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1  postembryonic development but also for leaf flatness.
2 nding sites, rather than exhibiting complete flatness.
3 rial atrophy was uncorrelated with audiogram flatness.
4 p valence moire band achieves almost perfect flatness.
5                                Their extreme flatness allows for excellent microscopic visualization.
6 ompaction, along with alterations in nuclear flatness and 3-dimensional volume.
7 ype LsTCP4 gene plays critical roles in leaf flatness and its expression level is negatively correlat
8 SC fabrication processes due to poor surface flatness and low tolerance to high temperature and chemi
9 multiharmonic frequencies to ensure the film flatness and rigidity for collecting meaningful data.
10 ally any substrates regardless of materials, flatness and rigidness.
11                                          The flatness and thin cover suggest that the plain may repre
12 nd back gates of a tDBG device tune both the flatness and topology of the electronic bands, enabling
13 ining 143 tones with <3 kHz linewidth, 12 dB flatness, and >30 dB OSNR over the entire spectral regio
14 y contraction that produces the homogeneity, flatness, and energy needed to begin the next cycle.
15 nalysis highlighted lower sphericity, higher flatness, and greater gray-level heterogeneity as predic
16 r images including cell barrier, attachment, flatness, and motility every 15 min during experiments.
17 ing the crystalline quality, nanometre-scale flatness as well as local electronic properties of graph
18 atic vacuum state compatible with asymptotic flatness (Boulware vacuum).
19 arp diffraction patterns, improves monolayer flatness by nearly two-orders of magnitude, and causes o
20 We propose that CIN promotes zero curvature (flatness) by making cells more sensitive to an arrest si
21 opose here a set of three different indexes, flatness, charge transfer, and molecularity, easily obta
22 he microscope resolution, field illumination flatness, chromatic aberrations, illumination power stab
23 organ curvature and actively maintains sepal flatness during its growth.
24       Extending the notion of intrinsic band flatness from 2D to 3D, this provides a potential pathwa
25 ive groups according to the relation between flatness (i.e., SD of hearing levels across all frequenc
26 statistical protocol for characterization of flatness in a spatial profile was verified in experiment
27 etween the weight variance and the landscape flatness in all PCA directions, which is the opposite to
28  an equally significant factor behind facial flatness in cold regions, else than the effect of Allen'
29 nction landscape can be characterized by its flatness in each PCA direction.
30 ation time depend inversely on the landscape flatness in each PCA direction.
31                                          The flatness increased with decreasing vessel size.
32 s demonstrated decreased directed migration, flatness, increased filamentous actin-based protrusions,
33 rom monolayer data should take the degree of flatness into account.
34 s showed that Multi-resolution Valley Bottom Flatness (MrVBF), moisture index, Topographic Wetness In
35                                          The flatness of the corresponding electronic potential makes
36  lead to global changes in the overall pleat/flatness of the CTD, thereby altering its ability to oli
37 stead by the effective photon mass, i.e. the flatness of the dispersion curve.
38 nificantly higher oxygen functionalities and flatness of the GC surface is attributed to favoring fas
39                                          Non-flatness of the junction should be taken into account in
40                                          The flatness of the numbers of citations over time, the cont
41     The sharpness of the transitions and the flatness of the plateau of the PLM curves indicate that
42 le) ratio provides useful information on the flatness of the profile.
43 used as an indication of the rigidity or the flatness of the protein folding energy landscape.
44 ng the accuracy of the technique include the flatness of the substrate, the size of the fluorescent b
45 ted to any structural defects, nanoscale non-flatness of two-dimensional membranes greatly facilitate
46                                       Strong flatness properties are established for a large class of
47 tion Correlation 2) and one feature from CT (flatness), reaching a sensitivity of 100% and a specific
48 rmation correlation 2 (IC2) and one from CT (Flatness), reaching a sensitivity of 100% and a specific
49           To understand the inverse variance-flatness relation, we develop a phenomenological theory
50 ive temperature decreases with the landscape flatness so the system seeks out (prefers) flat minima o
51 hat is required for the maintenance of organ flatness, taking the sepal, the outermost floral organ,
52 altered Bcd gradient profile with increasing flatness toward mid-embryo.
53 ing the transition from pattern formation to flatness using only parameter-free molecular dynamics si
54 cisely released with an atomic-scale surface flatness via a buffer-free separation technique.
55 ral direct signatures and properties of band flatness with a high-throughput analysis of all crystal