ライフサイエンスコーパス: boundary condition

1 simulated profiles with the zero-flux lower boundary condition.

2 ng Stokes equations, including a Navier slip boundary condition.

3 introducing a negative flux of DO as a lower boundary condition.

4 the protrusion tip which is introduced by a boundary condition.

5 en unit cells is maintained via the periodic boundary condition.

6 elocity where we developed a novel non-local boundary condition.

7 phases caused by a qualitative change of the boundary condition.

8 ne (charge passed) for the third initial and boundary condition.

9 by using an OPLSAA force field with periodic boundary condition.

10 istics are fundamentally determined by their boundary conditions.

11 ns of CLASH and discusses its extensions and boundary conditions.

12 sing superconducting resonators with tunable boundary conditions.

13 enerated in a pilot simulation with periodic boundary conditions.

14 ng methods indicate agreement at appropriate boundary conditions.

15 n random walks subject to one of four simple boundary conditions.

16 agnostic to the geometry or the initial and boundary conditions.

17 slowdown under Marine Isotope Stages 2 and 3 boundary conditions.

18 ngly depend on the electrical and mechanical boundary conditions.

19 ontinuous function that connects the desired boundary conditions.

20 r than previously expected under core-mantle boundary conditions.

21 or Dirichlet/Dirichlet and Dirichlet/Neumann boundary conditions.

22 acial-interglacial changes in global climate boundary conditions.

23 rium along the substrate and is sensitive to boundary conditions.

24 -dimensional manifolds connected by "sticky" boundary conditions.

25 ch we investigate using three different wall boundary conditions.

26 om the form of the kinetic equations and the boundary conditions.

27 e jump conditions, internal constraints, and boundary conditions.

28 te crystal through imposition of appropriate boundary conditions.

29 mann equation coupled with charge-regulating boundary conditions.

30 using the CHARMM22 force field with periodic boundary conditions.

31 linear response to small changes in external boundary conditions.

32 ly intractable, depending on the initial and boundary conditions.

33 f mass and momentum and appropriate pressure boundary conditions.

34 e in the form of spectral flow under twisted boundary conditions.

35 GIPAW) formalism calculations using periodic boundary conditions.

36 patch and a group of patches with different boundary conditions.

37 bon cycle interacted under changing geologic boundary conditions.

38 hereby avoiding the need to impose radiative boundary conditions.

39 l simulation) for both Neumann and Dirichlet boundary conditions.

40 pressure with explicit solvent and periodic boundary conditions.

41 s for extended systems treated with periodic boundary conditions.

42 ) simulation in TIP3P water using stochastic boundary conditions.

43 periment and help to define optimal reactive boundary conditions.

44 ctly and avoids problems related to periodic boundary conditions.

45 stem using normal three-dimensional periodic boundary conditions.

46 reakup retains an imprint of the initial and boundary conditions.

47 tem is determined by its Hamiltonian and its boundary conditions.

48 r kinetics with both zero and non-zero lower boundary conditions.

49 etries and under various clinically relevant boundary conditions.

50 nternal structure of colonies within defined boundary conditions.

51 ard reduction under controlled thermodynamic boundary conditions.

52 2 simulations with different resolution and boundary conditions.

53 ign and the local constraints imposed by the boundary conditions.

54 outcome using patient-specific MRI measured boundary conditions.

55 educed dimension via engineering the surface boundary conditions.

56 physical origins but with differing physical boundary conditions.

57 d temperatures exceeding Earth's core mantle boundary conditions.

58 ess-of-fit criteria, the negative-flux lower boundary condition, -0.25 g O(2) m(-2) d(-1), was found

59 port external to colonies provides a crucial boundary condition, a source for supplying internal diff

60 th careful design of different electrostatic boundary conditions, a magnetic transition as well as a

61 ific convection to changes in global climate boundary conditions, abrupt climate changes and radiativ

62 Through an accurate analysis of boundary conditions, additional terminals or boundaries

63 To study how dimensionality and boundary conditions affect collective bacterial dynamics

64 ge times near the obstacles, dictated by the boundary conditions, affect the character of transport a

65 We tested whether anisotropic mechanical boundary conditions affected the directionality and spee

66 The boundary condition affects the deformation dramatically,

67 the choice of either no-slip or stress-free boundary conditions affects numerical models of rapidly

68 scenario grounded by numerous complementary boundary conditions, aiming to model the full extent of

69 linker was constructed by employing periodic boundary conditions, allowing a novel scheme for evaluat

70 ulated profiles with the negative-flux lower boundary condition also showed better agreement with the

71 oluchowski theory refined with the radiation boundary condition and the radial distribution function

72 reanalysis data for the years 2000-2010 as a boundary condition and with LULC data from 1987 and 2005

73 es solution of DEP force, in which realistic boundary conditions and a finite chamber height are impo

74 rared spectrum was calculated using periodic boundary conditions and a method for estimating the diff

75 time-dependent perturbations to the crystal boundary conditions and associated resonant frequency, w

76 ch a cloak does not depend on the particular boundary conditions and can also operate in different si

77 chemistry accounted for in both the lateral boundary conditions and coastal waters surrounding the c

78 ic and insulating films as the electrostatic boundary conditions and compensation mechanisms are dist

79 l Hamiltonians on a square lattice with open boundary conditions and constant spectral gap, which hav

80 For these initial and boundary conditions and corresponding physical quantitie

81 These findings show archetypally how simple boundary conditions and elastic anisotropy of confined m

82 f topological photonics in systems with open boundary conditions and for their application to the imp

83 pend on particle shape, topology, chirality, boundary conditions and induced topological defects.

84 ion, wavelength and amplitude by controlling boundary conditions and making use of graphene's negativ

85 rate how these depend on initial conditions, boundary conditions and model parameters.

86 auxetic elasticity), depends sensitively on boundary conditions and on the nature of the kagome dist

87 Instead we show that boundary conditions and proximity to the fibre structure

88 ical model that can be forced by oscillating boundary conditions and that uses literature rates and c

89 Precise control over boundary conditions and the resulting gradient is achiev

90 ts of model dimensions, substrate thickness, boundary condition, and composite film layers are system

91 committees of experts that create and refine boundary conditions, and a set of rules that are availab

92 eptually simple, amenable to a wide array of boundary conditions, and can be adapted to handle therma

93 stem, uses an appropriate set of initial and boundary conditions, and does not exploit any implicit s

94 gic formation properties, open-versus-closed boundary conditions, and injection with or without brine

95 particles treated for tangential degenerate boundary conditions, and perform controlled switching of

96 n, fractional viscosity dependence, periodic boundary conditions, and recent developments in the fiel

97 d for the finite chain length, the chain-end boundary conditions, and the bead rotational fluctuation

98 We found that CMT interactions, boundary conditions, and the bundling cutoff angle impac

99 the system's transport properties, chemical boundary conditions, and the stoichiometry of metabolic

100 ds on partition coefficients, particle size, boundary conditions, and time.

101 ow that bulk floppy modes present under free boundary conditions are also present under periodic boun

102 Slab geometric boundary conditions are applied in the molecular dynamic

103 anishing velocity and vanishing shear stress boundary conditions are applied to the fluid at a finite

104 a membrane barrier for different initial and boundary conditions are available in the literature.

105 cal quantities for the first two initial and boundary conditions are concentration and average concen

106 pole potential, and diffusion under periodic boundary conditions are considered.

107 ther, in part because of distinctions in how boundary conditions are defined, but also because of sub

108 The three commonest initial and boundary conditions are for a membrane without solute re

109 Free, fixed, symmetry, and anti-symmetry boundary conditions are implemented, enabling efficient

110 ved when the new dust aerosol and vegetation boundary conditions are included.

111 Effects of electric boundary conditions are investigated by growing the same

112 hospheric body forces, or evolution of plate boundary conditions are strongly debated as possible lit

113 based prebiotic scenarios and their possible boundary conditions, as discussed.

114 hods for exosome detection is constrained by boundary conditions, as well as fundamental limits to mi

115 r a general breakdown of traditional no-slip boundary condition at short time scales and we show that

116 cessfully performed without incorporation of boundary conditions at a temporal resolution of 252 msec

117 he mass-transfer mechanisms and the specific boundary conditions at hand.

118 l simulations are carried out using periodic boundary conditions at neutral pH and 298 K.

119 rs regulating branch-form CMT nucleation and boundary conditions at the end walls are important for f

120 The role of boundary conditions at the interface for both Boltzmann

121 riving force while leading to time-dependent boundary conditions at the tablet interface.

122 ting the 30 most influential from emissions, boundary conditions (BCs), and reaction rates.

123 olds number, is ascribed to the use of stick boundary conditions, because they ignore the amplitude v

124 This no-slip boundary condition both defines the gel's permeability a

125 e of the most dynamically critical ice sheet boundary conditions but is extremely difficult to constr

126 y conditions are also present under periodic boundary conditions but that surface modes are not.

127 firm that these fields enable overriding the boundary conditions by varying post-fabrication the grou

128 Here, cluster models and accurate periodic boundary condition calculations are used to determine wh

129 that arise at a habitat edge with reflective boundary conditions can be many more times likely to sur

130 fics of heteroepitaxy that the electrostatic boundary conditions can be set in a distinct interface p

131 We demonstrate that switching the mechanical boundary conditions can cause a distinct change of struc

132 s hydrologic, lithologic, and geologic basal boundary conditions can exert strong control on the evol

133 A key finding is that model boundary conditions can give rise to widely divergent me

134 derivation of spin-polarized quasiclassical boundary conditions capable of describing such a scenari

135 mers) motors walking on microtubules and the boundary conditions caused by the chromatin-coated spher

136 first-order Born approximation with correct boundary conditions (CB1), in general, reproduced the ex

137 simplifying assumptions, however, concerning boundary conditions, cell material properties and system

138 ause it appears largely independent of other boundary condition changes, it also may provide useful l

139 s particularly pronounced under the periodic boundary conditions commonly used in molecular simulatio

140 Thus implementation of stress-free boundary conditions, compared with no-slip conditions, m

141 ible trajectories indicates that a subset of boundary conditions converges to an organo-sulfur-based

142 sing superconducting circuits where tuneable boundary conditions correspond to mirrors moving with ve

143 d-type curve was then generated from these 5 boundary conditions, creating a parameter knowledge libr

144 rent ways; the latter include using periodic boundary conditions defined with respect to the asymmetr

145 Nevertheless, influence of boundary conditions does show up starting at the second

146 ng, surface roughness and imperfect physical boundary conditions during measurement, leading to large

147 hat ENSO was sensitive to changes in climate boundary conditions during the Holocene, including but n

148 lic metal electrodes establish equipotential boundary conditions, electric fields in the halo ion tra

149 Dielectric boundary conditions emphasise clefts in the uniform char

150 We construct lattices that under free boundary conditions exhibit surface floppy modes only or

151 cribing metastatic growth and endowed with a boundary condition for metastatic emission.

152 sus concentration relation that is used as a boundary condition for the nanochannel electrokinetic tr

153 0 gigapascals, comparable to the core-mantle boundary conditions for a 5-Earth mass super-Earth.

154 Herein, this landscape is used to prescribe boundary conditions for a computational, elastodynamic c

155 surfaces with varied genus and perpendicular boundary conditions for a robust control of appearance a

156 he isotope effects presented here constitute boundary conditions for any suggested or calculated mech

157 Together, these data define the optimal and boundary conditions for biosorption and demonstrate its

158 0)Rn and (222)Rn resulting from changing the boundary conditions for diffusive transport and from ind

159 rom these data the domain expert estimated 5 boundary conditions for each parameter: (i) definitely a

160 olecular mechanism of action of EGCG provide boundary conditions for exploring amyloid remodeling in

161 Remarkably, this strategy overcame important boundary conditions for memory updating, such as remote

162 essential roles of electrical and mechanical boundary conditions for nanoscale ferroelectricity.

163 nel inactivation, and established unexpected boundary conditions for remaining alternatives.

164 f colloidal particles that impose tangential boundary conditions for the alignment of LC molecules.

165 reated to impose tangential or perpendicular boundary conditions for the alignment of liquid crystal

166 ls by focused ion beam milling to tailor the boundary conditions for the elastic deformation upon the

167 implications for the definition of chemical boundary conditions for the emergence of life on Earth a

168 c CMAQ domains, the latter providing lateral boundary conditions for the former.

169 These include the treatment of solid boundary conditions for the nonlinear constitutive equat

170 esolution and different tracking strategies (boundary condition-free tracking, composite image-based

171 demonstrated to extract the gramicidin-lipid boundary condition from all-atom simulations that can be

172 ce frictional processes but also the dynamic boundary conditions from deeper subduction processes, su

173 hange-over from subduction to transtensional boundary conditions from Late Eocene to Early Miocene we

174 Different simulation parameters, boundary conditions, geometry configurations and time ar

175 lacement parameters with the Born-von Karman boundary condition giving the best agreement.

176 s, we show that models with either choice of boundary condition have thin boundary layers of depth E(

177 that landscape structure, habitat edges and boundary conditions have a considerable influence on the

178 gional climate model and the driving lateral boundary conditions have a large influence on the projec

179 actions with topological defects and surface boundary conditions, have been demonstrated in such coll

180 consideration but also from the initial and boundary conditions, hence allowing to obtain perfect se

181 ovide insight into ENSO behavior when global boundary conditions (ice sheet extent, atmospheric parti

182 parametric forcing is usually shaped by the boundary conditions imposed by the enclosing receptacle.

183 topology, which we argue is dictated by the boundary conditions imposed by the walls of the microcha

184 Therefore, the boundary conditions imposed on a double- or triple-repea

185 deviate noticeably from those under the free boundary condition in the highly charged systems, signif

186 Here, protophloem water sources are used as boundary conditions in a classical, three-dimensional mo

187 pe domains due to the modified electrostatic boundary conditions in BFO/LSCO/NGO film.

188 nique capability to adjust the thermodynamic boundary conditions in MER to the specific reducibilitie

189 s, we developed a general framework for open boundary conditions in multiphase flows that is effectiv

190 opriate technique for implementing zero-flux boundary conditions in random walk simulations commonly

191 involving systematic control of the chemical boundary conditions in situ, by which the crystal habit,

192 basin responds closely to changes in glacial boundary conditions in terms of temperature and atmosphe

193 he cantilever itself (i.e., to the change of boundary conditions in the course of stretching).

194 tric flows depend crucially on the choice of boundary condition, in both their structure and magnitud

195 Assuming a slip boundary condition, in which the liquid slides against t

196 n analytical method with an understanding of boundary conditions independent of surface chemistry.

197 iptions of the contact mechanics and various boundary conditions involved in the bacteria-nanopattern

198 To discover what boundary condition is appropriate for solving continuum

199 Tailoring the hydrodynamic boundary condition is essential for both applied and fun

200 that time scale invariance is lost when the boundary condition is non-conservative, that is when mov

201 linking of particle rings with perpendicular boundary conditions is commonly accompanied by linking o

202 We show that obtaining the appropriate boundary conditions is essential for capturing the under

203 e morphology, which along with electrostatic boundary conditions is found to determine the spatial ex

204 ghly flexible with regard to the implemented boundary conditions, it opens up the possibility for int

205 We found that boundary conditions limit successful chemistry, which ar

206 However, certain boundary conditions limit the parameters under which mem

207 on depends on a set of still loosely defined boundary conditions, limiting the translational value of

208 ed the oil reservoir and the well with a top boundary condition located at the bottom of the blowout

209 e, Coulombic interactions under the periodic boundary condition may deviate noticeably from those und

210 ng the growth of a sample, and electrostatic boundary conditions may play an important role.

211 ing density functional theory and a flexible-boundary-condition method.

212 wever, and we note that considerable work on boundary conditions, moderators, and real-world generali

213 or the finite Warburg circuit, but with the boundary conditions modified to account for the fact tha

214 or the finite Warburg circuit, but with the boundary conditions modified to account for the fact tha

215 bound operators) then defines the requisite boundary conditions needed for the dynamic rod model tha

216 linear Kirchhoff differential equations with boundary conditions obtained from the coordinates of the

217 also significantly influenced by the lateral boundary condition of processing loading.

218 interfacial space, we are able to define the boundary condition of the minimal 'cryoprotectant to par

219 We examined several zeolite structures with boundary conditions of boron MEL where there are only 10

220 The methodology incorporates the boundary conditions of the first direct diffusion measur

221 pulse durations (i.e., tens of fs), set the boundary conditions of the pulse intensity and sample pa

222 terize the finite size effect related to the boundary conditions of the simulation box.

223 of the interacting materials and the complex boundary conditions of their co-deformation.

224 n of artificial hPAC at recall overcomes the boundary conditions of this process.SIGNIFICANCE STATEME

225 However, a significant boundary condition on memory decoding validity may be th

226 Thus, the memory strength boundary condition on reconsolidation is set at the time

227 ncentrations, potentially yielding a no-slip boundary condition on the air-water interface (the "plas

228 gravity field, which represents an important boundary condition on the buoyancy of the continental te

229 ere Fourier theory fails, a simple radiative boundary condition on the heat diffusion equation cannot

230 eraging 255 ms, placing a critical and novel boundary condition on the microcircuit underlying respir

231 envelope imposing a periodic moving velocity boundary condition on the surrounding fluid.

232 y decoding technology, placing a significant boundary condition on their real-world utility.

233 imposes a selection pressure and subsequent boundary conditions on products.

234 of higher peptide concentration and periodic boundary condition promoted compact monomers and the sho

235 ophysical effect associated with fluctuating boundary conditions, rather than a fundamental property

236 define modified partial differential-Neumann boundary conditions, Reo, for spinors, which lead to sub

237 We find that (i) changes in boundary conditions representative of slow "Earth system

238 imensional traveling wave, using the unusual boundary conditions required for an undercompressive sho

239 Boundary conditions required for numerical solution of t

240 Anisotropic mechanical boundary conditions (restraint, stretch, or tension) cou

241 onfiguration due to variations in electrical boundary conditions resulting in the differences in the

242 ts on chemical isocline curvature imposed by boundary conditions results in the fact that dynamic cel

243 In particular, the boundary conditions selected for his model (e.g. heavily

244 ulation using Maxwell's equation with proper boundary conditions shows Zenneck type behavior for the

245 teristic transformation products (TPs) under boundary conditions similar to those in hyporheic zones.

246 ce of specific geomorphic transport laws and boundary conditions strongly influences the channelizati

247 ble resources, and adapt quickly to changing boundary conditions such as population size.

248 attribution studies are needed, that include boundary conditions such as underlying climate, water an

249 ust to varying parameters, cluster size, and boundary conditions, support the interpretation of exper

250 ontrolled by wire size, initial orientation, boundary conditions, temperature and initial cross-secti

251 it cell as well as using the Born-von Karman boundary condition that accounts for lattice vibrations.

252 e represents a unique physical environmental boundary condition that affected seawater chemistry duri

253 issue is with the impossibility to replicate boundary conditions that are identical to what chunks of

254 ved in vivo and ex vivo, and in a variety of boundary conditions that are likely to occur during perc

255 tion, the rigid mechanical and electrostatic boundary conditions that constrain domain walls in prope

256 isms by regulating the chemical and physical boundary conditions that control the growth kinetics of

257 membrane and look at three different sets of boundary conditions that describe diffusion over the bar

258 structure of the ventrocaudal groove creates boundary conditions that determine the form of beating o

259 atially distinct volumes with dynamic/static boundary conditions that electrically couple neighboring

260 rayed by the model equations, is governed by boundary conditions that include the surface concentrati

261 the continental U.S. domain and from lateral boundary conditions that lead to the largest reductions

262 ntic under Last Glacial Maximum forcings and boundary conditions that reveal a maximum subsurface war

263 To satisfy the boundary conditions, the irrotational field is required,

264 Compared with the effects of boundary conditions, the models are less sensitive to th

265 Because of conically degenerate boundary conditions, the solid microspheres locally pert

266 e trajectories corresponding to all possible boundary conditions, the technique is of computational o

267 Conversely, with absorbing boundary conditions, their survival is greater when they

268 al phase-space domain; any particular set of boundary conditions then is extracted through rapid post

269 ctively, and R0(eo), R1(eo), the subelliptic boundary conditions they define.

270 and the associated electrostatic and elastic boundary conditions they produce) has remained unclear.

271 By controlling boundary conditions through the monolayer, we manipulate

272 ntinuum models with appropriate symmetry and boundary conditions to approximately represent the true

273 ional theory quantum mechanics with periodic boundary conditions to determine the atomistic mechanism

274 ly as transient features or required complex boundary conditions to exist and could not self-assemble

275 reds of nanoseconds) while applying a set of boundary conditions to guide the flow of the molten mate

276 Initialized ESMs could also provide boundary conditions to improve high-resolution regional

277 Computer simulations usually use periodic boundary conditions to minimize corrections from finite

278 tems are very similar; however, changing the boundary conditions to some feasible future scenarios, l

279 n upper atmospheric circulation, determining boundary conditions to stratospheric processes, which in

280 l selves in work groups and teams to outline boundary conditions to the hypothesis that emphasizing i

281 Surfaces of real channels have irregular boundary conditions to which streamlines adapt and with

282 Under boundary conditions typical for batch experiments (finit

283 Vegetation zone boundary conditions vary spatially at landscape scales (

284 Mineral matrix zone boundary conditions vary spatially at landscape scales (

285 This important boundary condition was further evidenced in Exp.

286 daptive fundamental cell subject to periodic boundary conditions (we term this the 'adaptive shrinkin

287 herical membrane shapes and enforcing proper boundary conditions, we derive an analytical solution va

288 opography, lithospheric structure, and paleo-boundary conditions, we develop a complete geodynamic mo

289 e microscope, and under well-controlled flow boundary conditions, we visualized directly the transpor

290 e parametric study shows that when different boundary conditions were applied, the bone density distr

291 The boundary conditions were determined from the experimenta

292 Periodic boundary conditions were used to examine the effects of

293 ranching-diffusion process with an absorbing boundary condition whenever any telomere reaches the cri

294 terfacial systems with P2(1) and Pc periodic boundary conditions which allow, for example, lipids in

295 gh the quadratic nonlinearity of the surface boundary condition, which couples pairs of slowly propag

296 f FTJs is highly sensitive to the electrical boundary conditions, which can be controlled by electrod

297 tronomical forcing under different ice/CO(2) boundary conditions, which greatly improves our understa

298 The macroscopic electromagnetic boundary conditions, which have been established for ove

299 patibility with a three-dimensional periodic boundary condition while preserving information about th

300 Incorporation of boundary conditions with composite image-based tracking