ライフサイエンスコーパス: cube

1 timation of the number of cells at one spot (cube).

2 ) ions at each A site (the centers of the S8 cubes).

3 to closed trajectories along the edges of a cube.

4 i.e., trigonal bipyramidal, tetrahedron, and cube.

5 BB) with a Zn6 octahedron inscribed in a Zn8 cube.

6 ceive them concerning the real weight of the cube.

7 rangement consisting of a nanoscaled anionic cube.

8 ed ABAB-type alternation for one face of the cube.

9 with thresholding techniques or with a fixed cube.

10 ded from a thin slice to a three-dimensional cube.

11 ate [L](-) ligands bridging the edges of the cube.

12 ontains eight equivalent In(3+) centers in a cube.

13 rees C) through scission of two bonds of the cube.

14 n, icosahedron, cuboctahedron and reinforced cube.

15 on densities of a few hundred per centimeter cubed.

16 lume approaching that of the nozzle diameter cubed.

17 a periodic structure consisting of extruded cubes.

18 he shape of Pd17Se15 transformed into hollow cubes.

19 oparticles are encapsulated in hollow carbon cubes.

20 edin that assembles to form interpenetrating cubes.

21 s to be imaged with either GFP or YFP filter cubes.

22 were fixed in formalin, then cut into 2.0 mm cubes.

23 tain compositions and not with traditionally cubes.

24 vity-driven removal of nonspecifically bound cubes.

25 ided each into 100 2 x 2 x 2-cm(3) (8-cm(3)) cubes.

26 rd the construction of molecular squares and cubes.

27 ickly reduced and deposited back onto the Pd cubes.

28 h an edge length equal to 70% of that of the cubes.

29 an edge length equal to 130% of that of the cubes.

30 ting with CA improved color of dried apricot cubes.

31 respect to the growth faces of the NaClO(3) cubes.

32 eadsheet-like data and multidimensional data cubes.

33 air-dried and cut into approximately 2 cm(3) cubes.

34 hod based on the Haar transform of non-local cubes.

35 e and dynamically by rolling with cut fillet cubes.

36 t-centre two-electron bonds within empty Na8 cubes.

37 s polydimethylsiloxane sponge based on sugar cubes.

38 edom between the Zn(II)- and Fe(II)-cornered cubes.

39 wk (percentage injected dose per centimeter cubed, 0.15 +/- 0.07 vs. 0.21 +/- 0.05, P < 0.05).

40 yntheses of nanometer-sized chiral molecular cubes 1a and 1b from 8 tritopic 90 degree corner units a

41 A sample of SD-OCT macular scans (macular cube 200 x 200 or 512 x 128 scan protocol; Cirrus HD-OCT

42 The optic disc cube 200 x 200 protocol was used to obtain three scans d

43 day: Cirrus HD-OCT (optic nerve head [ONH]) cube 200 x 200 protocol), RTVue-100 (ONH protocol [12 ra

44 ng Macular Cube (200x200 or 512x128) and ONH Cube 200x200 protocols.

45 The optic nerve cube 200x200 scan using the Cirrus SD OCT 400 (Carl Zeis

46 layer imaging with Cirrus SD-OCT (Optic Disc Cube 200x200) and Heidelberg Retina Tomograph (HRT).

47 he SD-OCT images were captured using Macular Cube (200x200 or 512x128) and ONH Cube 200x200 protocols

48 ons), a triangular prism (30 megadaltons), a cube (40 megadaltons), a pentagonal prism (50 megadalton

49 aneous xenotransplantation of liver scaffold cubes (5 x 5 x 5 mm) into immune competent mice resultin

50 In a frying study with potato cubes, 5.5mM l-methionine had significantly stronger ant

51 OCT macular cube 512 x 128 scans taken between January 2008 and Febr

52 database of NVAMD cases imaged with macular cube (512 A-scans x 128 B-scans) SD-OCT scans, the autho

53 tahedra (9 nm) as well as a simply loaded Pd cube (6 nm)-CeO2 /Al2 O3 sample were used as catalysts t

54 n by CO, Pd@CeO2 /Al2 O3 samples based on Pd cubes (6, 10, and 18 nm), Pd octahedra (6 nm), and Pd cu

55 ct polyhedra-a tetrahedron, an octahedron, a cube, a cuboctahedron, and a triangular prism-assemble i

56 dhered into a structure resembling a Rubik's Cube, a trademark of Rubik's Brand Limited, (RC) and all

57 Plato envisioned Earth's building blocks as cubes, a shape rarely found in nature.

58 for two weeks to different shapes of AgNPs, cube (AgNC) and sphere (AgNS) affects gut microbiota, se

59 ecular surfaces (generated with the marching cubes algorithm).

60 lly pure (P)-2 (>99% ee) gave the homochiral cubes (all-P)-1a and (all-P)-1b.

61 The edges of the cube also provided a distinct second allosteric site, wh

62 e production of human acellular liver tissue cubes (ALTCs) using normal liver tissue unsuitable for t

63 Visual Object and Space Perception battery (cube analysis), Frontal Assessment Battery (FAB), and Pa

64 dimensional designs including a complex snub cube and a reconfigurable Archimedean solid were constru

65 carboxyl groups decorating every edge of the cube and an extensive H-bonded network between cubes and

66 structures is based on the Archimedean snub cube and is, to our knowledge, unprecedented.

67 ticipants watched videos of actors lifting a cube and judged whether the actors were trying to deceiv

68 In particular, we focus on the cube and particle nanostructures of Ag and age them in v

69 into a three-dimensional hyperspectral image cube and processed using principle component analysis.

70 n extensive electron delocalization over the cube and significant stabilization.

71 umber of loci and that of third order as the cube and so on.

72 Moreover, kinetic study of preassembled cube and tetrahedron demonstrated a slow ligand exchange

73 dard, the sensitivity and specificity of FSE-Cube and the routine MR imaging protocol in the detectio

74 ) in sensitivity and specificity between FSE-Cube and the routine MR imaging protocol in the detectio

75 onto the metal floor of a 33 cm gray wooden cube and was given a mild electric shock if it did not j

76 ilms enables the self-assembly of cylinders, cubes and bidirectionally folded sheets.

77 With the use of Pd nanoscale cubes and octahedra as templates, we obtained Pt cubic a

78 seeds, we have successfully generated Pd@Ir cubes and octahedra covered by Ir{100} and Ir{111} facet

79 With 6 nm Pd cubes and octahedra encased by {100} and {111} facets, r

80 concentrations of reagents, Au-Ag core-shell cubes and octahedra with tunable sizes were obtained.

81 d design of electrochemical syntheses for Pd cubes and octahedra.

82 We show that these polyhedral blocks--cubes and octahedrons--when mixed with spheres, promote

83 Au-Ag core-shell cubes and PbS cubes with sizes of 30-40 nm have also bee

84 of [Formula: see text] nanoparticle spheres, cubes and plates.

85 as obtained by tiling space with (0.2 nm)(3) cubes and projecting the atomistic water molecule positi

86 We show that single-crystalline cubes and pyramids exhibit a uniform hydrogen distributi

87 discriminate two differently shaped objects (cubes and spheres) using only touch (in darkness) or vis

88 hat the crystal structure adopted by the SnS cubes and spherical polyhedra is expanded along the a an

89 be and an extensive H-bonded network between cubes and surrounding H2O molecules, the newly synthesiz

90 red by varying the geometry (the size of the cubes and/or the thickness of the spacer).

91 ifferent forms (disc cutting, baton cutting, cubing and shredding) and samples were taken in every po

92 t a strategy for making COFs with valency 8 (cubes) and "infinity" (rods).

93 outer surface of nanoparticles (3-nanometer cubes) and near the ultimate adsorption limit for solid

94 0 m(2) could be detected in a single 8-cm(3) cube, and up to three-quarters in a single 800-cm(3) sli

95 simple assay format in which retroreflector cubes are first mixed with the sample.

96 The cubes are then allowed to settle onto an immuno-capture

97 his synthesis relies on the use of 4.5 nm Rh cubes as seeds to facilitate the heterogeneous nucleatio

98 eral mass index (TMI; mass divided by height cubed) as an alternative to BMI z scores.

99 and nanorods were more effective than ceria cubes at anchoring the platinum.

100 field thickness (CST), cube volume (CV), and cube average thickness (CAT) were collected from OCT ima

101 A marching cube-based method was used to transform the voxel CT dat

102 Cubes bridged to the capture surface by the analyte are

103 fabrication into polyrotaxane-based lattice cubes by 3D printing followed by post-printing polymeriz

104 their shape can be tuned between spheres and cubes by varying the relative free energy contributions

105 Baseline SD-OCT scans included raster cubes centered on the optic nerve and macula, and a stan

106 was reported in percentage injected dose per cubed centimeter by drawing regions of interest around a

107 an imaging produces a three-dimensional data cube consisting of a Raman spectrum at every pixel in a

108 Strikingly, the DNA-cholesterol cubes constitute the first open-walled DNA nanopores, as

109 tween the two types of structure is that the cubes containing L (anth) do not show significant interl

110 phase, while strain inversion occurs at the cube corners in the hydrogen-rich phase.

111 Each SD-OCT cube dataset was first converted into 2D feature map bas

112 The OCT macular cube datasets were evaluated using a novel software plat

113 g diode and separated by a polarization beam cube depending on the polarization.

114 FSE-Cube depicted 96.2% of medial collateral ligament tears,

115 e tomography cross sections, thickness (from cube diagrams), and ellipsoid zone length.

116 s dependent upon DNA length and sequence and cube dimensions.

117 The cubes display weakened antiferromagnetic interactions in

118 he ESR sensor and an adatom shows an inverse-cube distance dependence (r(-3.01+/-0.04)).

119 The average sizes for the cubes, edge- and corner-truncated octahedra, {100}-trunc

120 cation of a field, the tilted orientation of cubes, enabled by the flexible DNA ligand shell, led to

121 timized conditions exhibit excellent cube-on-cube epitaxy.

122 ctural mutations reveal a 'pyridine-assisted cube escape'.

123 tudies in which helices, bacteria and chiral cubes experience chirality-specific forces perpendicular

124 inipigs were fed a complete meal with either cubed F&V (apple, plum, artichoke) added, or the corresp

125 e Cu2O of different microstructures, such as cubes, flower-like, and microspheres, have been extensiv

126 quisition protocols were followed: a macular cube for coverage (19 horizontal B-scans centered on the

127 they are bound, and it reveals that the SnS cubes form through selective overgrowth of spherical pol

128 gher growth rate, while slower growth favors cube formation.

129 Specifically, we extract a certain number of cubes from a small neighbor to form a cube group, and th

130 Co-registration of the data cubes from these three hyperspectral imaging modalities

131 ber of cubes from a small neighbor to form a cube group, and then perform Haar transform on each cube

132 oup, and then perform Haar transform on each cube group.

133 al and temporal stability demonstrating that cubes (>35 nm) and spheres (>55 nm) are likely capable o

134 ns, rhombic dodecahedrons, hexagonal prisms, cubes, gyrobifastigiums and triangular prisms.

135 FSE-Cube had significantly higher sensitivity (P = .039) but

136 nanocube we observed that the corners of the cubes had become more rounded, whereas the aged nanopart

137 FSE-Cube has similar diagnostic performance as a routine MR

138 ures with morphologies that include spheres, cubes, hollow squares, U-shaped structures, nanorods, an

139 The collected hyperspectral image cube (HSI) is evaluated and classified using a random de

140 ivation while participants observed a Necker cube image and reported the durations of the alternating

141 ring was significantly greater on the 3D-FSE-Cube images (P < .04).

142 es, although the section thickness in 3D-FSE-Cube imaging was much thinner (0.6 mm).

143 The lenses were then cubed in 2.0 x 2.0-mm pieces.

144 roach for preserving the structures of these cubes in water by thiol- or photo-induced crosslinking w

145 O12 cluster composed of 8 Ti atoms forming a cube, in which O atoms are at midpoints of all of its ed

146 ramework (MOF) faceted polyhedral BBs (i.e., cubes instead of spheres) into 3D hollow superstructures

147 ovided by converting the hyperspectral image cubes into false-colour images using either principal co

148 The edge of each cube is composed of a single peptide, and each vertex is

149 The hyperspectral image cube is created by using a liquid crystal tunable filter

150 This cube is the largest discrete abiological assembly that h

151 is protocol for one objective and six filter cubes is 75 min including start-up time for the lamp.

152 or the coupling, consistent with the inverse-cube law.

153 pped gold nanoparticles (sp-CTAB-Au NPs), or cube-like CTAB-capped gold nanoparticles (cu-CTAB-Au NPs

154 x gamma-cyclodextrin tori linked together in cube-like fashion by rubidium ions, has been shown to re

155 rganic additive, including: the formation of cube-like nanostructures by corrosion of the copper surf

156 lectrolysis into electrocatalytically active cube-like particles intermixed with smaller nanoparticle

157 centered cubic arrangements of (gamma-CD)(6) cubes linked by eight-coordinate alkali metal cations.

158 owder diffraction techniques, which revealed cubes linked with phenyls.

159 of four layers of conductively-coupled split-cube magnetic resonators, appropriately rotated to each

160 2 mg kg(-1), were found in chicken seasoning cubes (mean = 0.0898 +/- 0.0378 mg kg(-1)).

161 A single chamber batch-mode cube microbial fuel cell (CMFC) was explored as a novel

162 ough directed self-assembly of metal-organic cubes (MOCs) as supermolecular building blocks (SBBs).

163 we use Hubel and Wiesel's (1972) classic ice-cube model of visual cortex to show that the orientation

164 ses based on the Hubel and Wiesel (1972) ice-cube model of visual cortex.

165 C) multiplexing multiple reaction monitoring cubed (MRM(3)) assay for selective and sensitive quantif

166 Macular cube OCT data from age-matched healthy subjects were pro

167 nal layers from the 3D-reconstructed macular cube OCT revealed a circular shadow on the macula.

168 gold nanocrystals in the shapes of spheres, cubes, octahedra and rhombic dodecahedra, we investigate

169 long the polar axis as a result of oversized cube-octahedral cages determined by the larger K ions.

170 ion with 12 billion resolution elements in a cube of 106.5 megaparsecs a side.

171 t the higher-energy end, proportional to the cube of absorption energy.

172 n grams multiplied by 100 and divided by the cube of birth length in centimeters (P = .08).

173 CC values of alpha-deuterons and the inverse cube of C(alpha)-H(alpha)...O=C distances in ubiquitin.

174 costly, because its complexity scales as the cube of either the number of training examples or their

175 lycolytic rate inversely proportional to the cube of proton concentration) provided the best fit to t

176 The bending stiffness scales as the cube of the nanotube diameter and the shape relaxation t

177 ontrolled edge lengths were obtained from Pd cubes of a single size.

178 sing this technique, mid-IR emissivity image cubes of paintings were collected at high collection rat

179 t (85 degrees C for 5 min) were evaluated on cubes of two pumpkin species (Cucurbita maxima L. var. D

180 es (gold and silver), and shapes (sphere and cube) of NPs were successfully incorporated on commercia

181 rt to control the spatial arrangement of the cubes on the film.

182 under optimized conditions exhibit excellent cube-on-cube epitaxy.

183 metal is oxidized to CuO, which maintains a cube-on-cube orientation relationship with Cu.

184 t to accommodate the volume change and has a cube-on-cube orientation relationship with Li2 O.

185 e) constitutional dynamic network into a 3D (cube) one.

186 Peripapillary circle (1.7-mm radius) and cube optic disc fdOCT scans were obtained on 208 eyes fr

187 e nanocrystals still retained the hexahedron cube or platelet shape in most of the hot injection reac

188 ted as mycelium than as ectomycorrhizas in a cube or slice.

189 well-formed Ag particles, typically spheres, cubes, or triangular prisms, yet the mechanism underlyin

190 s oxidized to CuO, which maintains a cube-on-cube orientation relationship with Cu.

191 ommodate the volume change and has a cube-on-cube orientation relationship with Li2 O.

192 Lens cube phacoemulsification was done using OZil IP at 60%,

193 mostly confined to a six faceted hexahedron (cube/platelet) shape.

194 yer (RNFL) was obtained using the optic disc cube protocol available on the Cirrus HD-OCT.

195 fast RNFL program by Stratus, the optic disc cube protocol by Cirrus, and the N-site axonal analysis

196 Three-dimensional 6x6 mm macular cube raster scans were obtained with SS-OCT operating at

197 wing the manufacturer's instructions using a cube reader to generate a galactomannan index (GMI).

198 An automated digital cube reader which allows for quantification of results h

199 IMMY sona Aspergillus LFA, when used with a cube reader, provides a rapid alternative to the well-es

200 he coefficients of age, age squared, and age cubed represented the explanatory variables plotted to d

201 The bonding pattern of the cube represents a class of aromatic system that we refer

202 A split-cube-resonator-based metamaterial structure that can act

203 a sparser or denser arrangement of the split cube resonators, allowing to cover the entire atmospheri

204 Rod, powder, particle, cube, rock candy-like, sheet, sphere, brain-like, ground

205 n a length scale that is proportional to the cube root of experimentally measurable liquid volume val

206 9 standard anatomic locations divided by the cube root of lung volume (airway to lung ratio).

207 sponse associated with this system follows a cube-root dependence on induced perturbations in the ref

208 led a phosphine guest to be ejected from the cube's cavity into solution, to generate phosphine compl

209 llosterically inhibited anion binding in the cube's cavity.

210 te (MSG) in foodstuffs, such as chips, taste cubes, sauces and soups.

211 duration, instead of following the duration-cubed scaling found for earthquakes(9).

212 pendent RSs analyzed all 128 B-scans of each cube scan for the presence of intraretinal fluid, subret

213 OCT devices on the same day, with equivalent cube scan patterns centered on the fovea (Cirrus HD-OCT

214 ipant was repeatedly imaged to obtain 9 OCTA cube scan sets.

215 One 3-D SD-OCT cube scan was obtained at the same visit.

216 igh-definition (HD) OCT using macular volume cube scanning protocols.

217 Three-dimensional cube scanning with post-hoc data sampling may be a facto

218 oidal thickness in the central millimeter of cube scans (0.89-1.08).

219 er area of cube scans to entire 6-mm area of cube scans (1.01-1.53 and 1.03-1.38).

220 etween line scans/corresponding subfields of cube scans (outer nasal 0.92-1.11, inner nasal 0.88-1.06

221 25 patients were included in this study: 26 cube scans from 26 eyes of 25 patients in the CSA and 24

222 Evaluable SD OCT macular cube scans from patients with 24 months of follow-up (N

223 One hundred forty-two cube scans met the inclusion criteria for the primary an

224 ereophotography were followed up with FD-OCT cube scans of the optic disc.

225 e tomography (OCT) imaging to obtain macular cube scans of the right eye.

226 Nine OCTA cube scans per eye were obtained and 9 superficial retin

227 rement or mean of central millimeter area of cube scans to entire 6-mm area of cube scans (1.01-1.53

228 cknesses measured with macular and disc RNFL cube scans were combined and decomposed into 48 principa

229 SSOCT line and cube scans were obtained from 21 patients with various c

230 The individual layers from macular fd-OCT cube scans were segmented with an automated algorithm an

231 One hundred fifty-five OCT cube scans were stripped of all clinical identifiers and

232 ce tomography (SDOCT) optic disc and macular cube scans, and 10-2 and 24-2 visual fields (VF).

233 e controlled overgrowth of preformed concave cube seeds.

234 Rs were significantly higher with the 3D-FSE-Cube sequence (P < .01 for all).

235 Imaging with the 3D-FSE-Cube sequence was performed at 3.0 T by using both one-d

236 The 3D-FSE-Cube sequence with isotropic resolution is a promising n

237 s demonstrated between the 2D FSE and 3D-FSE-Cube sequences, although the section thickness in 3D-FSE

238 denum sites on the faces of a supramolecular cube served to inhibit allosterically the encapsulation

239 alent facets of widely reported orthorhombic cube shaped CsPbBr(3) nanocrystals.

240 lf assembles into a 750 kDa, 225 A diameter, cube-shaped cage with large openings into a 130 A diamet

241 otonic size-dependence of the selectivity in cube-shaped copper nanocrystals.

242 ing octadecylamine (ODA) as a solvent yields cube-shaped nanocrystals with an average size of 20 +/-

243 equilibrium Wulff shapes: a cubic habit from cube-shaped nanoparticles, a rhombic dodecahedron habit

244 The Pd@Ir cubes showed higher H2 selectivity (31.8% vs 8.9%) towar

245 Analysis of a triple mutant cube shows small (ca. 1 kcal/mol) interactions between p

246 Particles of discrete size and shape (cube side length = 2 micron) containing 30 wt % of a dis

247 ructed in parallel from 50 distinct hydrogel cube species, demonstrating highly multiplexed assembly.

248 re, we report the synthesis of colloidal SnS cubes, spherical polyhedra, and sheets and demonstrate t

249 alization tool termed the system selectivity cube (SSC) has been developed to aid in the selection of

250 cal value, the seeds simply grew into larger cubes still enclosed by {100} facets.

251 Among 24 nm, 44 nm and 63 nm cubes tested, the cubes with 44 nm edge length exhibited

252 migrated into the acellular collagen sponge cube, TGF-beta3 and/or SDF-1beta recruited significantly

253 opulation EBVs as a space-time-species-gram (cube) that simultaneously addresses the distribution or

254 the electrooxidation of formic acid than Pt cubes; the oxidation of CO on Pt nanocrystals is structu

255 soaked porcine lenses were divided into 2 mm cubes (tip diameter, 0.9 mm).

256 ationally and an accurate hyperspectral data cube to be reconstructed as the endoscope moves in the l

257 crystal morphological evolution from simple cubes to complex octadecahedra has been achieved, and re

258 s, Pd nanoparticles were deposited onto Cu2O cubes to generate a composite structure.

259 hotspots, on the DNA bonds that confine the cubes to the underlying gold substrate.

260 ple line drawings, such as the famous Necker cube, to the alternating perception of entire visual sce

261 e of cuboctahedrons, octahedrons, plates, or cubes) together with a weak reducing agent such as citri

262 had roughly the same volume as the starting cubes, together with an edge length equal to 130% of tha

263 rect or indirect route from the floor to the cube top via one, two, or three vertical walls.

264 ctahedra show higher catalytic activity than cubes toward reduction of 2-amino-5-nitrophenol by NaBH4

265 of three-dimensional DNA structures include cubes, truncated octahedra, octohedra and tetrahedra, wh

266 distinct transition to single-crystal Cu(2)O cubes upon air exposure, low crystallinity upon passivat

267 and structure of systems consisting of hard cubes using event-driven molecular dynamics and Monte Ca

268 Central subfield thickness (CST), cube volume (CV), and cube average thickness (CAT) were

269 Central subfield thickness (CST) and cube volume decreased in study eyes at 1 year but remain

270 15 healthy young subjects underwent macular cube volume scans (512 x 128 protocol) following dilatio

271 ral foveal thickness, mean change in macular cube volume, and qualitative anatomic response as assess

272 FSE-Cube was added to the routine 3.0-T MR imaging protocol

273 The RIS image cube was also used to isolate the preparatory design by

274 The macular cube was analyzed for 10 time-points from baseline throu

275 This multisensor data cube was analyzed using principal component analysis, hi

276 all cases, the region scanned by the volume cube was centered on the fovea.

277 The entire data cube was then corrected by using the new ZCorrectorGUI s

278 nd contrast-to-noise ratio (CNR) with 3D-FSE-Cube were compared with those of the standard 2D FSE seq

279 I)8M(II)6](12+) (M(II) =Cu, Co) coordination cubes were constructed from a simple [Cr(III) L3 ] metal

280 nits per nm(2), respectively, when 100 nm Ag cubes were used as the seeds.

281 hedra have a lower activation energy than Pt cubes when catalyzing the electron transfer reaction bet

282 from both the edge and from the faces of the cube, whereas the nanoparticle rapidly aggregated under

283 ) into a giant heterometallic supramolecular cube which is capable of binding a variety of mono- and

284 ameworks (ZMOFs) that utilizes metal-organic cubes, which are regarded as double four-membered rings

285 Using octahedra and cubes, which expose exclusively (111) and (100) surfaces

286 terior surfaces of micro-sized hollow carbon cubes while other Sn nanoparticles are encapsulated in h

287 As a demonstration, DNA cubes, whose each face contains four tiles, have been as

288 if the archetype of octupolar symmetry is a cube with alternating donor and acceptor groups at the c

289 During the second review, FSE-Cube with multiplanar reformations was used to detect th

290 genstates of three simple quantum systems: a cube with periodic boundaries, the isotropic three-dimen

291 l released into an acellular collagen sponge cube with underlying ASCs, MSCs, or SSCs in monolayer cu

292 ernal cavity of approximately 6000 angstroms cubed with a 30 angstrom separation of the two nucleotid

293 ong 24 nm, 44 nm and 63 nm cubes tested, the cubes with 44 nm edge length exhibited the highest selec

294 Au-Ag cubes with body diagonals of 130, 144, and 161 nm and oc

295 that aggregates are produced using hydrogel cubes with edge lengths ranging from 30 mum to 1 mm, dem

296 acets are equivalent, but also for truncated cubes with nondegenerate facets.

297 Au-Ag core-shell cubes and PbS cubes with sizes of 30-40 nm have also been fabricated i

298 The individual cubes with the most positive temporal covariance across

299 For Au-Ag octahedra and cubes with thicker shells (22.5-37 nm), the major LSPR b

300 and extended echo train acquisition (3D-FSE-Cube) with a conventional two-dimensional (2D) FSE seque