ライフサイエンスコーパス: inhomogeneous

1 rofile of the film is shown to be graded and inhomogeneous.

2 ts of the study show that a child's brain is inhomogeneous.

3 itance beam profiles from LCUs can be highly inhomogeneous.

4 in conductivity due to functionalization are inhomogeneous.

5 ansmitted radio frequency field is spatially inhomogeneous.

6 erromagnet interfaces (S/F) are magnetically inhomogeneous.

7 rom galaxies to their surroundings is highly inhomogeneous.

8 rs on phytoplankton abundance was temporally inhomogeneous.

9 owever, the structural deformation regarding inhomogeneous active regions during the catalysis is not

10 iodically varying binding energy can lead to inhomogeneous adsorption kinetics causing preferential g

11 The inhomogeneous aggregation of monomers and clusters in th

12 Inhomogeneous analyte/matrix co-crystallization, spot-to

13 and powerful engineering tool for designing inhomogeneous and anisotropic material distributions tha

14 Such conformational dynamics is often inhomogeneous and extremely difficult to be directly cha

15 y and photostability, such nanomaterials are inhomogeneous and have limited wavelengths of emission.

16 of different analytes, nor can they separate inhomogeneous and homogeneous broadening.

17 ever, these methods are invasive and provide inhomogeneous and nonstationary expression.

18 equency dielectric permittivity is spatially inhomogeneous and reaches the highest value on the 90 de

19 atial distribution of oxygen is often highly inhomogeneous and some have not.

20 by the production of metastable, chemically inhomogeneous and spatially disordered GO structures und

21 se particles are strongly disordered, highly inhomogeneous and susceptible to proteolysis; some of th

22 active defects over the TiO2 layer is highly inhomogeneous and the number of electro-active defect in

23 n of a direction-selective cell is spatially inhomogeneous and therefore depends on whether a stimulu

24 However, meteorites are chemically inhomogeneous, and superconducting phases in them could

25 o optical forces, particle displacements are inhomogeneous, anisotropic, and asymmetric.

26 The complex inhomogeneous architecture of the human meniscal tissue

27 aterials under investigation are complex and inhomogeneous, as is often the case in biological sample

28 hile progress has been made in developing an inhomogeneous assay by using a preseparation step to was

29 ll mixed" at the macroscale, they are highly inhomogeneous at the atomic level.

30 forces cause the mechanical properties to be inhomogeneous at the cellular scale.

31 ative scoring for emphysema and presence and inhomogeneous attenuation.

32 a causes a sudden onset of turbulence in the inhomogeneous axisymmetric jet flow downstream of the pl

33 of Josephson junctions with various forms of inhomogeneous barrier magnetism, Fraunhofer patterns are

34 ficient with non-ideal control pulses, while inhomogeneous bath coherence is inherently limited even

35 Here we reveal inhomogeneous behaviour of even individual VO2 microcrys

36 e absorption remains homogeneous, PL becomes inhomogeneous below 75K, which we speculate is caused by

37 Our results revealed anisotropic and inhomogeneous brain growth patterns of the human brain d

38 Our method avoids any inhomogeneous broadening and statistical effects that wo

39 e times (T2 approximately 100 mus) and small inhomogeneous broadening are measured for the cavity-cou

40 Here, we explore this effect of inhomogeneous broadening as it occurs in colloidal nanop

41 2D IR spectra showed a significant amount of inhomogeneous broadening caused by a range of water conf

42 can be as low as 50 Oe-indicating very small inhomogeneous broadening due to dipolar and nuclear fiel

43 ly applicable for quantifying the effects of inhomogeneous broadening in a variety of physical system

44 c experimental studies have been hindered by inhomogeneous broadening in ensemble measurements, as we

45 tions in the l-alanine spectrum are prone to inhomogeneous broadening in melanoidins prepared above 1

46 Above approximately 200 K, the residual inhomogeneous broadening is reduced almost to zero.

47 like the frequency of a vibration within the inhomogeneous broadening of a many-molecules Raman peak)

48 the structural flexibility of insulin to the inhomogeneous broadening of spectral bands was studied b

49 n spin-echo phase-memory time and a stronger inhomogeneous broadening of the conventional line shapes

50 ation of conformations is manifest by strong inhomogeneous broadening of the electron paramagnetic re

51 band from 510 to 665 nm with unusually small inhomogeneous broadening of the emission spectra.

52 ogeneity at shorter times and contributes to inhomogeneous broadening of the Raman profiles (315 cm(-

53 The inhomogeneous broadening of the spectrum was linked to t

54 e provides a first-principles description of inhomogeneous broadening processes, and a standard appro

55 und to scatter over 200 nm, an unprecedented inhomogeneous broadening that maps the ensemble.

56 cal expression to evaluate the importance of inhomogeneous broadening through measurable quantities i

57 ontrol of their confined direction (i.e., no inhomogeneous broadening), have demonstrated improved ph

58 to mitigate fast decoherence resulting from inhomogeneous broadening, but these techniques generally

59 rotein of biological significance with large inhomogeneous broadening, the method allows identificati

60 rgetic disorder is comparable to chromophore inhomogeneous broadening.

61 measurement, this difference would appear as inhomogeneous broadening.

62 s linewidth even in the presence of a strong inhomogeneous broadening.

63 ique to suppress ensemble decoherence due to inhomogeneous broadening.

64 omain model that incorporates aspects of the inhomogeneous cellular structure.

65 ubiquity of dark states in a large class of inhomogeneous central spin models using the proximity to

66 tercalation reactions) and for the origin of inhomogeneous charge distribution in large-format batter

67 mechanism on the intraparticle scale and the inhomogeneous charge distribution on the multiple-partic

68 The local-field effect results in an inhomogeneous charge distribution, and due to perturbati

69 copic membranes, suggesting that a laterally inhomogeneous cholesterol concentration and permeability

70 re used here as an example of a structurally inhomogeneous composite containing nano-scale gradients,

71 ained materials are however still limited by inhomogeneous compositions and properties at nanoscale a

72 which reactive groups are bound give rise to inhomogeneous concentrations that may afford fundamental

73 ling, abrogated sterile pericarditis-induced inhomogeneous conduction, and prevented atrial fibrillat

74 It can originate in an inhomogeneous conductor from distortions in the current

75 around low-mobility islands in high-mobility inhomogeneous conductors and that this process is only w

76 rations are not stable, however, and have an inhomogeneous conformation.

77 ation of tissue engineering seeks to produce inhomogeneous constructs with physiological complexity.

78 The homogeneous and inhomogeneous contributions to the overall electronic br

79 Here we show that methods adapted from inhomogeneous control can greatly increase the performan

80 he diffusivity that may arise from spatially inhomogeneous coupling to other degrees of freedom in th

81 e internal deformations originating from the inhomogeneous Cu ion distributions in Cu-exchanged ZSM-5

82 ntial offers a sensitive characterization of inhomogeneous current flow in thin films.

83 pectral variability are best explained by an inhomogeneous, curved jet that undergoes changes in orie

84 robe the surface chemistry of the curved and inhomogeneous cuticle of the African flower scarab.

85 hear bands is an important mode of localized inhomogeneous deformation that occurs in a wide range of

86 le, resulting in jerky flow and the onset of inhomogeneous deformation.

87 his culminates in an increase of the qubit's inhomogeneous dephasing time by more than four orders of

88 nuclear noise, responsible for fast (10 ns) inhomogeneous dephasing, can be removed by echo techniqu

89 adband in nature, has a continuously tapered inhomogeneous dielectric permittivity profile along its

90 s with a spatially dependent two dimensional inhomogeneous dielectric permittivity.

91 This leads to a highly inhomogeneous distribution of absorbed X-rays (i.e., dos

92 ain nucleus of striatum, which reflected the inhomogeneous distribution of DA in brains.

93 in small-sized MG samples, mainly caused by inhomogeneous distribution of excess volumes in the form

94 LA-ICP-MS revealed a distinctly inhomogeneous distribution of gadolinium as well as conc

95 previously found, mainly associated with the inhomogeneous distribution of ions across the structure

96 Our measurements show that an inhomogeneous distribution of localized defect states me

97 Inhomogeneous distribution of magnetic Fe ions inside th

98 ng evaporation issues of the analytes and an inhomogeneous distribution of mercury in the standards d

99 Our analytical approach predicts an inhomogeneous distribution of metabolic cost along an ax

100 1-v) films is a consequence of the intrinsic inhomogeneous distribution of oxygen vacancies.

101 a polycrystalline surface should display an inhomogeneous distribution of PZC and electric field, wh

102 The inhomogeneous distribution of the cations affects their

103 for cold atoms can be prepared by combining inhomogeneous distributions of DC and radio-frequency el

104 single nanocrystals can be attributed to the inhomogeneous distributions of low-coordination surface

105 Inhomogeneous distributions were observed over the Arcti

106 e., within hours) organize in patchy, highly inhomogeneous distributions, creating "hot spots" of MP.

107 stine state (i.e., devoid of aggregation and inhomogeneous doping) so that their unique spectroscopic

108 ses can be described as bulk phases that are inhomogeneous due to the presence of the metal-organic f

109 mputational modeling of the influence of the inhomogeneous effective dielectric surrounding a substra

110 nt suspension in an apolar solvent, a strong inhomogeneous electric field induces particle movement,

111 Inclusion of inhomogeneous electric properties in the forward model r

112 erfaces indicated the existence of spatially inhomogeneous electrical current paths and electrostatic

113 However, inhomogeneous electrodeposition and contact loss often h

114 ermined by the rate of redistribution of the inhomogeneous electron temperature and not just the rate

115 to all conformations present in the original inhomogeneous ensemble.

116 l phenomenon of modulation instability in an inhomogeneous environment.

117 fects of an antibiotic and other stresses in inhomogeneous environments can generate pervasive, compl

118 The oxygen defect order can be highly inhomogeneous, even in optimal superconducting samples,

119 At a superconductor interface with an inhomogeneous ferromagnet, a gapless odd frequency super

120 er, the anisotropic collagen orientation and inhomogeneous fibrocartilaginous matrix distribution pre

121 hick, continuous film to 0.91 eV for a thin, inhomogeneous film that has not reached coalescence.

122 We show that predictions from inhomogeneous fluid solvation theory are in excellent ag

123 employ the statistical mechanical method of inhomogeneous fluid solvation theory to quantify the ent

124 ethods that use pure water as solvent (e.g., inhomogeneous fluid solvation theory).

125 w behavior in microfluidic systems involving inhomogeneous fluids, particularly dissimilar anionic so

126 reseen impacts on streamflows resulting from inhomogeneous forcings and sensitivity gradients across

127 ich is germane for classical diffusion on an inhomogeneous free-energy and diffusivity landscape.

128 The impact of an inhomogeneous gain as well as the influence of the cavit

129 haviour of multiphase model lipid membranes: inhomogeneous glycan networks stabilize large lipid doma

130 Atrial fibrosis is an evolving and inhomogeneous histological/architectural change that pro

131 method generates realizations of a spatially inhomogeneous hybrid system by appropriately integrating

132 First, to deal with datasets with complex inhomogeneous image distributions, we divide the images

133 led that monocyte infiltration was spatially inhomogeneous in reperfused MI areas.

134 Monocyte recruitment was inhomogeneous in reperfused MI tissue.

135 wave field (and thus the DNP enhancement) is inhomogeneous in the sample, and we deduce that in these

136 ults show that premotor cortical activity is inhomogeneous in time and space, and that a mesoscopic d

137 Using an inhomogeneous in-plane current in a system with broken i

138 ogeneous (isotropic electric properties) and inhomogeneous (incorporating lungs, anisotropic skeletal

139 asurements are not significantly affected by inhomogeneous infrared absorptivity of this system.

140 ains a challenging task due to low contrast, inhomogeneous intensity, inconsistent texture and ambigu

141 works, finding that a full reconstruction of inhomogeneous interactions can be achieved from small am

142 Herein, the spatially inhomogeneous interfacial electrostatic potentials and e

143 electric field changes create intrinsically inhomogeneous interfacial ET dynamics associated with bo

144 The formation of highly polar and inhomogeneous interfacial regions, which is further enha

145 This drives an initially inhomogeneous interfacial water coordination landscape o

146 While inhomogeneous internal strain fields are known to introd

147 found that the origin of self-healing is the inhomogeneous interparticle electrodynamic interactions

148 While the perfect cloak of inhomogeneous kappa and inhomogeneous rhocp is known to

149 simple stochastic process taking place on an inhomogeneous landscape.

150 e viscoelastic properties of homogeneous and inhomogeneous levan-DNA mixtures using optical tweezers

151 However, inhomogeneous Li deposition and dendrite growth hinder t

152 Originating from inhomogeneous Li deposition and dissolution, the formati

153 The non-local screening owing to an inhomogeneous ligand layer is shown to drastically modif

154 ectrum of the unfolded protein increases its inhomogeneous line width and the center frequency shifts

155 trast to 2-SeCN-Bmim(+), SeCN(-) samples its inhomogeneous line width nearly an order of magnitude fa

156 tral diffusion that sampled a portion of the inhomogeneous line width on the time scale of approximat

157 posed N- and C-termini of the peptide and in inhomogeneous line-broadening for the residues buried wi

158 Correction of the inhomogeneous loading conditions, such as during cardiac

159 ly different LV remodeling after exposure to inhomogeneous loading conditions, such as during LV dyss

160 critical point, thereby preparing spatially inhomogeneous local adsorbate densities, could add a new

161 In this work, a modulated inhomogeneous local asymmetric elastic-plastic straining

162 The inhomogeneous local structure has a high impact on the p

163 a [Formula: see text]-dimensional two-layer inhomogeneous Lorenz 96 model, using only [Formula: see

164 Our aim was to investigate the effect of inhomogeneous LV work distribution on regional metabolis

165 -triplet superconductivity at superconductor/inhomogeneous magnet interfaces.

166 rameter in F/S structures is governed by the inhomogeneous magnetic field distribution.

167 The observed tail motions reveal the inhomogeneous magnetic field of the solar corona.

168 e the concentration boundary layer, a highly inhomogeneous magnetic field, generated by a magnetized

169 with low-field, single-sided magnets with an inhomogeneous magnetic field.

170 sitivity gains are substantially greater for inhomogeneous magnetic fields, including dynamic inhomog

171 with peak velocities [Formula: see text] in inhomogeneous magnetic fields.

172 at opens a way to realization of a spatially inhomogeneous magnetic ground state at the nanometre len

173 sulator abruptly transforms into a nanoscale inhomogeneous magnetic state.

174 however, such an approach leads to strongly inhomogeneous magnetic(4) and electronic(5) properties o

175 rystal's unit cell elastically deforms in an inhomogeneous manner, the yield stress is greatly reduce

176 vitactic behaviour is often the result of an inhomogeneous mass distribution, which aligns the microo

177 ive, non-destructive technique for screening inhomogeneous materials for the presence of superconduct

178 Challenges caused by the physically inhomogeneous materials including bone and soft tissues

179 seem to be of particular importance, namely inhomogeneous measurement noise (input-dependent or non-

180 mnidirectional, reflectionless absorption in inhomogeneous media has yet to be observed.

181 Focusing waves inside inhomogeneous media is a fundamental problem for imaging

182 e presence of linear as well as of nonlinear inhomogeneous media with gain and loss.

183 romagnetic (EM) waves propagating through an inhomogeneous medium are generally scattered whenever th

184 It is induced by the presence of an inhomogeneous medium, a complex geometry, or a quenched

185 Component segregation is due to unstable inhomogeneous membrane curvature stemming from lipid-spe

186 fore, we develop a viscous-elastic model for inhomogeneous membranes of the Helfrich type.

187 unds such as vitamin E lower line tension in inhomogeneous membranes, thereby inhibit membrane fusion

188 etic wave propagating in Mie-resonance-based inhomogeneous metamaterials with magnetic permeability g

189 led by an attractive potential that might be inhomogeneous, mimicking possible adhesion gradients at

190 eous, flowing suspension is prepared from an inhomogeneous mixture of particulates, triglyceride oil,

191 hedron might serve as nucleation site for an inhomogeneous Mo(5-7) cluster largely surrounded by bulk

192 owders are characterized by distinct, highly inhomogeneous morphologies and sizes, where LRS powder p

193 and the defects that lead to a surprisingly inhomogeneous morphology.

194 We found that the fidelity of inhomogeneous N-QDCs with the standard deviation of ener

195 en disorder and phase instability results in inhomogeneous nanoregions.

196 Given the inhomogeneous nature of surfaces, molecular properties o

197 ears, much attention has been devoted to the inhomogeneous nature of the mechanical response at the n

198 to a coupled oscillator model implemented in inhomogeneous networks.

199 , bimodal grain size distribution results in inhomogeneous NO distribution, or vice versa.

200 In order to accommodate the inhomogeneous noise characteristics of sparse real-world

201 his process has limited precision leading to inhomogeneous non-planar sampling of the axial dimension

202 ontraction), the resulting thermal strain is inhomogeneous (non-affine).

203 s are compatible with previous reports of an inhomogeneous normal state that retains important proper

204 forms in the monomer which leads to a mixed inhomogeneous nucleation mechanism for fibrils.

205 ce and patterns (focal, diffuse homogeneous, inhomogeneous) of increased (18)F-FDG uptake in grafts r

206 uses fermionic atoms if they are subject to inhomogeneous optical excitation.

207 Competing inhomogeneous orders are a central feature of correlated

208 approaches typically have a low yield due to inhomogeneous oxidation.

209 We find that inhomogeneous paracrystalline structures containing loca

210 We find an inhomogeneous planar substrate (g-C(3)N(4)) promotes ele

211 ial patients were analyzed; 815 patients had inhomogeneous plans (>/= 2 cm(3) receiving 107% of presc

212 tein conformational dynamics are complex and inhomogeneous, playing crucial roles in biological funct

213 ensive signal processing framework, based on inhomogeneous point-process models of heartbeat dynamics

214 ampling by modeling the sampling times as an inhomogeneous Poisson process dependent on effective pop

215 we modelled spiking activity using a fractal inhomogeneous Poisson process with dynamic rate, which i

216 Moreover, inhomogeneous Poisson spiking behavior is sufficient to

217 ly demonstrate a new complex laser beam with inhomogeneous polarization distributions mapping onto hi

218 ons and show that STDP can be harnessed from inhomogeneous polarization switching.

219 ystal structure, orientation, and defects of inhomogeneous polycrystalline solids by raster scanning

220 ing on materials with highly anisotropic and inhomogeneous properties.

221 ehavior is a pervasive but neuroanatomically inhomogeneous property of neuronal dynamics in central a

222 The effect of inhomogeneous quantum dot (QD) size distribution on the

223 The inhomogeneous radial distributions of the constituents i

224 eters) are often shrouded by electrode-scale inhomogeneous reactions containing millions of particles

225 e in situ/operando techniques, including the inhomogeneous reactions of high-energy-density cathodes,

226 show that for an elliptical sensing device, inhomogeneous receptor placement could be a potential ap

227 e process, a control laser produces apparent inhomogeneous refractive index change inside the wavegui

228 However, inhomogeneous refractive indices inside cells and tissue

229 made on unconstrained subjects the spatially inhomogeneous remnant magnetic field inside the magnetic

230 Spatially inhomogeneous responses of single atoms and also major p

231 the perfect cloak of inhomogeneous kappa and inhomogeneous rhocp is known to be exact (no signals sca

232 ging in nine Seven lesions showed peripheral inhomogeneous ring enhancement, and two lesions showed a

233 del prove particularly adequate for modeling inhomogeneous RTT data.

234 hemical view through one single ECL image of inhomogeneous samples such as a biochemical concentratio

235 acy of analysis of physically and chemically inhomogeneous samples, across heterogeneous sample sets.

236 hich could potentially limit the analysis of inhomogeneous samples.

237 homogeneous (lattice breathing/rotation) and inhomogeneous (shear) acoustic phonon modes, which are c

238 design of the elastic response of artificial inhomogeneous shells.

239 lunteers and 10 patients with OA with subtle inhomogeneous signal intensity but no signs of cartilage

240 group effects that can arise as a result of inhomogeneous smoothness differences across a volumetric

241 wever, this method has been shown to produce inhomogeneous smoothness differences as a function of si

242 lity diffusion model; support the utility of inhomogeneous solubility diffusion and compartmental mod

243 rates, and a global Bayesian analysis of the inhomogeneous solubility-diffusion model.

244 gnificant difference between homogeneous and inhomogeneous solutions (P=0.85).

245 followed by conformational entropy and grid inhomogeneous solvation theory (GIST) analyses.

246 erms of the hydration free energy using grid inhomogeneous solvation theory (GIST).

247 Inhomogeneous solvation theory (IST) has become popular

248 therefore expected to exhibit a nonclassical inhomogeneous spectral broadening due to size distributi

249 um emitters in photonic quantum technologies.Inhomogeneous spectral distribution and multi-photon emi

250 xagonal boron nitride (hBN), but controlling inhomogeneous spectral distribution and reducing multi-p

251 g the decay of the quantum oscillations, the inhomogeneous spin coherence time T2* is determined.

252 By engineering a spatially inhomogeneous spin-orbit coupling field for our quantum

253 phase analysis of the shell lattice shows an inhomogeneous stain field at the bubbles.

254 cts and phenomena arising from the spatially inhomogeneous state of polarizations and optical singula

255 waves carrying orbital angular momentum with inhomogeneous states-of-polarization on their wavefronts

256 n R package to simulate time-homogeneous and inhomogeneous stochastic branching processes under a ver

257 .35 degrees angular deficiency results in an inhomogeneous strain field within each single crystallin

258 t experimental results that suggest that the inhomogeneous strain induced in organic semiconductor la

259 astable AlxMy compound, in which significant inhomogeneous strain is caused by the mixture of solute

260 insight into the origin of the local atomic, inhomogeneous strain, pointing out the role of dislocati

261 ometer scale (~10 nm) and introduce a strong inhomogeneous strain.

262 s requirement, since the effect is caused by inhomogeneous strains.

263 recent studies demonstrate a more spatially inhomogeneous structure of cholinergic projections to co

264 The complex and inhomogeneous structure of insect cuticle imposes string

265 grades: subgrade A, hypointense; subgrade B, inhomogeneous; subgrade C, hyperintense; and subgrade D,

266 This implies that an inhomogeneous superconducting state exists, in which som

267 g tunnelling microscopy to reveal a strongly inhomogeneous superfluid in the iron-based superconducto

268 results establish the existence of strongly inhomogeneous superfluids in unconventional superconduct

269 l distribution of probe proteins, due to the inhomogeneous surface charge distribution of the cell me

270 In view of the known inhomogeneous surface distribution of both L1CAM and Trk

271 The traversal of an unprogrammed, inhomogeneous surface is also due entirely to autonomous

272 ow that the fast transformation is driven by inhomogeneous surface stress.

273 on a circular track or square platforms with inhomogeneous surface textures.

274 Nanoscale chemically inhomogeneous surfaces comprising of gold, palladium and

275 eras, decoupled states, traveling waves, and inhomogeneous synchronized states.

276 tra is necessary for spatially or temporally inhomogeneous systems.

277 an dynamics of individual nanocrystals in an inhomogeneous temperature field via forward light scatte

278 The observed highly inhomogeneous temperature profile point to the challenge

279 of EnviSat data with long perpendicular and inhomogeneous temporal baseline.

280 is induced by both spatially homogeneous and inhomogeneous temporally oscillating modes.

281 mal cloak has concentrated on engineering an inhomogeneous thermal conductivity and an approximate, h

282 absorption of waveguided light and resulting inhomogeneous thermally induced deformation of the LCE,

283 We study an ensemble of diverse (inhomogeneous) thermostatically controlled loads aggrega

284 issue platforms that can recreate the highly inhomogeneous tissue microstructures that are known to i

285 oexistence of multiple types of carriers and inhomogeneous transport lead to the emergence of CPMR.

286 es of cell deformation but by a rearward and inhomogeneous treadmilling of the cell external membrane

287 However, the inhomogeneous turbulent corona strongly affects the prop

288 This result applies to general inhomogeneous turbulent dynamical systems including the

289 In such inhomogeneous turbulent dynamical systems there is a lar

290 lical-structured metamaterials with designed inhomogeneous unit cells can turn a normally incident pl

291 ere was diffuse homogeneous uptake in 68 and inhomogeneous uptake in 30 grafts.

292 n was more prevalent in Gore-Tex whereas the inhomogeneous uptake was seen more in Dacron vascular gr

293 expect such transient conditions to occur in inhomogeneous urban settings, especially in wintertime,

294 Here we design an inhomogeneous Weyl metamaterial in which a gauge field i

295 ly two orders of magnitude narrower than the inhomogeneous width at low temperatures.

296 of gray matter is anisotropic and spatially inhomogeneous with higher left-right stretch around the

297 ionically conducting glass becomes extremely inhomogeneous with the formation of a nanoscale alkali-d

298 ntractility profile of the cell assembly are inhomogeneous, with a characteristic length that can be

299 easurements reveal that turbulent clouds are inhomogeneous, with sharp transitions between cloud and

300 +) distribution within the ischemic core was inhomogeneous, with the maximum [Na(+)] increase and [K(