ライフサイエンスコーパス: finite

1 We explore information flow in finite active matter flocks by simulating the canonical

2 Correction functions accounting for the finite adhesion strength (soft contact regime) are also

3 ifference, are retained, because they remain finite and are maximal if and only if |p1 - p2| = 1.

4 a MoS(2) photodetector in the presence of a finite and optimum amount of white Gaussian noise at a f

5 thermo-electrohydrodynamic tweezers employ a finite array of plasmonic nanoholes illuminated with lig

6 egime, and the second sound velocity remains finite at low wavenumbers.

7 Team rounding in the ICU can tax clinicians' finite attentional resources.

8 , of the main classes of computing automata, Finite Automata (FA), 1-stack Push Down Automata (1-PDA)

9 node i is assigned a bit at time 0 and is a finite automaton with m bits of memory (i.e., [Formula:

10 ates have been observed from these NWs and a finite Berry phase of ~pai is obtained by the analysis o

11 might boost the performance of a physically finite brain or model.

12 result allowed for the first measurements of finite bundles of MONTs on the nanometer scale.

13 xotic magnetic behavior as a result of their finite but cyclized chain structures.

14 lthough electrical transport measurements at finite carrier density are consistent with hydrodynamic

15 dary conditions to minimize corrections from finite cell boundaries but the long range of the Coulomb

16 ing characteristic(1,2) of Cooper pairs with finite centre-of-mass momentum is a spatially modulating

17 ), a topological state of matter featuring a finite Chern number C and chiral edge states(2,3).

18 r topological hole minibands tuned to have a finite Chern number, we focus on quarter filling, corres

19 re minibands of ABC-TLG/hBN between zero and finite Chern numbers, as revealed by large changes in ma

20 Even with a finite coherence budget to invest in quantum information

21 nding open question about the existence of a finite correlation witnessing infinite entanglement.

22 ng coupling, nonlinearities are prominent at finite coupling, both at response onset and close to sat

23 bution function from collagen, carbonate and finite crystallite size were examined through principal

24 By applying finite deformation to the spectrin network, we obtain th

25 lasses of genomic architectures: traits with finite, detectable associations of genetic loci with phe

26 sample volume, a finite detector area, and a finite detection time for measuring absorbance.

27 It requires a finite sample volume, a finite detector area, and a finite detection time for me

28 into: on- and off-lattice agent containers, finite difference diffusion fields, a GUI building syste

29 An iterative Finite Difference Eigenmode (FDE) simulation reveals tha

30 Herein, a finite difference method for near-edge structure (FDMNES

31 The simulations are carried out using a finite difference time domain method.

32 In this paper, we use a finite difference time domain solver to simulate the nea

33 del in irregular computational domains using finite difference without regenerating body-fitted grids

34 to 8x coarser than is possible with standard finite-difference methods.

35 Using finite-difference time domain calculations, coupled mode

36 re measured, and the results are compared to finite-difference time domain simulations.

37 the holes in the structures, and verify with finite-difference time-domain modeling that expanded tra

38 itting devices analyzed by three-dimensional finite-difference time-domain simulation; this slab has

39 Using finite-difference, time-domain modeling and comparisons

40 tainable by quantum systems of any arbitrary finite dimension, but is attained exclusively by infinit

41 n overfitting, we find an important role for finite-dimensional data: the accuracy of the minimum nor

42 rfect communication rate is achievable using finite-dimensional entanglement is undecidable.

43 Nontrivial finite-dimensional fluctuations are hard to control anal

44 dimensional space vs. when the data lie in a finite-dimensional space with dimension that grows faste

45 ls that take into account the anisotropy and finite dimensions of TMs.

46 entration of diffusing fluorophores within a finite domain for the first time, to our knowledge.

47 Our finite-domain FCS predicts simulated data accurately and

48 The finite-domain form of FCS differs from the classical for

49 ue developed in this work can be extended to finite doping, which can shed light on the complex inter

50 at the charge neutrality point, requiring no finite doping.

51 s by implementing it in a crystal plasticity finite element (CPFE) formulation, simulating nano-inden

52 Using an open-source finite element (FE) based solver, we then compute the 3D

53 Fluid flow is modeled by the Mixed Hybrid Finite Element (FE) method, which provides smooth veloci

54 aim of this study is to develop a parametric finite element (FE) model of the LC skulls that could be

55 We show that Finite Element (FE) models can efficiently account for a

56 lts of the recently introduced computational finite element (FE) models for diffusive drug release fr

57 Finite element (FE) models, which have been used to crea

58 The method was validated using finite element (FE) simulations and controlled experimen

59 Finite element (FE) simulations are performed on 1800 co

60 Moreover, geometrically nonlinear finite element analyses (FEA) accurately predict the out

61 We conducted a series of Finite Element Analyses (FEAs) of several species, inclu

62 Bone strength was estimated using finite element analyses at baseline and after 3.0 +/- 0.

63 duce the concept of deep learning (DL) based finite element analysis (DLFEA) to learn the deformation

64 These results were used to design a finite element analysis (FEA) study for the assessment o

65 The results of our biomechanical analyses (finite element analysis [FEA]) indicate that teeth with

66 Finite element analysis and computational fluid dynamics

67 Finite Element Analysis and Geometric Morphometrics were

68 ults against a theoretical model built using finite element analysis and observe agreement within <=1

69 y protein immunoglobulin G using fluctuating finite element analysis and use it to identify the area

70 Finite element analysis can quantitatively capture key a

71 In situ infrared imaging shows and finite element analysis confirms localized temperatures

72 The finite element analysis is validated by uniaxial compres

73 A finite element analysis of the system was performed usin

74 ondly, as a solid model, ESM's close link to finite element analysis renders it ideally suited for st

75 Operando spectroscopy and finite element analysis reveal that greatly enhanced che

76 data, dental microwear texture analysis, and finite element analysis to clarify the functional signif

77 kling resistance are mimicked and modeled by finite element analysis to create a training database.

78 ware and vibration plate were designed using finite element analysis to determine the modal and harmo

79 Finite element analysis was applied to test the hypothes

80 Using finite element analysis, we estimate a remote heating pa

81 sthmic region of L4-5 vertebrae indicated by finite element analysis.

82 The procedures were simulated with finite element analysis.

83 ion of imperfect spider web structures using finite element analysis.

84 Using finite element computations and the numerical analysis,

85 model for current transport is combined with finite element COMSOL multiphysics simulations to explai

86 mputed cell-layer stress distributions using finite element contraction models and monolayer stress m

87 ncorporated to a Cellular Potts model with a finite element description of elasticity.

88 Numerical methods like finite element method (FEM) are widely used to derive th

89 ength, our theory has been spot-checked with finite element method (FEM) based numerical simulations.

90 Additionally, we implement a finite element method (FEM) model to characterise the fo

91 SICM measurements, fitted to a simplified finite element method (FEM) model, revealed surface char

92 Comprehensive finite element method (FEM) modeling is undertaken to op

93 design tool for various types of FSPAs using finite element method (FEM) models.

94 By combining SICM data with finite element method (FEM) simulations that solve for i

95 based stress monitoring system combined with finite element method (FEM) technology to estimate the s

96 ning a rigorous H-field based full-vectorial finite element method (VFEM) and the least squares bound

97 M), cohesive crack model (CCM), and extended finite element method (XFEM), rest on the century-old hy

98 Implementation of a finite element method allowed for the estimation of the

99 Simulations using the finite element method show a 0.24 lambda focal spot with

100 We use finite element method simulation and experimental valida

101 al response is in excellent correlation with finite element method simulations based on the thermal p

102 Finite element method simulations show the potential of

103 dimensional thermokinetic model based on the finite element method was developed to correlate with th

104 Here, the finite element method was used to predict the calvarial

105 ce profile is numerically analyzed using the finite element method.

106 esses using numerical techniques such as the finite element method.

107 Using finite element micromagnetic simulations, we study an Fe

108 was to develop a validated patient-specific finite element model of a sagittal craniosynostosis.

109 Together with a finite element model of lipid bilayers, the reproduced r

110 In this work, we present a finite element model of post-traumatic brain injury and

111 A two-material finite element model supports our conclusions.

112 D content in injured cartilage using a novel finite element model that incorporates (1) diffusion of

113 reports employing the three-dimensional (3D) finite element model to analyze the coupling effects of

114 in SECM towards this goal, our method uses a finite element model to generate a pair of corresponding

115 A finite element model was developed which applied coupled

116 igration of SWNTs in the microdevice using a finite element model.

117 Finite element modeling is used to show that the structu

118 to be up to 3400 N during ramming, and prior finite element modeling studies showed the bony horncore

119 ction is performed using a three-dimensional finite element modeling that incorporates relevant conti

120 (MLS), active-source seismic tomography, and finite element modeling to investigate how deformation r

121 rncore was quantified, mimicked, analyzed by finite element modeling, fabricated via additive manufac

122 d based on our experimental observations and finite element modeling.

123 ion of known materials and is validated with finite element modeling.

124 enerated by cortical dipoles using realistic finite element modeling.

125 increased TM stiffness determined by inverse finite element modeling.

126 tamaterial in water at 200-300 kHz, via both finite element modelling and experimental measurements,

127 ee dimensional (3D) geometric morphometrics, finite element modelling and phylogenetic comparative me

128 ve field and around the silica spheres using finite element modelling, giving clarity to the viscous

129 Constrained by the MLS and seismic data, finite element models indicate shallow faulting is more

130 The finite element models of a spider web considering geomet

131 mputed tomography imaging was used to create finite element models of the aortic root.

132 To this end, finite element models of the S shaped elastic rods, whic

133 of wastewater injection, forward poroelastic finite element models were applied to simulate stress/st

134 s of eruption triggering using 3-dimensional finite element models which track stress evolution and m

135 In combination with finite element models, the various possible contribution

136 uided Love wave device was modeled using the finite element simulation.

137 shapes are shown to agree closely with both finite element simulations and geometric predictions for

138 mensional cell geometry, and two-dimensional finite element simulations of deforming cells reveal tha

139 We address this question by carrying out finite element simulations of the hominoid wrist during

140 Finite element simulations validate our experimental res

141 A Monte Carlo analysis, finite element simulations, and experiments in layered p

142 w that the resulting meshes are suitable for finite element simulations.

143 A combination of ABAQUS Finite element software and the failure criteria modeled

144 In this paper we report a comprehensive finite element-based study utilizing embedded imperfecti

145 Finite-element analysis demonstrated that this paradoxic

146 hile local strain distributions estimated by finite-element analysis incorrectly predicts preferred b

147 cal characterizations along with multidomain finite-element analysis simulation.

148 onstrained optimization problem and employ a finite-element basis-a systematically convergent and com

149 To this end, a Finite-Element framework was developed based on an aniso

150 ay microfocus computed tomography (muCT) and finite-element mathematical modelling to assess the func

151 ing the tracheal acoustic behavior using the finite-element method and real three-dimensional geometr

152 to employ the adjoint variable method on the finite-element method and Stormer-Verlet method for elec

153 Using electrochemical imaging, supported by finite-element method simulations, we confirmed that a t

154 The first part of the model was a finite-element model, which calculated the extracellular

155 ing a whole-embryo, surface-wrapped cellular finite-element model.

156 Finite-element modeling revealed significant reductions

157 longitudinal displacement are modeled using finite-element models that take into account the anisotr

158 Here we combine finite-element simulations and electrochemical measureme

159 Finite-element simulations of electrostatic effects on C

160 The three-dimensional finite-element simulations of shear banding in this type

161 Through first-principles calculations, finite-element simulations validated by experiments, and

162 Based on finite-element simulations, we show that the application

163 D continuum discretized by composite smeared finite elements (CSFEs) containing the fiber smeared and

164 To simulate this phenomenon by finite elements (FE), the fracture process zone must hav

165 We show how the finite elements framework is well-suited to handle impor

166 t the two KCl concentrations agreed with the finite elements model.

167 adjacent sheets of two-dimensional cellular finite elements that are wrapped around an ellipsoidal t

168 nted by a simple radial one-dimensional (1D) finite elements, and (2) a 3D continuum discretized by c

169 for a one-dimensional (1D) quantum fluid at finite energy and momentum, at which the particle's wave

170 f a new type of universality that emerges at finite energy and momentum.

171 mons in three-dimensional systems start with finite energy at wavevector q = 0, plasmons in tradition

172 ontrast, no plateaus were observed on either finite energy vortex bound states or in the continuum of

173 ocations will considerably improve images of finite-extent slab geometry.

174 rmions with non-zero topological charges and finite fictitious magnetic fields exhibit the skyrmion H

175 their "resolution," under the constraint of finite, fixed Hilbert space dimension.

176 These DWs have a finite, flat density of states inside the superconductin

177 We show that the global transfer entropy for finite flocks not only fails to peak near the phase tran

178 n and competition with hatchery releases for finite foraging resources.

179 have a peculiar synaptic distribution with a finite fraction of silent synapses.

180 c interfaces for phonons lying in static and finite-frequency regimes.

181 tric compatibility constraints that prohibit finite Gaussian curvature.

182 tion, including at normal incidence and with finite-gradient plasmas.

183 dent photonic doping, zero-phase advance and finite group delay.

184 The finite gyroradius effect of the outflow electrons genera

185 e whose limit set is that of a geometrically finite hyperbolic reflection group in one higher dimensi

186 ructures, and yet most real interactions are finite in duration and changing in time, forming a tempo

187 Human decisions are based on finite information, which makes them inherently imprecis

188 odiversity at timescales >50 Myr, and during finite intervals at shorter periods.

189 temperature (T(N) ~ 148 mK), and observed a finite kappa(0)/T extrapolated from the data above T(N).

190 space has a simple counterpart in systems of finite length and is used to characterize the dominant m

191 e sense that there is, at least, one path of finite length between any 2 regions or nodes in the netw

192 lysis confirms the existence of beads with a finite length that corresponds to a reduced number of se

193 not undergo productive Ag encounter and have finite life spans dependent on survival signals propagat

194 Our finite-lifetime polaritons only weakly prefer such organ

195 for 1D Fickian diffusion in the presence of finite localization precision.

196 s antiferromagnetic/ferromagnetic domains at finite magnetic fields.

197 Finite-magnetic-field measurements further reveal weak a

198 Perceptual systems have finite memory resources and must store incoming signals

199 benchmark is possible in networks of noisy, finite-memory neurons, and shows that Hick's law may be

200 We began by applying a Gaussian finite mixture model to 998 sampled illumination levels

201 he large amount of chromatin confined in the finite nuclear space could install the picture of a part

202 ses in which information is represented by a finite number of discrete samples.

203 The finite number of hair cells means that the cochlea itsel

204 on cases can create free carriers, while the finite- or zero-gap semiconducting behaviors are reveale

205 tically depends on the size and quality of a finite ovarian reserve.

206 1)) and that for the wild-type sequence, the finite persistence length is dominated by thermal fluctu

207 as at least 1 real embedding or S contains a finite place we can get a product of at most 8 elementar

208 t most 6 elementary matrices if S contains a finite place, and the product of at most 7 elementary ma

209 swabs) and eDNA samples collected from finite populations and discuss key assumptions and consi

210 reduce the amount of information encoded in finite populations by reducing projected precision.

211 sage time problem in the limit of large, but finite, populations using Kramers-Moyal expansion techni

212 iments, physical quantities are known with a finite precision and described by rational numbers.

213 specialty chemicals inexorably depletes the finite primary fossil resources available on Earth.

214 rations, which stems from the existence of a finite range of feasible solutions.

215 le modern nutrient distributions only over a finite range of prescribed ligand source/sink ratios whe

216 In positron emission tomography (PET), the finite range over which positrons travel before annihila

217 rmance, net reproductive rate, intrinsic and finite rates of population increase on Cry1Ac/Cry1F-soyb

218 y towards conventional thermalization with a finite relaxation time.

219 Boron is a finite resource, which has been listed as a critical raw

220 n proposed as an important complement to the finite resources available for basic monitoring within p

221 iodiversity 'hotspots', is intuitive because finite resources can be focussed towards manageable unit

222 y be of value in helping clinicians allocate finite resources such as critical care and to support pa

223 Given finite resources, collecting multiple samples and/or sme

224 nsider a single protein (elastic spring of a finite rest length) pinning a membrane modeled in the Mo

225 s to alleviate the pressures of diminishing, finite rock phosphate reservoirs.

226 We demonstrate that the finite sample performance of ITC-SIS is accurate and fas

227 ) (a measure of LD), such as the bias due to finite sample size and its variance, were based on the s

228 t, we provide new formulae for the effect of finite sample size on the observed r(2) values.

229 It requires a finite sample volume, a finite detector area, and a fini

230 ormalize the breadth-depth dilemma through a finite-sample capacity model.

231 nfidence sets and hypothesis tests that have finite-sample guarantees without regularity conditions.

232 roposals for obtaining accurate inference in finite samples through the estimate of this measure.

233 y of asymptotics-based power calculations in finite samples, and provides guidelines for single-SNP-b

234 monstrate that these results are accurate in finite samples.

235 dary and construct a test statistic based on finite samples.

236 raged work value is estimated as the mean of finite samples.

237 or atomic species is sufficient to induce a finite scalar nuclear spin-spin coupling, providing that

238 stations separated by 1,120 kilometres at a finite secret-key rate of 0.12 bits per second, without

239 s us to create an infinitude of ideas from a finite set of basic building blocks.

240 time Perron-Frobenius operator by means of a finite set of basis functions.

241 .e., the number of infected individuals at a finite set of discrete times of a single realisation of

242 Let K be a number field and S be a finite set of primes of K containing the archimedean val

243 To find such functions, a finite set of rank-one linear systems is introduced, whi

244 ia moving hard boundaries and select among a finite set of self-assembled patterns repeatably and rev

245 livery; however, natural serotypes display a finite set of tropisms.

246 an often be characterised by changes among a finite set of underlying states pertaining to individual

247 predicts a sequence of elements drawn from a finite set using the advice of n experts.

248 Finite, short-duration treatment with a clinically relev

249 of tumor clones and clonal phylogeny under a finite-site model of evolution leads to more accurate in

250 tions is modeled by a clonal phylogeny and a finite-site model of evolution to account for potential

251 he accuracy and utility of these findings on finite size effects in ferroelectric and multiferroic ma

252 articles due to the dominance of surface and finite size effects.

253 case gas bubbles will achieve a steady-state finite size only if they form within the attractor regio

254 procedure to determine T(het) of surfaces of finite size using classical nucleation theory, and, afte

255 However, when the resonators are closer, the finite-size and geometry of the resonators modifies the

256 t stick-slip is an extremely slowly decaying finite-size effect, while the slip nucleation radius [Fo

257 From this result, the onset and intensity of finite-size effects can be predicted from measurement of

258 ause of a maximal polymer size, analogous to finite-size effects in bond percolation on a lattice.

259 apunov exponents in a chaotic system without finite-size effects.

260 stent with a model of Majorana zero modes in finite-size Josephson junctions.

261 Finite-size scaling analysis of the dynamics shows that

262 Using finite-size scaling analysis, we obtain that the critica

263 yer partitioning model confirms the observed finite-size-dependent surface tension arises from the hi

264 ses from the high surface-to-volume ratio in finite-sized droplets and enables predictions of aerosol

265 significantly reduce the surface tension of finite-sized droplets below the value for water, consist

266 ess assemble into colloidal rafts, which are finite-sized reconfigurable droplets consisting of a lar

267 Here, we analyze self-assembly into finite-sized target structures employing mathematical mo

268 linear and circular structures, including a finite-sized three-dimensional cage.

269 s reported: regular expression matching in a finite state machine for network security intrusion dete

270 ese multistable states reflect properties of finite state machines and could have implications for th

271 sted for an RNA sequence to structure map, a finite state transducer and a perceptron.

272 ct the reference geometry and compute the 3D finite strain fields in response to pressurization.

273 With time, it became evident that only a finite subset of individuals with PHTS-associated phenot

274 ld breaks these symmetries and can lead to a finite supercurrent even when the phase difference is ze

275 s that sustain equilibrium in a microscopic, finite system.

276 For finite t', the ground state is consistent with a Luther-

277 access normal mode scattering pathways from finite temperature ab initio simulations.

278 consistent with an effective string model at finite temperature(7).

279 We also use finite-temperature molecular dynamics simulations to exp

280 Finite-temperature phases of many-body quantum systems a

281 anding puzzle of the experimentally observed finite thermoelectric response at the apparent particle-

282 lar wire on top of a dielectric substrate of finite thickness but infinite width.

283 ize some process), they will rarely agree in finite time that the expected rewards are equal.

284 with pushing a system out of equilibrium in finite time.

285 Finite-time fluctuations in these exponents exhibit shar

286 that this feedback drives the shape toward a finite-time singularity or blow-up of apex curvature tha

287 All four hypotheses assume that finite transpiration occurs, providing a further constra

288 It is exact on finite trees and for a large class of cascade processes.

289 -like networks, while the latter is exact on finite trees.

290 the ionization dynamics-claimed evidence for finite tunnelling times.

291 ld: this angle had been attributed(11,12) to finite tunnelling times.

292 ocity, the static demixed pattern acquires a finite velocity, resulting in a state that breaks both s

293 e broadly applicable to any discipline where finite volume effects are operative, such as studies of

294 Finite volume method is used to solve the governing equa

295 tion for the vapor concentration field via a finite-volume method.

296 that transmit waves "isotropically" up to a finite wavenumber).

297 ion model, when adequately corrected for the finite width of emitting electron bunches, is not just v

298 (FE), the fracture process zone must have a finite width, and must be characterized by a realistic t

299 lical DNA as a twisted wormlike chain with a finite width, intrinsic curvature, and stacking interact

300 pothesis that proteasome inhibition during a finite window of neonatal development can prevent long-t