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1 the function of facilitation remains largely theoretical.
2 ed Ca/P molar ratio from 1.38 (day 1) to the theoretical 1.76 (day 11) and by the formation of needle
5 s opposite to that predicted by contemporary theoretical accounts of depression based on findings in
6 e-all models that are commonly considered in theoretical analyses, contributes to the emergence of an
7 Using extensive numerical simulations and theoretical analyses, we find that a hysteresis loop eme
12 eural community detection strategy and graph theoretical analysis of functional MRI data in human pat
16 -0.51, p = -0.002) were shown, through graph theoretical analysis, to be significantly negatively cor
22 nutrient limitation within a mutualism using theoretical and experimental approaches with a synthetic
24 We demonstrate good agreement between the theoretical and experimental collision frequency of indi
37 nges in connectivity, we show that our graph-theoretical approach based on centrality (eigenvector an
41 hlights the need for better experimental and theoretical approaches to characterize the WAF structura
42 he ARD family, the proposed experimental and theoretical approaches to establishing mechanisms for th
43 uilibrium molecular dynamics simulations and theoretical arguments, we report flow-induced cavitation
44 ial review presents an overview of the basic theoretical aspects of two-dimensional (2D) crystals.
48 omitant resistance that provides an improved theoretical basis for tumor growth control and may also
49 density functional theory and correlate the theoretical binding energies with the experiments to giv
54 rometry, deuterium labeling experiments, and theoretical calculations (B3LYP/6-31G**) identified 27 d
56 ermions in monolayer Cu2Si based on combined theoretical calculations and angle-resolved photoemissio
58 e relevance of polar effects is supported by theoretical calculations conducted for the reactions of
59 on spectroscopy (XAS)) coupled with advanced theoretical calculations has been applied for the unambi
71 onated cations can be formed, in accord with theoretical calculations which show that the energy diff
74 results provide experimental constraints for theoretical calculations, which yield atomistic views of
77 oxide cathodes are inexpensive and have high theoretical capacity (based on two electrons) of 617 mAh
88 ith trans C=M=C cores where experimental and theoretical data suggest the presence of an inverse-tran
89 tional spectroscopic studies, in tandem with theoretical density functional theory calculations, demo
90 aline cells in three fields of use: (i) >90% theoretical depth of discharge (DODZn) in primary (singl
91 findings provide a unified experimental and theoretical description of the electrochemical and optic
94 l transition state theory (VTST), its recent theoretical development, and some modern applications.
101 y-pathway protein folding model derived from theoretical energy landscape considerations and the defi
102 or otherwise relevant published empirical or theoretical English language literature was included.
105 provide the first combined experimental and theoretical evaluation of how differences in ligand stru
106 n a recent series of papers, some suggestive theoretical evidence has been offered that this theory m
110 3AR, and exemplifies the benefits of a joint theoretical-experimental approach to identify novel hA3A
115 ons, brain areas and social systems; and the theoretical framework and computational tools of modern
118 inetic parameters, and therefore points to a theoretical framework for describing a broad range of su
119 h and size oscillations, we create a minimal theoretical framework for the growth and dynamics of a s
127 d, with tunable mechanical properties, and a theoretical framework to capture its structure, mechanic
130 sleep homeostasis to provide a quantitative theoretical framework to understand effects of modern pa
132 We have reviewed the conceptual basis of theoretical frameworks which have been used to interpret
133 mpled approach allowed us to (i) reconstruct theoretical haplotypes in the starting population by usi
134 ermined damage thresholds were compared to a theoretical heat transfer model of pulsed laser-irradiat
138 t progress on lead-free PSCs in terms of the theoretical insight and experimental explorations of the
139 Here, we present a detailed experimental and theoretical investigation accounting for the anomalous s
143 By using a combination of experimental and theoretical investigations, we decipher the full sequenc
144 HRs for CVD mortality and IHD mortality for theoretical, isocaloric replacement of dietary fatty aci
146 cording to Good Laboratory Practice, and the theoretical justification for bovine and porcine target
149 d noise, with performance well exceeding the theoretical limit of the optimized time-frequency filter
151 For each of these disciplines, we review the theoretical literature and highlight relevant empirical
152 ggregates, which are 3-5 times higher than a theoretical lower bound obtained by assuming incoherent
153 f the PcG/TrxG system and the application of theoretical mathematical models toward an understanding
157 terol mixtures, thus directly confirming the theoretical method, and (ii) to validate our approach as
162 the experimental data with a newly developed theoretical model allows us to quantify the thermodynami
168 he rotational mechanism, we have developed a theoretical model of dilute photonic crystal, based on M
169 Here, we present a data-driven decision-theoretical model of feeding in Caenorhabditis elegans O
170 ng coefficient of variation estimates into a theoretical model of statistical variability, we also pr
171 Based on this analysis, we have created a theoretical model that captures the key features of the
173 We have developed the simulation and the theoretical model together, in an iterative manner, with
178 ically focus on studying, through a stylized theoretical model, how stochasticity in water availabili
181 with experimental results, a combination of theoretical modeling and atomistic simulations indicates
185 range of experimental features, supported by theoretical modelling, it is found that the main ingredi
187 how closely the physical system matches the theoretical models and prevents attacks due to discrepan
189 ft, bears a resemblance to those proposed in theoretical models for rodent head direction cells.
193 w these physiological results have motivated theoretical models of how the brain selects actions, reg
194 with the presence of internal friction, and theoretical models of polymer dynamics provide a framewo
195 ons correlates with beta power, in line with theoretical models of the neural instantiation of predic
196 markable field experiment has both validated theoretical models of Wolbachia population dynamics and
200 highlight some principles from evolutionary theoretical models that can deepen our understanding of
201 results thus confirm recent predictions from theoretical models that organisms should combine relevan
202 compare these FQH phases with numerical and theoretical models while simultaneously controlling the
204 bservation is in sharp contrast with general theoretical models, predicting the initiation of intragr
207 ated with network modularity and developed a theoretical network model to investigate when and how su
211 ammalian hosts, a few well-studied or purely theoretical pathogen systems, and a lack of studies occu
220 ined so efficiently that performance exceeds theoretical predictions based on the optimal integration
221 dal particles agrees quantitatively with the theoretical predictions for a pair of oppositely charged
224 imental cross-section data are compared with theoretical predictions obtained with INCL++ and ABLA07
226 with broad expanses of water ice, confirming theoretical predictions that ice can survive for billion
228 l groups, eight are fully in accordance with theoretical predictions while 14 show variations from ex
229 for LC cell scaffolding to accurately verify theoretical predictions with experimental measurements.
231 tal cross section results were compared with theoretical predictions, calculated with the INCL++-ABLA
232 d explosively largely because of the precise theoretical predictions, well-controlled materials proce
239 for using deceased controls, application of theoretical principles of control selection, and discuss
240 icting emergent properties represents a huge theoretical problem since the presence of SOC implies th
241 exemplarily show how difficult synthetic and theoretical problems can eventually be solved through ne
242 ficult for dynamic contact angles, for which theoretical profiles do not fit well, and small capillar
246 in expansions of our paradigm to include new theoretical questions, new criteria for what counts as a
247 (1D) nano-wire and 2D system, and enrich the theoretical research on finding non-Abelian anyons in to
248 ave outstanding performance characteristics (theoretical response slope, short equilibration time, ex
255 we review a broad range of experimental and theoretical results suggesting that good-based decisions
257 eement between the experimental data and the theoretical results, it is concluded that addition to th
258 security of a QKD system relies not only on theoretical security proofs, but also on how closely the
262 t annihilation (TTA-UC) and increase maximum theoretical solar cell efficiencies from 33% to >43%.
263 ization has been developed which offers O(T) theoretical speed-up in comparison to multi-threading an
264 one" to "how it will be done." Moving from a theoretical stage to this hopeful era of possibilities,
266 raphene folding may find applications in the theoretical studies and fabrication of emergent material
267 negative ion photoelectron spectroscopy and theoretical studies demonstrate the existence of the (HC
268 as cloud is a promising initial process, but theoretical studies have difficulty growing the black ho
270 propose can motivate and unite empirical and theoretical studies of system dynamics, providing a rout
273 ress report, reviews recent experimental and theoretical studies of this emerging class of soft mater
274 tivity, we have carried out experimental and theoretical studies of two isomeric carotenoporphyrin mo
276 cated to the detection of the intermediates, theoretical studies, and insights about the challenges a
281 eport a combined synthetic, mechanistic, and theoretical study of the first borylimido complex of a r
283 tional theory (DDFT) is emerging as a useful theoretical technique for modeling the dynamics of corre
284 orders has transitioned in recent years from theoretical to clinical proof of principle with the publ
285 and attosecond technology and describing the theoretical tools that complement experimental research
286 ld be considered for further developments in theoretical transient spectroscopy to include nonadiabat
287 tions of the ribbon electronic structure and theoretical transport studies show that phonon scatterin
290 eview recent progress in the field comparing theoretical treatments of optical response in nanojuncti
291 Computational Chemistry in MAOS to provide a theoretical understanding of the factors that can be use
292 wever, a material geometry that achieves the theoretical upper bounds for isotropic elasticity and st
295 hypotheses previously untestable outside of theoretical venues, particularly regarding invasive spre
298 eview is on the most recent experimental and theoretical work on photoinduced transformations in fluo
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