ultra-harmonic components.

39 tones prior to mating in a behavior known as harmonic convergence (HC) [4].

40 Harmonic convergence (wingbeat frequency matching) was d

41 explored whether the transient occurrence of harmonic cross-frequency relationship between task-relev

42 In addition, a higher incidence of 2:1 harmonic cross-frequency relationships was significantly

43 velength modulation spectroscopy with second-harmonic detection (2f-WMS) is performed and discussed i

44 Relatively stereotyped harmonic distortions in the input to the exponential can

45 l propagation calculations, and experimental harmonic divergence measurements.

46 able to exhibit a sudden appearance of ultra-harmonics during the ultrasound excitation pulse.

47 xploratory diagnostic performance of US time-harmonic elastography (area under the receiver operating

48 Conclusion US time-harmonic elastography depicts abnormal renal stiffness i

49 Multifrequency US time-harmonic elastography enables the noninvasive quantifica

50 assess the diagnostic performance of US time-harmonic elastography for the early detection of glomeru

51 Time-harmonic elastography outperforms B-mode-based size quan

52 tis were prospectively examined with US time-harmonic elastography.

53 We have also observed the second harmonic emission of the undulator.

54 Real-time acoustic feedback control based on harmonic emissions of stimulated microbubbles may be imp

55 -free and high-sensitivity imaging of second harmonics, enabling assessment of processes such as fibr

56 ersion will be applied to clean up Z1 and Z2 harmonic errors in the MIT 1.3-GHz high-resolution NMR m

57 brium field configurations using a spherical harmonic expansion allow us to probe elastic multipole m

58 contrast-reversing gratings and at the first harmonic (F1) to low-spatial frequency drifting gratings

59 cortical Y cells: they respond at the second harmonic (F2) to high-spatial frequency contrast-reversi

60 wo pairs, Z2(1) and Z2(2), generated the 2nd harmonic field of 141 kHz/cm(2) at 50 A.

61 ted at 77 K, the Z1 shim set generated a 1st harmonic field strength of 179 kHz/cm at 70 A, while the

62 Finally, we show that the harmonic fields can be induced by simple Markov processe

63 Our results suggest that harmonic fields might split the sandpile group into subs

64 the evolution of the sandpile identity under harmonic fields of different orders.

65 ets, which support bosonic magnons-quantized harmonic fluctuations of the ordered spins.

66 r sounds that sweep from 55 to 25 kHz (first harmonic, FM1) and from 110 to 50 kHz (second harmonic,

67 armonic, FM1) and from 110 to 50 kHz (second harmonic, FM2).

68 In addition, we assumed that this harmonic force results from the chromatin network formed

69 eads to a significant reduction in the local harmonic force.

70 Average AM1/OPLS-AA harmonic frequencies and mean-square amplitudes are pres

71 e intensity of the fundamental to the second harmonic frequencies of the periodic trapping motion mak

72 fundamental frequency (omega) and the second-harmonic frequency (2omega) of a femtosecond (fs) Ti:sap

73 Here, we report a room temperature THz harmonic frequency comb in 2.2 to 3.3 THz based on diffe

74 included established grouping cues, such as harmonic frequency relationships and temporal coincidenc

75 were able to decompose as the result of the harmonic frequency responses of the pulmonary vessels an

76 nstraints could arise from our dependence on harmonic frequency spectra for segregating concurrent so

77 ptychographic imaging by combining multiple harmonics from an undulator synchtrotron source and an e

78 ently generate coherent circularly polarized harmonics from elliptically polarized pulses.

79 Here we investigate high harmonics from semiconductors with controllable induced

80 Furthermore, we show that the space of harmonic functions provides a set of universal coordinat

81 ature of the geometries gives rise to pseudo-harmonic functions, which predict the locations of maxim

82 distinct geometrical state, characterised by harmonic functions.

83 The highly nonlinear nature of high harmonic generation (HHG) has the potential to extract e

84 e infrared lasers has enabled gas-phase high harmonic generation (HHG) in the water window and beyond

85 High harmonic generation (HHG) is an extremely nonlinear effe

86 Laser-driven high harmonic generation (HHG) sources allow for lab scale ap

87 ese mixtures, we conduct simultaneous second harmonic generation (SHG) and two-photon fluorescence me

88 ti-Stokes Raman scattering (CARS) and second harmonic generation (SHG) are non-linear techniques that

89 ms arrays is investigated by means of second harmonic generation (SHG) experiments and simulations.

90 el-free primary immunoassay utilizing second harmonic generation (SHG) has been developed and the uti

91 icles were recorded by integration of second harmonic generation (SHG) imaging with differential scan

92 Second harmonic generation (SHG) is an emergent biophysical met

93 Second harmonic generation (SHG) microendoscopy is an emerging

94 A low-cost second harmonic generation (SHG) microscope was constructed, an

95 its functionality from a Mueller to a Second Harmonic Generation (SHG) microscope, providing a pixel-

96 mined by Picrosirius Red staining and Second Harmonic Generation (SHG) Microscopy.

97 The second harmonic generation (SHG) of vertical and planar split-r

98 rust-are excluded owing to their weak second harmonic generation (SHG) response.

99 cence emission and resonance-enhanced second harmonic generation (SHG) spectra were collected from 4-

100 molecules in E. coli cells, we apply second harmonic generation (SHG) spectroscopy using SHG-active

101 A second-harmonic generation (SHG) study revealed Kleinman symmet

102 excited autofluorescence (TPEF), and second-harmonic generation (SHG) to investigate the consequence

103 fluorescence, electron microscopy and second harmonic generation (SHG), and there are advantages over

104 The observed second-harmonic generation (SHG; a nonlinear optical process th

105 ization-dependent in-plane anisotropic third-harmonic generation (THG) from the mechanically exfoliat

106 Third-harmonic generation (THG) is a nonlinear optical process

107 lism and oxidized lipids, as seen with Third Harmonic Generation (THG) that changes over time.

108 ic stacking that gives rise to strong second-harmonic generation and enhanced photoluminescence, plat

109 ed attosecond pulses are produced using high harmonic generation and sources of these pulses often su

110 onstrate a structural technique using second-harmonic generation and two-photon fluorescence under si

111 ing symmetry-breaking nonlinear effects like harmonic generation and wave mixing, and the filtering c

112 eous integrated technology as well as second harmonic generation applications.

113 er window (282 to 533 eV) through high-order harmonic generation are normally based on inefficient, m

114 accounted for by a model involving the third-harmonic generation at the sample interface.

115 ultraviolet self-torqued beams arise in high-harmonic generation driven by time-delayed pulses with d

116 The third harmonic generation efficiency for 1L-MoS2 is approximat

117 High-harmonic generation from gases produces attosecond burst

118 onversion of optical vortices through second-harmonic generation from only one atomically thin WS(2)

119 malaria detection method that we call third-harmonic generation image scanning cytometry (THGISC) ba

120 tructure via atomic force microscopy, second harmonic generation imaging and scanning electron micros

121 y (THGISC) based on the combination of third-harmonic generation imaging, high-speed motorized scanni

122 Using multiphoton-second harmonic generation imaging, we determined that partial

123 Optimization of high harmonic generation in a long and dense gas medium yield

124 imode optical beam, in the process of second-harmonic generation in a quadratic nonlinear potassium t

125 High-harmonic generation in isolated atoms and molecules has

126 metric amplifier and its application to high-harmonic generation in solids.

127 eneral experimental technique, based on high-harmonic generation in tailored laser fields, and apply

128 adened resulting in supercontinuum and third harmonic generation in the visible and near-IR spectrum.

129 Second harmonic generation is one of the most sensitive and rel

130 via polarized Raman spectroscopy and second-harmonic generation maps of the PdSe(2) flakes.

131 Performing high-harmonic generation measurements from silicon and quartz

132 285 K while room temperature optical second harmonic generation measurements possess the symmetry co

133 of scanning probe microscopy, optical second harmonic generation measurements, and atomistic modeling

134 en in the extracellular matrix is the second-harmonic generation microscopy (SHG).

135 iphoton fluorescence and quantitative second harmonic generation microscopy complemented with Environ

136 o Raman and photoluminescence imaging, third-harmonic generation microscopy provides excellent sensit

137 ance and fluorescence features, second-order harmonic generation microscopy, and femtosecond transien

138 sing multiphoton autofluorescence and second harmonic generation microscopy.

139 rium exchange experiments confirm the second harmonic generation observations and reveal allosteric c

140 ose-Einstein condensate, we observe the high-harmonic generation of matter-wave jets with complex cor

141 manifestation of photon acceleration: third-harmonic generation of near-infrared photons with tunabl

142 High harmonic generation of ultrafast laser pulses can be use

143 tally demonstrate phase-matching-free second harmonic generation over many coherent lengths in thin f

144 al electrical stimuli through optical second harmonic generation polarimetry and in situ TEM electric

145 low conversion efficiency of the high-order harmonic generation process.

146 e efficiency of this relativistic high-order-harmonic generation remains unclear.

147 The second harmonic generation response at the heterointerface is e

148 metry reduction results in an optical second harmonic generation response that is over 550% higher at

149 We also combine second-harmonic generation spectroscopy with polarization-resol

150 e interfacial nonlinearity probed via second harmonic generation that is sufficient to achieve d33>10

151 inuum extending up to 370 eV from high-order harmonic generation with sub-13 fs 1300 nm driving pulse

152 o far only through the process of high-order harmonic generation(4-7).

153 gorithms to image fibrillar collagen (second harmonic generation) and elastin (two-photon excited aut

154 nal theory) and experimental (optical second harmonic generation) methods.

155 ing phenomena, like ferroelectricity, second harmonic generation, and Weyl fermions.

156 broadband soft X-ray pulses produced by high harmonic generation, in combination with time-dependent

157 argets, but generally describes relativistic harmonic generation, including at normal incidence and w

158 In the case of high harmonic generation, the harmonic beam is the result of

159 frequency doubling (SHG) and tripling (third-harmonic generation, THG) in these materials.

160 Using an optical approach based on second harmonic generation, we show that monomeric and dimeric

161 Using X-ray diffraction and second-harmonic generation, we study structure and symmetry of

162 a nonlinear optical process, such as second harmonic generation.

163 imodal imaging technique: multiphoton-second harmonic generation.

164 such as free-electron lasers and high-order harmonic generation.

165 nced light-matter interaction, especially in harmonic generations.

166 ions of PiFM by introducing two new schemes: harmonic heterodyne detection and sequential heterodyne

167 In harmonic heterodyne detection, the laser repetition rate

168 Enhanced image contrast in biological second harmonic imaging microscopy (SHIM) has previously been r

169 nic is thirty times stronger than the second-harmonic in monolayer MoS2.

170 haracterize a "rate-place" code for resolved harmonics in the auditory midbrain that is more robust a

171 olution results in circularly polarized high harmonics in the far field.

172 frequency (F0), especially when they contain harmonics individually resolved by the cochlea.

173 Finally, strategies for the harmonic integration of these units in functioning solar

174 We demonstrate a five times larger second-harmonic intensity from the MSM metamaterial, compared t

175 er are incorporated in the hENM as effective harmonic interactions between groups of residues, the la

176 ities in monolayer MoS2 (1L-MoS2): the third harmonic is 30 times stronger than the second, and the f

177 Here, the authors report that the third-harmonic is thirty times stronger than the second-harmon

178 covered that information from the individual harmonics is combined so efficiently that performance ex

179 ined for chords deemed representative of the harmonic language of three different musical styles (cla

180 through multi-reversal antisymmetric second harmonic magnetoresistance isotherms.

181 potential introduced by Duan, named extended harmonic mapping (EHM), connect the equations of general

182 Recently, Ren et al. reported that the harmonic maps with potential introduced by Duan, named e

183 were nearly baseline, resolved at the third harmonic (mass resolution approximately 23000) with a tr

184 The CNN approach gave a precision-recall harmonic mean of 94.5% +/- 6%, outperforming other curre

185 icroRNAs, and has been tuned to optimize the harmonic mean of precision and recall.

186 cluding recall, precision, and F1 score (the harmonic mean of recall and precision) for each category

187 The algorithm with the highest F-score (the harmonic mean of sensitivity and positive predictive val

188 The average F(1) score, which is the harmonic mean of the positive predictive value and sensi

189 Here, I introduce the harmonic mean p-value (HMP), which controls the FWER whi

190 localized scales, no previous study has used harmonic models to compare seasonality of mosquito-borne

191 Harmonic motion imaging (HMI) is an elasticity imaging t

192 Here we demonstrate for the first time that harmonic nanomechanical resonators with relatively high

193 s, quantum dots, and upconversion and second-harmonic nanoparticles, as well as release via photodyna

194 nd two-tone combinations, and sensitivity to harmonic number and spectral regularity.

195 A recently developed and modified time-harmonic numerical solution of Maxwell's equations is us

196 cages, which absorb strongly near the second harmonic of an Nd:YAG laser (532 nm), hold promise for m

197 The high harmonic of the beating from the photothermal expansion

198 Using a Boltzmann model and the second harmonic of the LCM to estimate the mechanoelectric tran

199 oellipsoids through generation of high-order harmonics of 800 nm, 60 fs pulses in the plasmas produce

200 The carrier dynamics can produce high-order harmonics of the driving field extending up into the ext

201 through a nonlinear fit to multiple spatial harmonics of the fluorescence recovery.

202 enabled through analysis of multiple spatial harmonics of the photobleaching pattern.

203 vergence and focus position of the generated harmonics often strongly depend on their frequency, lead

204 ore Cd2Re2O7 using spatially resolved second-harmonic optical anisotropy measurements.

205 ping their vocal tract to narrowly focus the harmonics (or overtones) emanating from their vocal cord

206 t the resolving power is proportional to the harmonic order and exceeds 150 k for mass-to-charge rati

207 e sought to explore the relationship between harmonic order and mass resolution.

208 fwhm) is observed to linearly increase with harmonic order in a Fourier transform electrostatic line

209 he mass resolution was truly increasing with harmonic order, the unresolved isotopes at the fundament

210 Responses in various forms like damped harmonic oscillation and periodic oscillation are induce

211 fts, anisotropy-induced current density, and harmonic oscillation stabilization energy calculations.

212 arity of the lumen's contents display simple harmonic oscillations with different periods.

213 cale datasets, called the Extended Circadian Harmonic Oscillator application, or ECHO.

214 n = 100 and to generate superpositions of a harmonic oscillator ground state and a number state of t

215 be understood as the damping of a stochastic harmonic oscillator in q space, which indicates that the

216 ion is based on spin density analysis, HOMA (harmonic oscillator model of aromaticity), NICS (nucleus

217 ndependent chemical shifts, NICS(1)(zz), and harmonic oscillator model of electron delocalization (HO

218 P operations between arbitrary states of two harmonic oscillator modes and can be used to enact a det

219 s to achieve precision measurements in other harmonic oscillator systems.

220 erformance obtained, while quasi-rigid rotor harmonic oscillator thermal contributions are important

221 lus woodpeckers may be modeled in terms of a harmonic oscillator with an impulsive forcing, and this

222 states larger than previously achieved in a harmonic oscillator, and create complex multi-component

223 on of a continuous position measurement of a harmonic oscillator, due to backaction arising from quan

224 a continuous-variable system-for example, a harmonic oscillator-can take advantage of hardware-effic

225 ity of these quantum states in the case of a harmonic oscillator.

226 is well illuminated with a classical double-harmonic-oscillator model, from which it is revealed tha

227 model describes a set of interacting linear harmonic oscillators in thermal equilibrium.

228 valent to designing controls to steer linear harmonic oscillators under optimal forcing.

229 infinite-level systems arising from quantum harmonic oscillators).

230 loes rubbing together, but variations in the harmonics over short time scales cannot be explained in

231 ferent waveform shapes, and therefore, their harmonic peak distributions in a frequency spectrum are

232 erent, thus allowing the removal of unwanted harmonic peaks.

233 This state, labelled here the 'harmonic phase', is shown to occur experimentally in spi

234 ean wall shear stress and of the gradient of harmonic phase-averaged shear stresses, which surprising

235 a synchrotron source, selecting two separate harmonics post sample using the Pixirad-1/Pixie-III dete

236 ces can be modeled for each locus by a local harmonic potential and calculated the effective force co

237 tracold fermions confined to two-dimensional harmonic potentials and prepare closed-shell configurati

238 aser photons and generate tunable high-order harmonic pulses.

239 Here, harmonic radar tracking of artificially over-wintered Bo

240 individuals dispersed from the range of the harmonic radar within less than two days and did not ret

241 acked bumblebee foragers continuously, using harmonic radar, and examined the process of route format

242 gitudinal motions of the TM in response to a harmonic radial excitation.

243 s, we convert the fundamental beam into high harmonic radiation at its focus where the polarization i

244 uch as characteristic bandgaps or high-order harmonic radiation.

245 of discrete frequency components, but not on harmonic ratios between frequencies.

246 ualized and trend-adjusted Negative Binomial Harmonic Regression (NBHR) models augmented with the del

247 at the proportion of epochs displaying a 2:1 harmonic relationship between alpha (8-14 Hz) and theta

248 nchronize when their "peak" frequencies form harmonic relationships (e.g., f (2) = f (1)/2), the pres

249 heral rate-place code and insensitive to the harmonic relationships among frequency components.

250 vely, while the ones induced by fourth-order harmonics resemble magnifications and rotations.

251 dynamics induced by second- and third-order harmonics resemble smooth stretchings and translations,

252 the pulmonary vasculature is matched to the harmonic response of the LH in a way that efficiently re

253 e impedance of the pulmonary vessels and the harmonic response of the LH.

254 demonstrating a favourable effect of the LH harmonic response on RV pulsatile load: the LH harmonic

255 rmonic response on RV pulsatile load: the LH harmonic response was responsible for a 20% reduction of

256 element analysis to determine the modal and harmonic responses, and validated by interferometric mea

257 In one set of simulations, harmonic restraints were applied to bias the protein str

258 We have developed third-harmonic scattering (THS) as an alternative method to me

259 lattice motion, in contrast to conventional harmonic semiconductors, presents a conceptual challenge

260 Here, we demonstrate that harmonic sideband (HSB) generation in monolayer tungsten

261 nt by three orders of magnitude in the third-harmonic signal compared with that of bare graphene.

262 Here we report the observation of a third-harmonic signal from a topologically non-trivial zigzag

263 he optical nonlinearity and modify the third-harmonic signal.

264 Some of the recordings have a harmonic signature that is believed to be associated wit

265 showed regions with a strong preference for harmonic sounds compared to noise, measured with both sy

266 implicating memory representations unique to harmonic sounds.

267 In contrast to inharmonic spectra, harmonic spectra can be summarized, and thus compressed,

268 an "read" features imprinted in laser-plasma harmonic spectra that are currently analysed with spectr

269 Second harmonic spectra were computed to determine the number o

270 dentified by monitoring the variation of the harmonic spectra with the carrier density.

271 ndamental frequency is unchanged while upper-harmonic spectral content decrease in amplitude, indicat

272 Moreover, the harmonic spectral dependence on the driving wavelength i

273 e introduce polarization-state-resolved high-harmonic spectroscopy of solids, which provides deeper i

274 produces attosecond bursts and enables high-harmonic spectroscopy to explore electron dynamics in at

275 anced shape descriptors, including spherical harmonics (SPHARM).

276 nharmonic sounds, selectivity for particular harmonic structures beyond two-tone combinations, and se

277 Despite the prevalence of sounds rich in harmonic structures in our everyday hearing environment,

278 an important role in processing sounds with harmonic structures, such as animal vocalizations, human

279 functions from those oscillations that were harmonic, suggesting purposeful biologic regulation to c

280 Our findings suggest that the harmonic template neurons in auditory cortex may play an

281 this study, we discovered a unique class of harmonic template neurons in the core region of auditory

282 relative to pure tones, similar to cortical "harmonic template neurons" (Feng and Wang, 2017), but to

283 back-to-back, discrimination was better for harmonic than inharmonic stimuli when sounds were separa

284 structure in both the first and second laser harmonics that can evolve on intra-pulse time-scales.

285 the launched beam and also the higher-order harmonics that were not reported previously can become i

286 For frequencies above the first harmonic, total impedance was below the pulmonary impeda

287 provement of a method based on the spherical harmonic transform that performs significantly better th

288 We demonstrated the harmonics up to the 35th order (E = 50 eV) in case of si

289 Here we produce high harmonics using a space-varying polarized fundamental la

290 and simulated data were conducted across all harmonics using public domain freeware (MECSim).

291 on that alpha and theta rhythms shifted into harmonic versus nonharmonic cross-frequency relationship

292 for the substituted ortho-benzyne as well as harmonic vibrational frequencies and singlet-triplet spl

293 nced strain exceeds the values predicted for harmonic vibrations with the same root mean square (RMS)

294 , we present efficient generations of second-harmonic vortex and Hermite-Gaussian beams in the recent

295 r polarization state of the generated second-harmonic vortex.

296 shaping has been achieved to convert second-harmonic waves into focusing spots, vortex beams, and di

297 t in the probe sounds, but not when resolved harmonics were the main available cue.

298 ntal), 75850 (2nd harmonic), and 108200 (3rd harmonic) were obtained for GdO(+) (avg.

299 a acquired by the OFA are rich of high-order harmonics, which offer higher mass resolving power than

300 rmal ability of ferrets to detect a mistuned harmonic within a complex sound.