ライフサイエンスコーパス: microstructure

1 with the as-grown films with respect to the microstructure.

2 l-hierarchy in eutectic length-scales in the microstructure.

3 and (2) CNT fiber with aligned, long-length microstructure.

4 d dairy protein intakes on bone strength and microstructure.

5 net gels depends on casein concentration and microstructure.

6 and enables the processing to achieve finer microstructure.

7 calculation is performed to seek the optimal microstructure.

8 yers of micron-sized particles of controlled microstructure.

9 cture of the polymer end-group structure and microstructure.

10 valent in terms of mechanical properties and microstructure.

11 ry material given a well-controlled director microstructure.

12 pply relies on the flow field and the rock's microstructure.

13 ormance was partially explained by volume or microstructure.

14 ent large age associations with white matter microstructure.

15 e from a trunk-dendrite to an equiaxed-grain microstructure.

16 ight, which allowed some study of the cheese microstructure.

17 rmation of a vertically phase-separated film microstructure.

18 thought to prevent perforations and maintain microstructure.

19 microscopy reveal oriented rips in the film microstructure.

20 zed light microscopy was used to observe the microstructure.

21 mainly related to changes in the trabecular microstructure.

22 3.2 mum, as well as controlling the pinning microstructure.

23 xins extractability by affecting the biscuit microstructure.

24 along with their surface and cross sectional microstructure.

25 the aBMD and of cortical and trabecular bone microstructures.

26 ellular matrix and form lasting inflammatory microstructures.

27 anisotropy were used to measure white matter microstructures.

28 sing speed, working memory, and white matter microstructures.

29 ficient bioassays and fabrication of complex microstructures.

30 lation between the properties and the atomic microstructures.

31 ingle-crystal III-V thin films and patterned microstructures.

32 lated molecules as part of thermal transport microstructures.

33 ace roughness and mechanical strength of the microstructures.

34 mations to permit the tailoring of intricate microstructures across a wide spectrum of configurations

35 ing diffusion tensor imaging of white matter microstructure adjacent to the primary somatosensory cor

36 validate in vivo DT-CMR measures of cardiac microstructure against histology, characterize microstru

37 ths for polymer nanocomposites with specific microstructures agree with existing experimental measure

38 suggest that the subdivision of the deformed microstructure ahead of the boundary plays the dominant

39 CNTs with profound and unique improvement in microstructure alignment and crystallinity.

40 y system, and the archival nature of dentine microstructure, allows the development of 'biologic hard

41 ic method allowed assessing the white matter microstructure along the tract.

42 characterized by a battery of morphology and microstructure analysis techniques and by charge transpo

43 s in the Straits of Florida and used otolith microstructure analysis to compare growth and size-at-ag

44 In microstructure analysis, OH (1000Hz-25V and 80V-60Hz) wa

45 umption of sucrose solutions using a licking microstructure analysis.

46 We use bone microstructure and body size data to investigate the pal

47 This is because stiffness is insensitive to microstructure and bounded by individual components in c

48 The microstructure and chemical structure of CPCMs were char

49 Diffusion MRI was used to assess WM microstructure and fluid shifts.

50 n tensor imaging (DTI) of white matter tract microstructure and functional connectivity through resti

51 By tailoring their microstructure and geometry, we created honeycombs with

52 White matter microstructure and hippocampal volume were assessed usin

53 Analysis of the microstructure and mass density of the sputtered SiO2 fi

54 hanisms is essential to further optimize the microstructure and mechanical properties, and advance th

55 te the effect of bisphosphonate treatment on microstructure and mechanical strength.

56 e interplay of its biomolecular composition, microstructure and micromechanics.

57 ons show a fundamental connection between WM microstructure and neural synchronization that is critic

58 We investigated the microstructure and phases at the bonding interface of ul

59 White matter microstructure and regional volumes were measured using

60 composition and effects of shear rate on the microstructure and texture of fats.

61 A strong relationship between the microstructure and the highest percentage of Bloom was o

62 al environment has on both the lipid droplet microstructure and the lipid release patterns.

63 he patch motif of a particle to its internal microstructure and to the emergent properties of the sel

64 metallic and ceramic phases with controlled microstructure and tunable properties.

65 utes to the association between white matter microstructure and working memory in schizophrenia and (

66 composition adjustment for realizing complex microstructures and beneficial mechanical properties.

67 They are involved in the formation of microstructures and can influence the mechanical and ele

68 -enhanced form of endoscopy used to observed microstructures and capillaries of the mucosal epitheliu

69 e manufacturing to create alloys with unique microstructures and high performance for structural appl

70 similar, but distinct internal and external microstructures and material porosity ( 20-40%).

71 The most efficient way to tune microstructures and mechanical properties of metallic al

72 then successfully used to tailor material's microstructures and porosity.

73 ned graphene nanoribbons (GNRs) with various microstructures and properties have demonstrated their p

74 tissue disruption, resulting into different microstructures and various enzymatic reactions inducing

75 The morphology, microstructure, and chemical composition of the gate die

76 n-predicted failure load and stiffness, bone microstructure, and dietary protein intakes from various

77 the diagnosis of abnormalities of cutaneous microstructure, and hence, aid in the determination of t

78 ed through the interfacial strain and sample microstructure, and its consequences on the angular depe

79 optimization of the In2 O3 /Li-ZnO interface microstructure, and Li concentration, significant enhanc

80 ons between either subcortical volumes or WM microstructure, and polygenic risk for MDD, SCZ or BP.

81 ate of depolarisation is dictated by cardiac microstructure, and the precise orientation of the cardi

82 and controllable fabrication of multi-scale microstructures, and their scale up to industrial-size m

83 of generating high resolution 3D profiles of microstructure architecture in a variety of transparent

84 suggest that characteristics of white matter microstructure are already underway in the weeks immedia

85 he crystalline phase distribution inside the microstructures are evidenced and quantitatively measure

86 We show here that when steel microstructures are hierarchical and laminated, similar

87 These microstructures are mechanically robust and can act as t

88 nt relation to abnormalities in white matter microstructure, assessed with tract-based spatial statis

89 kites exhibit stable, homogenous composition/microstructure at the nanoscale, as confirmed by microsc

90 rostructural evolution of polycrystalline Al microstructures at the mesoscales.

91 rapy groups show some alterations in corneal microstructure but no side effects on tear function exce

92 y controlled stoichiometry within a singular microstructure by manipulating the types and ratios of t

93 ric units were studied with respect to their microstructures by photophysical, X-ray crystallographic

94 le of grain boundaries and how tailoring the microstructure can lead to the optimization of new high-

95 Many biomaterials with unusual microstructures can be found in nature; among them, many

96 We show that multi-level diffractive microstructures can enable broadband, on-axis transmissi

97 The image shows the composite's microstructure captured by 3D X-ray imaging using a nano

98 terms of betalain variance, and polyphenol, microstructure changes (SEM).

99 Microstructure characterization and composition distribu

100 which renders sample preparation, transfer, microstructure characterization, and mechanical testing

101 cessing technique in organic electronics for microstructure/charge transport modification and large-a

102 The rough microstructure combined with the hydrophilicity of the a

103 rol of extended defects is shown to be a key microstructure component for improving catalyst lifetime

104 low alloy medium-carbon steel with a duplex microstructure composed of nanoscale spheroidized cement

105 ed here investigate the shock response of Al microstructures comprising of grain sizes ranging from 5

106 tric current free energy is dependent on the microstructure configuration.

107 n of electric current free energy at various microstructure configurations.

108 tural and magnetic changes in MnAs patterned microstructures (confined geometry) when the lateral dim

109 ial that gains unique properties from its 3D microstructure, consisting of repeating basic building b

110 These microstructures contain proteins, lipids, and genetic in

111 These microstructures contribute to the rubber-like quasi-stat

112 uld be monitored specifically in relation to microstructure control.

113 Three-dimensional (3D) microstructures created by microfabrication and additive

114 determine the microenvironmental conditions (microstructure, degradation, swelling and elastic modulu

115 is known to create a multitude of phases and microstructures depending on processing technology and p

116 Such microstructure depends on the shape, crystallographic ph

117 A ceramic/graphene metamaterial (GCM) with microstructure-derived superelasticity and structural ro

118 Conductivity-directed microstructure development may offer a new approach to f

119 c motion at grain boundaries is essential to microstructure development, growth and stability of cata

120 grains and grain boundaries, suggesting that microstructures do not lead to strong spatial variations

121 Our results are consistent with a damage microstructure dominated by vacancies, highlighting the

122 transformations of the semicrystalline PLLA microstructure during crimping explain the unexpected st

123 mounts of cumulative, irreversible damage to microstructure during cyclic deformation, leading to cyc

124 The development of microstructure during melting, reactive wetting and soli

125 Results highlight changes of white matter microstructure during the earliest periods of developmen

126 Myocardial microstructure dynamics can be characterized by in vivo

127 White matter microstructure, essential for efficient and coordinated

128 was employed for in-situ observation of the microstructure evolution during testing.

129 The wavelike silicon dioxide arch microstructure exhibits Young modulus and fracture stren

130 ehave as hydrophobic if a surface has proper microstructured features.

131 scoelastic soft solids that display a porous microstructure filled with water at 90% w/w or more.

132 ofile is obtained by scanning the dye-filled microstructure followed by absorbance calculation and th

133 the high-throughput calculation, a sandwich microstructure for PVDF-BaTiO3 nanocomposite is designed

134 the critical nature of the DNA minor groove microstructure for sequence-specific recognition and off

135 maging showed a non-porous and finely meshed microstructure for the crosslinked gels compared to non-

136 fy a plethora of subsurface, i.e., "in-chip" microstructures for microfluidic cooling of chips, vias,

137 d the role of entropy as a driving force for microstructure formation.

138 d with brain tissue volumes and white matter microstructure (fractional anisotropy) in 134 PLWH recei

139 us suspension (absorbance, particle size and microstructure, free sulfhydryl content, protein fractio

140 ota on host neurophysiology, including brain microstructure, gene expression, and neurochemical metab

141 on X-ray diffraction analysis of crystalline microstructures, generated by heating and subsequently r

142 extreme brittleness, originating from a twin microstructure, has rendered these steels almost useless

143 its mechanisms of dielectric response to the microstructure have never been systematically investigat

144 ionship, namely that changes in white matter microstructure impact cognition in part by disturbing th

145 imaging to investigate neonatal white matter microstructure in 104 infants.

146 cortical brain volumes and white matter (WM) microstructure in a large single sample of neuroimaging

147 n about possible impairments of white matter microstructure in ASPD, as well as their relationship wi

148 Here we explore the role of petal microstructure in influencing floral light capture and o

149 s have identified abnormal white matter (WM) microstructure in patients with schizophrenia.

150 rovides suggestive evidence that abnormal WM microstructure in schizophrenia is associated with genes

151 and the pathways associated with abnormal WM microstructure in schizophrenia, we recruited 100 first-

152 tein aggregation, and disruption of cellular microstructure in that explanation.

153 f recrystallization to the local deformation microstructure in the bulk of a sample of cold rolled al

154 Hence, systematic evaluation of white matter microstructure in the normative brain is critical for a

155 White-matter (WM) microstructure in the optic radiation partially mediates

156 rfaces are consistent with enhanced columnar microstructure in the oxide layer.

157 Our results suggest that columnar microstructure in the oxide will be a key factor to cons

158 hows a combined contribution from strain and microstructure in the V2O3/Ni films.

159 pasting properties, thermal characteristics, microstructure, in vitro starch digestibility, in vivo g

160 l model of coronary artery based on measured microstructure including elastin, collagen and smooth mu

161 nd that several fossilizable aspects of bone microstructure, including the sizes of vascular and lacu

162 nent analysis of the volumetric BMD and bone microstructure indicated that trabecular bone mainly con

163 pic variations in magnetic field, created by microstructure, influence the transverse relaxation time

164 ods that quantify biomarkers of brain tissue microstructure, integrating data from multiple imaging m

165 have been proposed to explain how raft-like microstructures involving cholesterol affect membrane pr

166 The control of membrane morphology and microstructure is crucial to improve the separation perf

167 bility to unravel the mesoscale evolution of microstructure is demonstrated by investigating the effe

168 ural model that accounts for all constituent microstructure is proposed to predict macroscopic and mi

169 in nanometre-sized voids within the polymer microstructure is the key factor in charge trapping and

170 the replication of the complex hierarchical microstructures is limited by the traditional fabricatio

171 n the fabrication of monolithically embedded microstructures is presented.

172 This microstructured material efficiently collects and transm

173 Biological systems can generate microstructured materials that combine organic and inorg

174 uggest that subcortical brain volumes and WM microstructure may not be closely linked to the genetic

175 This finding suggests that other unexpected microstructures may be accessible using this approach an

176 Associations between white matter microstructure measures and gestation corrected age, reg

177 ed group differences in: diffusion tensor WM microstructure measures within the optic radiations, pri

178 verely deformed by FSP and evaluated for its microstructure-mechanical property relationship.

179 into a preform and drawn into kilometers of microstructured multimaterial fibre devices.

180 ovides an excellent means of studying tissue microstructure noninvasively since the microscopic tissu

181 ology, feature length-scales and modality of microstructures obtained in a Al81Cu13Si6 (at.

182 of cortico-basal ganglia networks alters the microstructure of action throughout sequence learning.

183 ability in the performance, composition, and microstructure of AM parts remains a major impediment to

184 The microstructure of dough mixed to peak showed a more cont

185 r hypothesized that AD PRSs would affect the microstructure of fiber tracts connecting the hippocampu

186 of pre-treatments on the protein profile and microstructure of granule fractions from egg yolk.

187 environmental physicochemical changes on the microstructure of lipid delivery systems is challenging.

188 Examination of the microstructure of metal-organic frameworks (MOFs) after

189 Since the detailed stress state and microstructure of metallic glass nanowires may differ fr

190 at low and high temperatures, on the tissue microstructure of mushroom stalks.

191 Recently, inspired partially by the layered microstructure of nacre, the material design and large-s

192 lattice defects have typically examined the microstructure of samples after deformation, and so are

193 tably, we observed a strong link between the microstructure of sleep reactivations and credit assignm

194 the micrometer and even nanometer scale, the microstructure of soils is still considered as a random

195 pH on heat-induced aggregation, gelation and microstructure of suspensions of protein isolates extrac

196 The voids at the internal microstructure of the 17h-crosslinked aerogel were more

197 his study provides new evidence of disrupted microstructure of the dentate gyrus in children with OSA

198 from the background generated by the silica microstructure of the fiber, the optimal diameter of a s

199 The microstructure of the FSPS samples was investigated by S

200 gh the new adopted conformation improved the microstructure of the gels at acidic pH.

201 The results indicated that the microstructure of the irradiated films consisted of carb

202 The microstructure of the milk fat globule membrane (MFGM) i

203 trength and path significantly depend on the microstructure of the nanocomposite.

204 y children, we establish that changes in the microstructure of the optic radiations and neural synchr

205 the microscale revealed the composition and microstructure of the pigments, shedding light on the pr

206 The microstructure of the porous substrate in a GPF is resol

207 nsition temperature (Tg), particle size, and microstructure of the powders were evaluated.

208 on of dopants should not perturb the ordered microstructure of the semiconducting host.

209 The FSP-engineered microstructure of the TRIP HEA exhibited a substantially

210 ralization are supported by parallels in the microstructure of the underlying white matter, implicati

211 plasma are known to dramatically affect the microstructure of tungsten, leading to bubble growth, bl

212 Pasteurization impacted the microstructure of undigested human milk, its gastrointes

213 ia nervosa (BN), but less is known about the microstructure of white matter in these circuits early i

214 ion affected the properties, composition and microstructures of FDPEPS, ODPEPS and BTPEPS.

215 the responses of programed cells in printed microstructures of hydrogels.

216 Composite materials with ordered microstructures often lead to enhanced functionalities t

217 res placed on adjacent holes at the tip of a microstructured optical fiber (MOF).

218 ers, color changes (h degrees , C *, DeltaE) microstructure (optical microscopy), and ascorbic acid (

219 Alloy and microstructure optimization have led to impressive impro

220 and transformation from the molecular to the microstructure over relevant temperature and time scales

221 high fidelity and high resolution PEDOT: PSS microstructures over a large (cm) area using only water

222 ication times for producing 3D, hierarchical microstructures over large areas in the order of square

223 some 10, and the global trait of abnormal WM microstructure (p = 1.89 x 10(-7)).

224 Circular elliptical microstructures produce smooth flow minimally reducing a

225 magnitude larger than that inferred from the microstructure profiles at the mean tracer depth of 1,50

226 Another advantage is that a high scatter of microstructure properties diminishes the strength differ

227 hat show openings in the pericellular matrix microstructure ranging from approximately 150 nm near th

228 ructural models employ mean values of vessel microstructure, rather than continuous distributions of

229 rticles, showing electric current a powerful microstructure refinement technology.

230 This microstructure regulates monoaminergic systems, notably

231 ying such networks are supported by cortical microstructure remains poorly understood.

232 distribution, and dislocation density in the microstructure, responsible for the observed variability

233 The effects of the microstructure's lateral size, shape and orientation (wi

234 c mechanical characteristics of an open mesh microstructured sensor, conjugated with an elastomeric m

235 ate filtration process in GPFs with distinct microstructures, serving as a powerful tool for GPF desi

236 first practicable realisation of 3D photonic microstructure shaping based on 2D-fluid composites and

237 y, we demonstrate here that below a critical microstructure size, bulk MnAs structural and magnetic p

238 ology and composition of these carbon/sulfur microstructures so closely resemble microbial cellular a

239 udy sheds light on the way in which cortical microstructure supports functional networks.

240 showed that a single 5-min application of a microstructure system containing E6 significantly improv

241 Cardiomyocytes are organized in microstructures termed sheetlets that reorientate during

242 solidification produces a unique ultra-fine microstructure that contains a large volume fraction of

243 lot formation produce a visibly disorganized microstructure that increases clot stiffness and trigger

244 The improvement is assigned to changes in microstructure that reduce charge recombination and incr

245 ical constraints that determine the types of microstructures that can be formed.

246 ous publications report tailoring of surface microstructures that influence the droplet - surface int

247 against neutron irradiation by tailoring the microstructures, the systems, or the compositions in all

248 generating an ultrafine-grained as-sintered microstructure through hydrogen-enabled phase transforma

249 to evaluate water retention ability of meat microstructures, time domain nuclear magnetic resonance

250 from a transition from the conventional twin microstructure to a dislocation one by grain refinement.

251 nthesizing polymer nanocomposites with novel microstructures to achieve high performances.

252 ure, rather than continuous distributions of microstructure, to predict the mechanical properties of

253 cement that may be analogous to the micritic microstructures typical of Precambrian stromatolites.

254 parts with a range of geometries, possessing microstructures unattainable by other production technol

255 However, predicting the effects of microstructure upon MRI observables is challenging and r

256 FB microrobots include the transportation of microstructures using a pair or team of microrobots, and

257 on parameters in the fabrication of embedded microstructures using Low Temperature Co-Fired Ceramics,

258 or calculating the effects upon T2 of tissue microstructure, using a model of cylindrical magnetic fi

259 the subsequent creation of fatigue-resistant microstructures via simple heat treatments.

260 Here by directly measuring microstructure vibrations inside the cochlear partition

261 The model of stress distribution inside the microstructure was also established, which compares well

262 The film microstructure was porous and heterogeneous.

263 celerated microscope assay and the ice cream microstructure was studied using an ice crystal dispersi

264 The granule microstructure was studied using confocal laser scanning

265 WM microstructure was unaffected by HDBR.

266 d storage temperature on thermal properties, microstructure, water content, texture and Bloom of sucr

267 Attributed to the designed microstructure, well-interconnected scaffolds, chemicall

268 Widespread abnormalities in white matter microstructure were also seen, including reduced fractio

269 ance, Caco-2 cell adhesion), bioactivity and microstructure were analysed.

270 tion, brain tissue volumes, and white matter microstructure were assessed in 134 HIV-infected patient

271 Alterations of the protein microstructure were closely related to the rheological d

272 ectrostatic interactions and plant cell wall microstructure were important.

273 l in length, width and height), fine-grained microstructures were achieved, resulting in material str

274 The samples with two distinct microstructures were tested along the [001] austenite cr

275 etometry measurements suggest changes in the microstructure which disrupt long-range ferromagnetic or

276 ever, the relation between bone strength and microstructure, which are variables that are not capture

277 rder of fiber alignment within the composite microstructure, which in turn allows these materials to

278 of polycrystalline materials depend on their microstructure, which is the nano- to centimeter scale a

279 xceptional strengths are due to a core-shell microstructure, which leads to in-situ toughening and su

280 achieved by designing hierarchical honeycomb microstructures, which are composited with two brittle c

281 number of functional base shapes of optical microstructures, which we synthesize to demonstrate thei

282 CT) methods with the aim of resolving IVD 3D microstructure whilst minimising sample preparation arte

283 We then immobilized it in the microstructure with a cryogenic transfer protocol before

284 So, a new microstructure with better rheological characteristics (

285 Dense and homogeneous microstructure with grain size lying between 2-8 mum can

286 emical bonding to form a kind of interlocked microstructure with high stability and good conductivity

287 m Bloom formation, probably due to its dense microstructure with no void spaces.

288 sition, ultimately assembling into foam-like microstructures with a highly accessible surface area an

289 samples with 100%Su and 50%S+50%Su presented microstructures with channels through which solids and f

290 olymerization that allows the fabrication of microstructures with complex 3D geometries.

291 SEAL allows us to generate microstructures with complex geometry at high resolution

292 n isolates and co-precipitates had different microstructures with fewer aggregates and smaller partic

293 Microstructures with flexible and stretchable properties

294 ing the printing process lead to intolerable microstructures with large columnar grains and periodic

295 rptiometry, the distal radius and tibia bone microstructures with the use of high-resolution peripher

296 s, we managed to fabricate ordered composite microstructures with up to 2.3-fold enhancement in wear

297 Laser remelted microstructures with volume fractions of the fine eutect

298 regulated by a hierarchically heterogeneous microstructure, with length scales spanning nearly six o

299 cessfully densified resulting in homogeneous microstructures within sintering times of 8-35 s.

300 is work is achieved by creating wrought-like microstructures without resorting to wrought processing.