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1 g that sorption/desorption was significantly nonideal.
2 erdependent, so their dependent study can be nonideal.
3 n occupied by ions makes the solution highly nonideal.
4 ults reveal that the seemingly irregular and nonideal 2D structures can be exploited and engineered f
5  demonstrating that IN worked properly under nonideal active substrate conditions.
6 lyvinylpyrrolidone (PVP) surface ligands and nonideal Ag-PVP-Ag contact at NW-NW junctions.
7      In this work, this diffusion process in nonideal ALD is investigated and exploited: the diffusio
8 e to facile diffusion of reactant species in nonideal ALD.
9  has suggested that diffusion may in fact be nonideal and mediated by an as-yet-unidentified mechanis
10 ide spectrum of electrolytes, be it ideal or nonideal, aqueous or nonaqueous, dilute or superconcentr
11                          Overall, we observe nonideal aspects of phospholipid probe mobility and part
12 emonstrate that DIANA signals can arise from nonideal aspects of the pulse sequence and specimen that
13 riented pyrolytic graphite (HOPG) causes the nonideal asymmetry of paired nanogap voltammograms of (f
14 ation mixed-halide perovskite absorbers with nonideal band gaps of 1.5-1.6 eV.
15 aker interactions with active site residues, nonideal base pairing, and a large increase in the dista
16 aker interactions with active site residues, nonideal base pairing, and a large increase in the dista
17                                              Nonideal behavior (precipitation/aggregation), typically
18 icle interference) were observed, indicating nonideal behavior at high concentrations.
19                  The molecular origin of the nonideal behavior for concentrated binary solutions of b
20                                              Nonideal behavior found in many experiments has classica
21 were also founded to help assess/compare the nonideal behavior in different bisolute mixtures.
22 process depends on calcium, which can induce nonideal behavior in membranes through domain formation.
23                      The two main sources of nonideal behavior in Rayleigh-Taylor (RT) mixing are reg
24 tes that a quantitative description of their nonideal behavior is possible and straightforward.
25                   These results suggest that nonideal behavior of particle-phase compounds influences
26                                          The nonideal behavior of the sodium alkyl sulfates at concen
27  the mixed component membrane should exhibit nonideal behavior that will lead to PS clustering.
28 ic compound (NaNO(3)) further influences the nonideal behavior, again in a compound-specific manner.
29 packed with molecules that contribute to its nonideal behavior.
30 es, though in practice devices often exhibit nonideal behavior.
31  metal-donor atom bond distance that induces nonideal bond angles due to the rigidity of the ligands.
32             In phase 1, ~85% of children had nonideal cardiovascular health, and those who previously
33                                The excess or nonideal chemical potential of the native state and of e
34 tly detect the learned objects under various nonideal circumstances, such as partial occlusion and di
35 f the radionuclide imaging process including nonideal collimation and object-specific attenuation.
36 their highly complex molecular compositions, nonideal combustion conditions, and sample preparation s
37                         Here, we derived new nonideal competitive adsorption (NICA) constants for Fe(
38  of model parameters and input values of the nonideal competitive adsorption (NICA)-Donnan model for
39 imed at investigating enzymatic catalysis in nonideal conditions closer to their in vivo environments
40 below 100 degrees C, remains valid under the nonideal conditions encountered in FROMP, including ambi
41 ssion of the robustness of the method toward nonideal conditions is included based on experimental an
42 erstanding of enzyme reaction networks under nonideal conditions.
43 tions with eight alkyl hydroxybenzoates with nonideal conditions.
44 entrifuge to describe self-association under nonideal conditions.
45  Here, we extend the phase diagram method to nonideal conditions.
46 ays a role in protecting the P-cluster under nonideal conditions.
47 s through cross-correlation, it suffers from nonideal confocal volume overlap and spectral cross-talk
48                   By separation of ideal and nonideal contributions to the chemical potential, the eq
49                          A method that takes nonideal detector effects such as dead-time and afterpul
50  other hand, is quite robust with respect to nonideal detector effects.
51 h ideal behavior are highly desired, because nonideal devices may overestimate the intrinsic property
52          Increasing recovery of kidneys from nonideal donors benefits patients because recovering mor
53 y associated with both increased recovery of nonideal donors, and with KAS250 allocation complexity a
54 ncluding increasing recovery of kidneys from nonideal donors, delays in offer acceptance observed und
55 were associated with increased prevalence of nonideal donors: donation after circulatory death donors
56                  Here, the side chains adopt nonideal eclipsed conformations with the main chain, thu
57 though their performance has been limited by nonideal electrical characteristics and an inability to
58 ght-line plot is a diagnostic indicator of a nonideal electrode geometry.
59 static screening in very high concentration (nonideal) electrolytes.
60 solubilization is well recognized today as a nonideal environment for small membrane proteins, here w
61 offers advantages in procedures conducted in nonideal environments, such as offsite or austere scenar
62 inding and catalysis, however, often demands nonideal features, including large and irregular loops a
63 eral, and can be implemented to design other nonideal folds, generating stable, specific, and precise
64  procedures, which can be time-consuming and nonideal for low-concentration species.
65                    Most passive samplers are nonideal for sampling such systems because they sample i
66                  However, the complexity and nonideal form factors of conventional digital wireless s
67 nteractions between mobile species and their nonideal free energies.
68 ilayer core-shell NPs and deal with complex, nonideal geometrical properties.
69 teratively refines their placement to reduce nonideal geometries.
70             Moreover, a narrowly distributed nonideal helical structure coexists with a broadly distr
71 r equation, scale invariant formulation, and nonideal (i.e., experimental) initial conditions.
72    Successive charging of the MOF results in nonideal interactions between linkers and restricted mob
73 ic repulsion at other contacts, resulting in nonideal interatomic distances.
74 ture leads to weak interfaces that result in nonideal interfacial electronic and mechanical degradati
75                                        Using nonideal kidneys for transplant quickly might reduce the
76                              For ethaline, a nonideal kinetic behavior was observed, potentially attr
77 ith preexisting POPS-rich clusters formed by nonideal lipid mixing, binding peripherally to the lipid
78 alysis revealed that CsA behaves in a highly nonideal manner over the temperature range tested.
79                          However, there is a nonideal mass bias residual correlation between (182)W/(
80 try was designed to give high selectivity in nonideal matrices.
81 he clicked oligocholate was sensitive to the nonideal mixing of ionic/nonionic micelles and to the un
82  and sigmoidal kinetics are more a result of nonideal mixing of substrate in DMPM vesicles than of ac
83 rescent substrate analog are consistent with nonideal mixing of substrate in DMPM vesicles, but not i
84                        Critical behavior and nonideal mixing of the lipids have been proposed to expl
85 ifferential donor quenching is not caused by nonideal mixing or spectroscopic differences.
86 3) the use of helium carrier gas to minimize nonideal mixture behavior, and (4) the direct measuremen
87  the experimental conditions involve complex nonideal mixtures of many potentially optically active m
88 60BM, but also faster recombination due to a nonideal morphology in which, in contrast to P3HT:PC60BM
89 ulations are able to reproduce the different nonideal nucleation behavior observed experimentally for
90  highly dynamic systems or when dealing with nonideal operating conditions.
91 ld conditions including fuel variability and nonideal operation.
92 H-HA practices reported a discussion for >=1 nonideal or missing CVH factor compared with 55% in UC (
93 nd point was survivor-reported discussion of nonideal or missing CVH factors.
94 challenge of these chemistries lies in their nonideal orthogonality in which both acrylates (Michael
95 ar cells; however, they are limited by large nonideal photovoltage loss (V oc,loss ) in small- and la
96 few dilute systems, similar measurements for nonideal plasmas at densities approaching or exceeding t
97                                              Nonideal polymer mixtures of PEGs of different molecular
98 sion isotope ratios from amino acids despite nonideal positional fidelity in fragments and that natur
99 sotope ratios from all positions despite the nonideal positional fidelity of CH4.
100                       However, despite these nonideal properties of the Fe(3+)FbpA-X protein-folding/
101  instrumental variable method to allow for a nonideal reference population that may include exposed i
102 ence for dependence of the RT mixing rate on nonideal regularizations; in other words, indeterminacy
103 ield strength in deep time is complicated by nonideal rock magnetic behavior in many igneous rocks.
104                                          For nonideal samples displaying concentration-dependent solu
105 d G8(uridine) folded properly, but exhibited nonideal scissile bond geometries (tau ranging from 118
106  supposedly mild eluent compositions induced nonideal SEC behavior and/or protein unfolding.
107  even the x = 0-2.9 phase space behaves as a nonideal solid-solution on a more local scale.
108 or GB, predicted to be general for excluded, nonideal solutes such as GB, as a modest (8%) attenuatio
109   Here, we show the structural origin of the nonideal solution behavior.
110 pecies of point-scattering solutes in highly nonideal solutions at arbitrary concentration are obtain
111  an ionic environment that causes a strongly nonideal solvation behavior of cyclohexanol.
112 the solvation region in the helix phase, but nonideal solvent mixing was found in the melted coil pha
113 his research was to examine the influence of nonideal sorption/desorption on the transport of polyflu
114                           We show that these nonideal surfaces can be used to probe kinetics of metal
115  surface-enhanced Raman scattering (SERS) on nonideal surfaces can provide a significant amount of in
116                                      SERS on nonideal surfaces is thus revealed as a useful tool to r
117 gn of adhesive geometry enables adherence to nonideal surfaces with low preload and independent contr
118  and crowded environment presents a complex, nonideal system.
119                            Solutes lead to a nonideal thermodynamic behavior, which sets an equilibri
120                                              Nonideal transport was observed in both per- and polyflu
121 reating the adsorbate as a thermodynamically nonideal two-dimensional fluid.
122                  The significantly minimized nonideal V oc,loss is better than state-of-the-art silic

 
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