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1 thereby increasing the GB density of TES-ADT spherulites.
2 t by fabricating arrays of devices on single spherulites.
3 in the different-sized cores observed in the spherulites.
4 Maltese-cross" extinction pattern typical of spherulites.
5 tion with salt concentration is observed for spherulites.
6  and crystallographic orientation of TES-ADT spherulites.
7                        In the center of each spherulite, a "core" of less regularly oriented material
8                                              Spherulites, a common crystalline superstructure found i
9                The gels are characterized by spherulite and other bilayer defects consistent with a l
10 al-algal communities that produce aragonitic spherulites and encase the dinoflagellates as endolithic
11 orrelation between coverage of a device with spherulites and its performance.
12  provides a general protocol to form uniform spherulites and their precursors consisting of PFS BCPs
13 mise for the fabrication and optimization of spherulites and their precursors from semicrystalline BC
14 such as "vases" and "goblets", nonspherical "spherulites" and, unexpectedly, "shish-kebabs" grown fro
15 es C), optical clarity (due to its submicron spherulites), and good barrier properties, while it stil
16 tallized as platelets, one crystallized as a spherulite, and two resisted thin film crystallization.
17 lution and that concurrent amorphous phases, spherulites, and microfibers are not building blocks for
18 lysis, and optical polarimetry show that the spherulites are composed of helicoidal crystallites twis
19 l is observed, whose size decreases when the spherulites are formed in the presence of increasing con
20 on, well-developed pentacrystalline positive spherulites are produced.
21                                        These spherulites are similar to the synthetic vaterite micros
22 o hedrites, sheaf-like micelles, and finally spherulites as the annealing temperature and supersatura
23   The microstructure of mannitol ring-banded spherulites compares favorably to that of high polymers
24 idone) (PVP) or D-sorbitol, form ring-banded spherulites composed of handed helical fibrils, where th
25 e uniaxial optical character of the vaterite spherulites, confirmed by these diffraction experiments
26                                          The spherulites contain a large quantity of well defined amy
27    The linear optical properties of sorbitol spherulites containing the azo dye amaranth were analyze
28                             Devices with 82% spherulite coverage reach a power conversion efficiency
29 olved organic molecules might play a role in spherulite formation on lead water pipes.
30 nd kinetics of bovine insulin amyloid fibril spherulites formed in the presence and absence of differ
31                                     Vaterite spherulites from both hatchery-reared (juvenile) and wil
32                   D-sorbitol forms so-called spherulites from under-cooled melts.
33      The vaterite crystallites making up the spherulites have excellent registry in both the axial an
34                          As a result, we see spherulites in 3D, both in neat polymers and their nanoc
35              Images of transmittance of dyed spherulites in polarized light were recorded with a CCD
36 eneral prerequisites for fabricating PFS BCP spherulites in solution.
37                                The dyeing of spherulites is thus a general method of solute alignment
38 position growth of MXene carpets and complex spherulite-like morphologies that form through buckling
39  and cooling) protocol, we show that uniform spherulite-like structures and their precursors can be p
40          The formation of amyloid-containing spherulite-like structures has been observed in some ins
41 merations of small microcrystalline vaterite spherulites (<300 mum in diameter), that range in shape
42   Also surprisingly, in nanocomposite sheets spherulite nucleation is seen to be copied from one surf
43                                              Spherulites obviate the substantial experimental complex
44         Crystal optical properties of banded spherulites of 21 different compounds--molecular crystal
45                                       Banded spherulites of aspirin have been crystallized from the m
46  likened to that leading to the formation of spherulites of polyethylene, in agreement with observati
47                                       The 2D spherulites of TIPS-pentacene are extremely advantageous
48 ecular thin films may instead crystallize as spherulites or resist crystallization entirely.
49 t of short-fragment (146-bp) DNA cholesteric spherulite pitch as a function of osmotic pressure, aver
50 middle layer containing lead calcium apatite spherulites, plumbonacrite, and some hydrocerussite; and
51                      Plane sections of doped spherulites present all orientations of an electric dipo
52 ependence follows azimuthal rotations of the spherulite radii around the wave vector, while absorbanc
53 ientation angles of a model polycaprolactone spherulite sample.
54 plastics like polyethylene or Nylon features spherulites, "shish-kebabs", cylinddrites and other crys
55 ientation images of PE chains in ring-banded spherulites show that the azimuthal angles of the chains
56                                  The general spherulite structure consists of radially oriented amylo
57  or natural, the texture manifested in these spherulites suggests that vaterite nucleates and grows s
58  of VEALYL correlates with the appearance of spherulites that are on the order of several micrometers
59 e show in both coral and synthetic aragonite spherulites that crystal growth by attachment of ACC par
60  of low-angle grain boundaries within single spherulites, we find intraspherulitic charge transport t
61 ng of these blends leads to the formation of spherulites, which consist of a network of anthradithiop
62 sted crystals are typically formed in banded spherulites, while a class of non-flat polymer single cr