ライフサイエンスコーパス: technologically

1 quired, which are often difficult to realise technologically.

2 e light is important both scientifically and technologically.

3 als is thus important both fundamentally and technologically.

4 ower SBH contacts for n-Ge, which are needed technologically.

5 is of great interest both fundamentally and technologically.

6 onductivity of Cu-halide perovskites to more technologically accessible pressures.

7 , such a high level of nitrogen recycling is technologically achievable at an estimated capital cost

8 conclude, a proactive role and an outlook on technologically advanced biosensor platforms are discour

9 missions were 74 mg MJ(delivered)(-1) from a technologically advanced cookstove compared with 700-140

10 come a dominant approach except in the least technologically advanced countries.

11 mical HLA-A0201 assay, which is comprised of technologically advanced cutting edge reagents.

12 about the color naming systems at the least technologically advanced end of the continuum.

13 is where patients are given some of the most technologically advanced life-sustaining treatments, and

14 Surgical robotic systems represent the most technologically advanced product of this collaboration,

15 tificial photosynthetic system, and the most technologically advanced systems are based on semiconduc

16 Neanderthals are often considered as less technologically advanced than modern humans.

17 nnovative ways to foster the introduction of technologically advanced, safe, and effective ventricula

18 oor countries, because screening methods are technologically and financially intensive; affordable, r

19 semiconducting alloys is very important both technologically and from a theoretical point of view.

20 nt years, peroral cholangioscopy has evolved technologically and increased in popularity as an endosc

21 By producing technologically and morphologically standardized bone to

22 ds the opportunities for optical clocks both technologically and scientifically for time disseminatio

23 d processes in semiconducting alloys is both technologically and theoretically significant.

24 erromagnetic films are growing in importance technologically, and our results illustrate some new fea

25 Far more important technologically are systems with weaker attractions, whe

26 The frustrated Fe(3)Sn(2) magnet is technologically attractive due to its extreme-temperatur

27 omentum (SAM) carried in a photon provides a technologically attractive element for next-generation q

28 disorder, and so achieve performance that is technologically attractive in an economically viable way

29 ty performance of PRO and RED with simulated technologically available membranes for natural, anthrop

30 We identify technologically available yet largely untapped cues that

31 s used for determining RNA 3D structures are technologically challenging and laborious, which makes t

32 Attaining sub-Kelvin temperatures remains technologically challenging and often relies on the scar

33 Interrogating polarized growth is technologically challenging due to extensive cellular br

34 However, it is technologically challenging to access the data in the st

35 a superconducting diode is fundamentally and technologically challenging, as it usually requires a ma

36 sensitive early cancer detection, but it is technologically challenging.

37 ions of atomically thin membranes, but it is technologically challenging.

38 he spontaneous emission rate, although it is technologically challenging.

39 c, hybrid and amorphous silicon, making them technologically competitive as low-power, wavelength-tun

40 f the expense budget in today's increasingly technologically complex operating rooms.

41 ationship was found for cancers treated with technologically complex surgical procedures, eg, most in

42 on numbers, separation of the lanthanides is technologically critical but rife with chemical and geop

43 ver arrays, what has remained unclear is the technologically critical issue of whether it is sufficie

44 A fundamental and technologically critical question is whether one can tun

45 methods for the extraction and refinement of technologically critical rare earth elements (REEs) are

46 Technologically critical rare-earth elements are notorio

47 dictating the chemomechanical degradation of technologically crucial high-Ni layered oxide cathodes i

48 their transfer to and integration with other technologically crucial substates(1,2).

49 Spin-orbit coupling results in technologically-crucial phenomena underlying magnetic de

50 dramatically increases science yield but is technologically demanding and poses increased risk durin

51 g behaviour has become ubiquitous in today's technologically dense world, and substantial evidence ha

52 pts are general and design principles of the technologically desirable FM ferroelectric multiferroics

53 es exhibit rich fundamental physics(1-4) and technologically desirable properties for spin-based memo

54 rial functionalities for applications in the technologically difficult terahertz-frequency regime.

55 aracterization of these complexes has proven technologically difficult, while combinatorial complexit

56 l now, the production of such yarns has been technologically difficult.

57 earch opportunities, are evaluated for three technologically distinct approaches to solar energy util

58 nt hand of skilled flintknappers during four technologically distinct types of Lower Palaeolithic sto

59 lonization of the Americas involved multiple technologically divergent, and possibly genetically dive

60 6), plant-specific mitigation potentials and technologically driven pathways remain unclear, which cu

61 Technologically enabled sharing-economy networks are cha

62 However, nanopores also show promise for the technologically even more challenging sequencing of poly

63 lectrics, in which research is driven by the technologically exciting prospect of controlling charges

64 The majority of technologically exploited membranes are based on solid p

65 e providers, patients, and their families is technologically feasible and may enhance team communicat

66 Scenario whereby today's cost-effective and technologically feasible CO(2) and non-CO(2) mitigation

67 Endoscopic confocal microscopy has been technologically feasible only for a short time; therefor

68 Stricter, but technologically feasible, mercury control requirements i

69 structive (can probe living cells) and it is technologically flexible (readily integrated with roboti

70 Our aim is to familiarize technologically focused researchers with microfluidics a

71 te change mitigation but is commercially and technologically immature and resource intensive.

72 particularly silicon oxide, has enabled many technologically important applications (e.g., sensing, p

73 bsorption (2PA), are of special interest for technologically important applications in fast optical s

74 anocrystals has been intensively explored in technologically important applications in recent years.

75 rocesses such as ATP synthesis as well as in technologically important applications including, for ex

76 Porous materials provide a plethora of technologically important applications that encompass mo

77 ght for a variety of fundamental studies and technologically important applications.

78 d, rather than a current, has many potential technologically important applications.

79 -performance solvent recovery and many other technologically important applications.

80 es but also determine their effectiveness in technologically important applications.

81 semiconducting alloys is scientifically and technologically important as silicon germanium (Si(1 - x

82 ape, and structure of metal nanoparticles is technologically important because of the strong correlat

83 ic methodology for the chemical synthesis of technologically important biodegradable aliphatic polyes

84 become an important tool for characterizing technologically important biological systems.

85 anner, classes of 3D nanostructures that are technologically important but difficult to generate in o

86 Exciting and technologically important capabilities range from subwav

87 Mesoporous zeolites are a new and technologically important class of materials that exhibi

88 rporated into metal-doped titania (TiO2 ), a technologically important class of photocatalytic materi

89 Technologically important composites with enhanced therm

90 electrons and pinned magnetic impurities in technologically important dilute magnetic semiconductor

91 Magnesium titanate is technologically important due to its excellent dielectri

92 Phase-change materials are technologically important due to their manifold applicat

93 Olivine lithium iron phosphate is a technologically important electrode material for lithium

94 lls in the sub-micrometer thick films of the technologically important ferroelectric LiNbO(3) is expl

95 nd on varying materials hold promise in many technologically important fields.

96 design principle for percolation networks of technologically important film geometry is indispensable

97 near zero thermal expansion coefficients are technologically important for applications in thermal ma

98 The detection of mid-infrared (MIR) light is technologically important for applications such as night

99 and tolerates a surprisingly wide variety of technologically important functional groups while produc

100 ion of n-butane from i-butane, and for other technologically important hydrocarbon separations.

101 ich are demonstrated to be fundamentally and technologically important in many applications, have eme

102 Silicon germanium alloys are technologically important in microelectronics but also t

103 t on the bonding between epoxy and silica, a technologically important interface.

104 e coexistence of the magnetic states induces technologically important intrinsic exchange bias.

105 hus provide an atomic-level understanding of technologically important lead halide perovskites.

106 ch as 6 times that of the chromophore in the technologically important material (E)-4'-(dimethylamino

107 MnO2 is a technologically important material for energy storage an

108 Nickel hydroxide represents a technologically important material for energy storage, s

109 e interactions in the self-assembly of these technologically important material systems.

110 Ceria is a technologically important material with applications in

111 ns in the low-temperature synthesis of other technologically important materials (such as gallium ars

112 surfaces occur ubiquitously in nature and in technologically important materials and processes, inclu

113 omic layer deposition (ALD) is presented for technologically important materials such as alumina, sil

114 of phase stability and thermal transport in technologically important materials, providing further i

115 Manganites are technologically important materials, used widely as soli

116 nique for rapidly fabricating three types of technologically important materials--colloidal crystal,

117 bottleneck in the 'bottom-up' generation of technologically important materials.

118 aults, can radically alter the properties of technologically important materials.

119 e provided a paradigm shift on the design of technologically important materials.

120 of mean free path spectra in a wide range of technologically important materials.

121 adiation is demonstrated for bilayers of two technologically important materials: Ni81Fe19 and Pt.

122 ct, electrically pumped light sources in the technologically important mid-infrared and terahertz reg

123 tion core structures may be present in other technologically important nonmetallic solids.

124 a controllable, simple, and direct route for technologically important optoelectronic materials such

125 of ferroelectric nanoscale disks and rods of technologically important Pb(Zr,Ti)O3 solid solutions, a

126 ar strategies to impede phase transitions in technologically important perovskite compositions.

127 se competition underlies many remarkable and technologically important phenomena in transition metal

128 fects associated with this fundamentally and technologically important platform.

129 Poly(ethylene) oxide (PEO) is a technologically important polymer with a wide range of a

130 Faujasite (FAU) and zeolite A (LTA) are technologically important porous zeolites (aluminosilica

131 r, their reactivity is often poor, hindering technologically important processes, such as surface pho

132 owcases SHCS for examining these complex yet technologically important protein-ligand complexes used

133 perfections that inevitably exist within the technologically important prototypical and pervasive ins

134 ing the important role of elasticity in some technologically important quantum materials.

135 tively catalyze the reduction of NO(x), both technologically important reactions.

136 ial role of entropy in heteroepitaxy in this technologically important regime.

137 gs provide protective layers on a variety of technologically important semiconducting photoanodes, in

138 Halide perovskites are a technologically important semiconductor family with a la

139 morphous silicon (a-Si:H) is one of the most technologically important semiconductors.

140 interband optical transitions cover a wide, technologically important spectral range from the visibl

141 format for profiling numerous medically and technologically important target analytes.

142 terial mainly used as a substrate to deposit technologically important thin films (e.g. for supercond

143 n excellent candidate for the fabrication of technologically important ultra thin film materials for

144 s having vastly superior beta(HRS) values at technologically important wavelengths will motivate new

145 tanding vortex dynamics is fundamentally and technologically important, and the competition between t

146 These elements are technologically important, but show a substantial variat

147 crocrystalline material is fundamentally and technologically important, but very challenging.

148 his general approach can be extended to form technologically important, nanopatterned single crystals

149 ities is both scientifically interesting and technologically important.

150 nterfaces are scientifically interesting and technologically important.

151 such its defect processes and energetics are technologically important.

152 uential additions, is both fundamentally and technologically important.

153 bsence of any birefringence, the presence of technologically inaccessible dopants in the fibers, and

154 sing basic 3D representation techniques in a technologically innovative context, we provide a program

155 conventional media are barely detectable and technologically insignificant.

156 provide incentives for restorative care and technologically intensive treatments rather than labor-i

157 Such nanoplatelets are scientifically and technologically interesting because they exhibit optical

158 comprise a novel class of scientifically and technologically interesting materials.

159 copic properties of these scientifically and technologically interesting networks.

160 The method is demonstrated on various technologically interesting tellurides with spectra span

161 ng the local environments of O in a range of technologically interesting transition metal oxides.

162 dichalcogenides (TMDs) are fundamentally and technologically intriguing.

163 ouling down to a few ng cm(-2), however from technologically irrelevant single-protein buffered solut

164 yngology continues to advance clinically and technologically, it must also innovate in how it educate

165 ce-protein repertoire (surfaceome) have been technologically limited until recently and-in the case o

166 lar, we show a broadband switch based on the technologically mature PCM Ge(2)Sb(2)Te(5) and a phase s

167 ly and optically addressable spin states, in technologically mature wide bandgap semiconductors are a

168 or laser materials, which are ubiquitous and technologically mature, but unable to cover the full vis

169 ny researchers have proposed biologically or technologically mediated dietary differences between the

170 The technologically most important family of phase-change ma

171 t and least dissipative way of switching the technologically most important quantum attribute-the spi

172 ngineer magnetoelectric switching and tailor technologically pertinent functionality for nanometre-sc

173 dependently within geographically dispersed, technologically precocious hominin populations with a sh

174 id foods containing synthetic preservatives, technologically processed plant extracts can be a good a

175 ertain types of cactus fruits that are being technologically produced.

176 The emergence of crops has been viewed as a technologically progressive process in which single or m

177 copic understanding of optical properties of technologically promising 2D lateral heterostructures.

178 Development of technologically promising magnetoelectric materials, whe

179 me providing a microscopic insight into this technologically promising material.

180 c and void-space MRO across a broad range of technologically promising network-forming materials.

181 be of central importance to controlling many technologically promising phenomena related to supercond

182 Although technologically promising, the reduction of carbon dioxi

183 iate CH4/CO2 and/or CH4/N2 selectivity to be technologically promising.

184 lly possible, environmentally acceptable and technologically promising.

185 assessment reveals that approaches which are technologically ready and likely to be socially acceptab

186 the state-of-the-art of defect disorders in technologically related semiconductors such as TiO(2), a

187 ins, which can, furthermore, be scaled up to technologically relevant (mm-cm) size.

188 ctrum, but far superior transmittance in the technologically relevant 2- to 5-micrometer infrared spe

189 along with a fast response of ~100 ns in the technologically relevant 8-12 um band.

190 Technologically relevant alloy compositions (1-5% Sn, 4-

191 alloy Mn(3)Ge as the memory storage layer on technologically relevant amorphous substrates using a co

192 Our proposal holds potential for technologically relevant applications such as search eng

193 monovalent electrolytes in biologically and technologically relevant aqueous environments, we find i

194 This work will allow for translation into technologically relevant areas such as drug delivery, ti

195 thermal spin-current generation is the most technologically relevant aspect of magnetism in graphene

196 in the solution phase, as well as synthesize technologically relevant axially heterostructured semico

197 ated by first-principles calculations of the technologically relevant Bi2Se3 film van der Waals bound

198 iments establish that the ZIF glasses adsorb technologically relevant C(3) and C(4) hydrocarbons.

199 At a technologically relevant carrier density of 1 x1012 cm-2

200 -state electrolytes that enable transport of technologically relevant cations such as Li(+), Na(+), K

201 POM species soft landed directly on complex technologically relevant CNT electrodes.

202 at solid/solid interfaces under real-world, technologically relevant conditions.

203 oving the synthesis of perovskites and other technologically relevant crystalline films.

204 for solid-state Na(+) fast-ion conduction at technologically relevant device temperatures.

205 ization-induced nonlinearities may result in technologically relevant device-type responses.

206 s with unrivaled tunability, efficiency, and technologically relevant durability.

207 loidal core-shell quantum dots, a stable and technologically relevant emitter.

208 Eu were obtained with a 67% recovery for the technologically relevant Eu/Y separation.

209 upply as well as for a wide variety of other technologically relevant fields.

210 germanium-containing compounds, emphasizing technologically relevant germanium chalcogenides that in

211 d the oxidant tetracyanoquinodimethane, both technologically relevant guests.

212 , bottom-up synthesized nanoarchitectures on technologically relevant inert surfaces.

213 lasmons is of the order of 200 nanometres at technologically relevant infrared frequencies, and they

214 at the sub-nanometer to nanometer scale over technologically relevant large areas, and suggests the p

215 ssembly of nanoparticles functionalized with technologically relevant ligands offers the opportunity

216 ndividual skyrmions at room temperature in a technologically relevant material opens the way for devi

217 Many technologically relevant materials for advanced energy s

218 ic liquid)s (PILs) are an important class of technologically relevant materials.

219 equires insight into photoionic responses in technologically relevant materials.

220 for rare earth elements (REEs), a series of technologically relevant metals with challenging separat

221 e a straightforward, low cost, scalable, and technologically relevant method to manufacture an all-ca

222 Here, we introduce a technologically relevant method to optimize the hybrid s

223 dynamics of relativistic domain walls on the technologically relevant Mn[Formula: see text]Au antifer

224 This provides a technologically relevant molecular route for simultaneou

225 rature tunnelling magnetoresistance (TMR) of technologically relevant MTJs.

226 electric platforms, including Si(3)N(4), for technologically relevant non-volatile programmable silic

227 ze the formation of a large variety of other technologically relevant organic and inorganic materials

228 Achieving technologically relevant performance and stability for o

229 d-5d interfaces provide an avenue to uncover technologically relevant physical phenomena unattainable

230 y, is an important corrosion mechanism and a technologically relevant process used to fabricate nanop

231 nally, the applicability of the framework to technologically relevant processes is illustrated throug

232 ibrium atomic structures can host exotic and technologically relevant properties in otherwise convent

233 at the interfaces, which governs diverse and technologically relevant properties.

234 inear interactions for optics in a large and technologically relevant range of frequencies.

235 tential of multiheme cytochromes to catalyze technologically relevant reactions and establish MtrC as

236 ties that are ideal for both fundamental and technologically relevant research studies.

237 formance transistors and photodetectors on a technologically relevant scale without film transfer.

238 silicon and could be extended to a range of technologically relevant semiconductor surfaces, such as

239 gle Ag atom inside a corner hole (CH) of the technologically relevant Si(111)-7x7 surface, which has

240 nt progress has been made, the efficiency of technologically relevant silicon metalenses is limited b

241 ple model systems, but most biologically and technologically relevant structures contain non-polar do

242 que determination of the atomic structure of technologically relevant surfaces is often limited by bo

243 However, their capabilities at the more technologically relevant temperature of 300 K are yet to

244 This is especially important for the technologically relevant terahertz (1 THz = 10(12) Hz) f

245 Furthermore, the problem is technologically relevant to extend the flying range of a

246 ic cargo is both scientifically exciting and technologically relevant to sensing or drug release.

247 than achievable in solid glass fibres around technologically relevant wavelengths of 660, 850, and 10

248 tors and semiconductors may not only be more technologically relevant, but the interaction with non-t

249 al principles of the self-assembly, but also technologically relevant, such as in nanopatterning tech

250 n organizing cellular behavior, and are also technologically relevant, yet physical studies of dynami

251 scale epitaxial growth on SiC(0001) makes it technologically relevant.

252 properties of halide perovskites, which are technologically relevant.

253 anisotropy fields exceeding 7 T, making them technologically relevant.

254 In technologically-relevant ferroelectric thin films, the i

255 illustrate basic principles, and GaAs, as a technologically-relevant material to illustrate the pote

256 er, the factors controlling its magnitude in technologically-relevant thin films remain uncertain.

257 Nacre is a technologically remarkable organic-inorganic composite b

258 ic As is important as a means to imparting a technologically safe and effective corrosion control met

259 tive zeolite membranes from 2D zeolites in a technologically scalable manner.

260 us metals (like Ru or Pt) with copper may be technologically significant and the new compounds can be

261 nresolved that prevent its widespread use in technologically significant applications such as digital

262 racterized globins in diverse clinically and technologically significant bacteria.

263 cess is important because it may prove to be technologically significant for enhancing solar-cell per

264 in acoustic fibers from free space, which is technologically significant for long-haul and anti-inter

265 We demonstrate that many scientifically and technologically significant phenomena in LPBF, including

266 le to more effectively target materials with technologically significant properties.

267 el rapid testing and p24 antigen testing are technologically simpler and together may detect approxim

268 nformatics and are difficult to use for even technologically sophisticated users.

269 Technologically, such structures offer the possibility t

270 Technologically, the proposed MEF-PA assay uses standard

271 5 THz, is one of the least explored yet most technologically transformative spectral regions.

272 and physical properties of these potentially technologically transformative tetravalent ions.

273 Our work also opens a new avenue towards technologically useful amorphous alloys that are composi

274 These counterintuitive and technologically useful behaviours have spurred considera

275 reported for any field-emitting material at technologically useful current densities.

276 very strong magnetic biases are required for technologically useful devices.

277 rfaces is a foundational approach to realize technologically useful effects and engineer material pro

278 orming their properties in a fundamental and technologically useful manner.Integration of semiconduct

279 components used in the optimization of many technologically useful materials properties.

280 o create DNA origami-shaped binding sites on technologically useful materials, such as SiO(2) and dia

281 ted in a metallic surface have important and technologically useful properties of complete light abso

282 Metal nanostructures display a multitude of technologically useful properties that can be tailored t

283 es it possible to engineer exotic phases and technologically useful properties.

284 Waals materials, which show fascinating and technologically useful properties.

285 Such emitters are technologically useful, because they can be easily and e

286 ange lateral order of BCP domains to produce technologically-useful patterns is a challenge.

287 ne or more extraordinary properties are both technologically valuable and fundamentally interesting,

288 ortunity to synthesize FeS(m) varieties with technologically valuable properties.

289 e liquors were studied as the combination of technologically variant.

290 one of the central molecules in biology to a technologically very important nanomaterial, and opens t

291 Optical rectification of 35 fs pulses at the technologically very important wavelength of 800 nm in 0

292 tylene mixtures containing 1% acetylene is a technologically very important, but highly challenging t

293 Although this process is technologically very relevant, it is still poorly unders

294 6, targeted CD28 agonism has re-emerged as a technologically viable and clinically promising strategy

295 e, capacitive electrodes, and translate into technologically viable devices for next-generation weara

296 However, the fabrication of technologically viable membranes has been hampered by po

297 ing Hall-transport and magnetic-imaging in a technologically viable multilayer film, we show that top

298 concept implies that GeSiSn alloys represent technologically viable semiconductors that now merit inc

299 erials must be systematically designed to be technologically viable(1-5).

300 Its elimination from foods is not technologically viable.