ライフサイエンスコーパス: electrical conductivity

1 n direction-dependent, that is, anisotropic, electrical conductivity.

2 of films resulting in an improvement in the electrical conductivity.

3 ures of both high ionic conductivity and low electrical conductivity.

4 from the transport region, enabling enhanced electrical conductivity.

5 is and for other applications that rely upon electrical conductivity.

6 ch as an elevated surface area and excellent electrical conductivity.

7 tubular remodeling significantly affect TATS electrical conductivity.

8 erving the material quality and showing good electrical conductivity.

9 of heat transport with little degradation of electrical conductivity.

10 lication of Mn2O3 is limited due to its poor electrical conductivity.

11 engineering, yielding 3.5 x 10(4) S m(-1) in electrical conductivity.

12 droplets to connected networks that support electrical conductivity.

13 s, high specific surface area, and excellent electrical conductivity.

14 of graphene nanoribbons for improving their electrical conductivity.

15 120 K with an abrupt change in structure and electrical conductivity.

16 high magnetic ordering temperatures and high electrical conductivity.

17 added to semiconducting polymers to improve electrical conductivity.

18 o thermal conductivity to be proportional to electrical conductivity.

19 edge sites, porosity, heteroatom doping and electrical conductivity.

20 ithium ions and at the same time with a good electrical conductivity.

21 nation of high optical transparency and high electrical conductivity.

22 om the glass matrix and show relatively high electrical conductivity.

23 nanotube sheets, which provide strength and electrical conductivity.

24 have competitive advantages in terms of its electrical conductivity.

25 electrodes digested the film and changed its electrical conductivity.

26 Bs) due to its high theoretical capacity and electrical conductivity.

27 nduction band, leading to an increase in the electrical conductivity.

28 y regarded as insulators, despite reports of electrical conductivity.

29 argely hindered by MOFs' conventionally poor electrical conductivity.

30 osite films results in a sizable loss in the electrical conductivity.

31 raphene oxide (rGO), which suffers from poor electrical conductivity.

32 s of the ferroelectric domain walls is their electrical conductivity.

33 tems is still largely hampered by their poor electrical conductivities.

34 eets with ordered metal divacancies and high electrical conductivities.

35 electrocatalysts through finely tuning their electrical conductivities.

36 r mobility, thus allowing to reach very high electrical conductivities.

37 - 5.4 g/100g), ash (0.531 +/- 0.632 g/100g), electrical conductivity (1.1 +/- 0.780 ms/cm), pH of (3.

38 g electrode (TCE) properties, including high electrical conductivity (~11 670 S cm(-1) ) and high wor

39 The carbon-Ti(4)O(7) composite REMs had high electrical conductivities (1832 to 2991 S m(-1)), where

40 omposites with high thermal stability(1) and electrical conductivity(2-4) that are suitable for appli

41 r bioelectronic applications, including high electrical conductivity (~20 S cm(-1) in PBS, ~40 S cm(-

42 ation of ultralow thermal conductivity, high electrical conductivity (282 S.cm(-1)), and high hole mo

43 hows semiconducting behavior with reasonable electrical conductivity (~500 mOhm-cm), an optical band-

44 a relatively high sp(2) fraction, a moderate electrical conductivity (7.75 x 10(-3) S cm(-1)), and an

45 The electrical conductivities achieved in the 3D LM composit

46 tion of CNTs also significantly improved the electrical conductivity along with a higher photoconduct

47 ked sheets that exhibit superior thermal and electrical conductivities and improved mechanical streng

48 or drawbacks are, however, an inherently low electrical conductivity and a limited hole diffusion len

49 rahigh power factor, which comes from a high electrical conductivity and a strongly enhanced Seebeck

50 Sr(2) Fe(2) O(6-delta) also has the highest electrical conductivity and a unique type of defect-orde

51 lications in biomedicine because of its high electrical conductivity and biocompatibility caused by i

52 The electrical conductivity and carrier mobility of single c

53 that the metal ion profoundly influences the electrical conductivity and dominant carrier type in the

54 s class have recently demonstrated excellent electrical conductivity and high charge mobility.

55 materials is to realize simultaneously high electrical conductivity and high induced-voltage in resp

56 hevron nanoribbons, thus achieving increased electrical conductivity and improved chemical sensing ca

57 With the high electrical conductivity and low thermal conductivity, th

58 ld take full advantage of the combination of electrical conductivity and magnetic bistability.

59 The electrical conductivity and mechanical robustness of the

60 The electrical conductivity and mobility of the samples with

61 rectly classified 96.7% of the groups, being electrical conductivity and moisture followed by the vol

62 ical distribution was related mainly to soil electrical conductivity and Na content.

63 r DESs which are characterized by profitable electrical conductivity and negligible vapor pressure.

64 ype organic thermoelectric materials of high electrical conductivity and of 1D electronic structure.

65 tion of critical CTN performance parameters: electrical conductivity and optical transparency.

66 Electrical conductivity and partial pressure of CO2 (PCO

67 he change in innate milk properties, such as electrical conductivity and pH, upon addition of adulter

68 s detected by monitoring the changes in milk electrical conductivity and pH.

69 of CNF loading on the mechanical properties, electrical conductivity and piezoresistive behavior was

70 nd a low detection limit of 0.17nM thanks to electrical conductivity and porous structure of PPy.

71 carrier concentration, which results in high electrical conductivity and power factor of ~5.10 muW/cm

72 ive gold nanoparticles (raGNPs) enhanced the electrical conductivity and provided a greater number of

73 Equivalent electrical conductivity and relative permittivity of the

74 We demonstrate p-type electrical conductivity and remarkable electrochemical p

75 osites exhibit an abnormal decoupling of the electrical conductivity and Seebeck coefficient as a fun

76 alent sulfur doping simultaneously increases electrical conductivity and Seebeck coefficient in Bi2 T

77 Here we analyse the electrical conductivity and Seebeck coefficient together

78 ing, within considerable limits enhanced the electrical conductivity and Seebeck coefficients in Cu(2

79 late which improves electron delocalization, electrical conductivity and sodium uptake capacity.

80 h electron injection efficiency due to their electrical conductivity and strong electronic coupling t

81 an overview of recent approaches to enhance electrical conductivity and structural stability of cath

82 ercapacitors thanks to their high metal-like electrical conductivity and surface-functional-group-ena

83 nstrate that incompatible properties such as electrical conductivity and TCR can be achieved simultan

84 ibits superior performance because of higher electrical conductivity and the capture of the soluble i

85 soil quality, in terms of change in the soil electrical conductivity and the corresponding change in

86 ion, which in turn affect the nanocomposites electrical conductivity and their catalytic performance.

87 in n-doped polymers, resulting in excellent electrical conductivity and thermoelectric performance.

88 (Eg approximately 0.85 eV) exhibit excellent electrical conductivity and thermoelectric power factors

89 Then, apparent diffusion is linked to electrical conductivity and used to evaluate the efficie

90 PMA-doped films show increased electrical conductivity and work function, reduced solub

91 ferent ionic concentrations, i.e., different electrical conductivities, and over a large range of the

92 erties such as extremely low densities, high electrical conductivities, and remarkable mechanical pro

93 n Toronto, Canada, by quantifying three BTs, electrical conductivity, and delta(18)O in high-frequenc

94 rrently unrivaled combination of resolution, electrical conductivity, and electronic/wiring density.

95 mpressibility, high fatigue resistance, high electrical conductivity, and excellent thermal-insulatio

96 ular graphene films with open porosity, high electrical conductivity, and good tensile strength, can

97 to the controllable architectures, excellent electrical conductivity, and highly exposed well-defined

98 Due to the high electrical conductivity, and increased surface area rela

99 ech anical properties: specific capacitance, electrical conductivity, and large surface area with mes

100 den dissociation of the molecules, a jump in electrical conductivity, and loss of electron localizati

101 tions of physical properties (e.g., density, electrical conductivity, and magnetism) in bismuth could

102 distribution characteristics of soil water, electrical conductivity, and nitrate.

103 nic variation of band gap, unit cell volume, electrical conductivity, and Seebeck coefficient, all of

104 hout simultaneously achieving softness, high electrical conductivity, and stretchability.

105 rmined by measuring the Seebeck coefficient, electrical conductivity, and thermal conductivity in eac

106 notubes in the nanocomposite results in high electrical conductivity, and thus highly effective elect

107 that exhibit a pressure-induced reduction in electrical conductivity-and the presence of a complex ne

108 The evidence of these tremors and electrical conductivity anomalies along the strike of th

109 The fabricated Zn conductors show excellent electrical conductivity ( approximately 1.124 x 10(6) S

110 Because of its high electrical conductivity ( approximately 10 Omega per squ

111 ng films that display high strength and high electrical conductivity are critical for flexible electr

112 al properties such as dramatically increased electrical conductivity are observed thanks to the pre-e

113 n of yeast cells in solutions with different electrical conductivities as a function of the applied f

114 edges, approximately 50 mum resolution, and electrical conductivity as high as 4.67 x 10(4) S cm(-1)

115 ly a result of their hydrophilicity and high electrical conductivity, as well as the ability of the e

116 This increases the undoped, specific electrical conductivity at least an order of magnitude t

117 erties of GO, such as high strength and high electrical conductivity at the nanoscale.

118 The electrical conductivity behavior of different dry matter

119 tracer" transport modeling based on observed electrical conductivity, better assimilation of meteorol

120 eads to a percolating Cu phase with enhanced electrical conductivity between the active ZnO particles

121 resistance measurements reveal an increased electrical conductivity by 300% in the pressure-treated

122 alize, leading to a dramatic decrease in the electrical conductivity by several orders of magnitude.

123 triphenylene)2 (Ni3(HITP)2), a MOF with high electrical conductivity, can serve as the sole electrode

124 The three synthetic steps in turn render electrical conductivity, catalytic activity and stabilit

125 cause they are promising materials with high electrical conductivity, chemical stability, and high su

126 , such as sugars, moisture, acidity, ash and electrical conductivity, color, 5-HMF and diastase activ

127 Ashes content, total polyphenol, and electrical conductivity corresponded to these of a typic

128 Through their increased electrical conductivity, CPs can facilitate the applicat

129 A composite analysis of precipitation and electrical conductivity data provides strong evidence th

130 ic relationship between moisture content and electrical conductivity data was developed for the soil

131 At very high pressure, the electrical conductivity decreases on compression, opposi

132 properties are determined by crystal phases electrical conductivity, degree of exfoliation, surface

133 cts from degradation leads to an increase in electrical conductivity during the first 69 days.

134 soil water content (SWC) (positive) and soil electrical conductivity (EC) (negative) in the relativel

135 r than that in 60-100 cm soil layer, and the electrical conductivity (EC) and nitrate content gradual

136 the tributary pollutant loads attributed to electrical conductivity (EC).

137 ries pulp metabolome was related to Apparent Electrical Conductivity (ECa) maps deriving from on-site

138 together as laser peen sintering (LPS), the electrical conductivity enhancement is dramatic.

139 combined with CT, allow for relatively high electrical conductivity even down to very low temperatur

140 We find that the electrical conductivity exceeds 10,000 S/m, more than 10

141 omposite reveals enhanced thermal stability, electrical conductivity from the single-fiber level up,

142 ical parameters (moisture, acidity, pH, ash, electrical conductivity, glucose, fructose, hydroxymethy

143 a function of composition, defect-order, and electrical conductivity have been demonstrated, leading

144 Five periods of increased electrical conductivity have been found in the karst con

145 d semiconductor/liquid interfaces to address electrical conductivity - hence chemical reactivity - on

146 to their unique properties such as excellent electrical conductivity, high specific surface area, con

147 nation of high optical transparency and high electrical conductivity, however, sets a stringent requi

148 Palynological analysis, moisture, pH, electrical conductivity, hydroxymethylfurfural, diastase

149 The higher electrical conductivity implies that the Jovian and Satu

150 Regions with high electrical conductivities in subduction zones have attra

151 The plasma electron density and electrical conductivities in the channel were found be 1

152 percolation pathways of LM can support high electrical conductivity in a wide range of matrix materi

153 osmotic shock and then applied to probe TATS electrical conductivity in failing heart cells.

154 Here, we report ultra-high electrical conductivity in MoP at low temperature, which

155 Engendering electrical conductivity in otherwise insulating metal-or

156 pped states within bandgap and extremely low electrical conductivity in the out-of-plane direction.

157 ess, unlike other methods to realize tunable electrical conductivity in this material.

158 ch as protein diffusion in membranes and the electrical conductivity in two-dimensional networks, obe

159 s to an abrupt seismic velocity decrease and electrical conductivity increase with depth, perhaps ind

160 It led to the multifold electrical conductivity increase.

161 Whereas the electrical conductivity increases uniformly with increas

162 h, 2292 +/- 159 W m(-1) K(-1) while in-plane electrical conductivity is 2.2 x 10(5) S m(-1) .

163 Seebeck coefficient by 20% in parallel with electrical conductivity is also observed.

164 e surface wettability, surface friction, and electrical conductivity is demonstrated.

165 ure has potential in applications where good electrical conductivity is desired, such as sensors and

166 The electrical conductivity is observed surprisingly when th

167 tent, the achieved tunable and highly stable electrical conductivity is provided by sorption of metal

168 High electrical conductivity is rare in MOFs, yet it allows f

169 e S is the Seebeck coefficient, sigma is the electrical conductivity, kappa is the total thermal cond

170 high earth-abundance, eco-friendliness, high electrical conductivity, large surface area, structure t

171 d as fuel cell catalyst support due to their electrical conductivity, large surface areas and stabili

172 s their fundamental properties, such as high electrical conductivity, lead to many important applicat

173 enerating human myocardial tissue and showed electrical conductivity, left ventricular pressure devel

174 as graphene is vital for limiting parasitic electrical conductivity losses in future electronic appl

175 n optoelectronic devices, their insufficient electrical conductivity, low work function, and complica

176 l/stimuli-responsive fibers with thermal and electrical conductivity, magnetic properties and enhance

177 and compared to standard techniques such as electrical conductivity measurement (ECM) conducted on t

178 Electrical conductivity measurements show that the bimet

179 Comparison with electrical conductivity measurements showed that conduct

180 he bilayer membrane's combined properties of electrical conductivity, mechanical strength, optical tr

181 y diffuse reflectance spectroscopy (DRS) and electrical conductivity meter.

182 roducing large-area, high-strength, and high-electrical-conductivity MXene-based films for future ele

183 Sharp increases in the electrical conductivity occurred at approximately 848 an

184 ricated from 10(OTf) and demonstrate average electrical conductivities of 1.31 x 10(-2) S/cm.

185 yanine (MPc) ligands linked by Cu nodes with electrical conductivities of 2.73 x 10(-3) to 1.04 x 10(

186 backbone alignment, resulting in record-high electrical conductivities of 4,600 +/- 100 S/cm while ma

187 However, the poor mechanical properties and electrical conductivities of rGO sheets are limiting fac

188 quadlayer thin film (470 nm thick) exhibits electrical conductivity of 1.08 x 10(5) S m(-1) and a Se

189 Electrical conductivity of 38.512 M.S/m, thermal conduct

190 at temperatures of 750 K while providing an electrical conductivity of 5.48 x 10(3) S m(-1), relativ

191 800 degrees C, the layered PBFM showed high electrical conductivity of 59.2 S cm(-1) in 5% H2 and pe

192 ation throughout the carbon backbone, and an electrical conductivity of 6(2)x10(-4) S cm(-1) upon tre

193 High electrical conductivity of 94.66 IACS and low TCR of 1,4

194 To date, the effects of dehydration on the electrical conductivity of antigorite remain poorly unde

195 Based on these results for the electrical conductivity of antigorite, we conclude that

196 The electrical conductivity of Au nanocluster films can vary

197 Here, we report new measurements of the electrical conductivity of both natural and hot-pressed

198 The metallic-like electrical conductivity of Geobacter sulfurreducens pili

199 anic frameworks, the physical durability and electrical conductivity of graphitic materials, and the

200 s and the high Seebeck coefficient, and high electrical conductivity of inorganic materials.

201 We correlate Seebeck coefficient and electrical conductivity of iodine-doped poly(3-hexylthio

202 Here we show that the thermal and electrical conductivity of iron at those conditions rema

203 molecular dynamics simulations show that the electrical conductivity of liquid SiO2 is semimetallic a

204 Here, high-pressure techniques enhanced the electrical conductivity of Mn2O3 significantly.

205 y stretchable polymeric matrix and excellent electrical conductivity of nanomaterials, polymer nanoco

206 ir electronic bandgap and improvement in the electrical conductivity of nanoribbon-based thin films.

207 sults constrain the contribution of H to the electrical conductivity of olivine to be sigmaH = 10(2.1

208 e tuning of band gaps over 0.4 eV and of the electrical conductivity of over 4 orders of magnitude in

209 computational model was developed to analyze electrical conductivity of random metal nanowire network

210 g predictions of soil salinity (expressed as electrical conductivity of saturated soil extract) and s

211 olecular dynamics simulations to predict the electrical conductivity of silicate liquid at the condit

212 The macroscopic electrical conductivity of solid solution MXenes can be

213 nd include nanosheet aggregation and the low electrical conductivity of some 2D nanomaterials.

214 iling heart are not affected by the level of electrical conductivity of the biogel injectates.

215 The electrical conductivity of the composite containing carb

216 enzyme like activity attributing to the high electrical conductivity of the entrapped copper nanoclus

217 Instead of sodium levels, we propose electrical conductivity of the extract as an equivalent

218 fluctuations can still be used to probe the electrical conductivity of the interior.

219 cles that are used to tailor the thermal and electrical conductivity of the LCE without detrimentally

220 ous limit, while the Seebeck coefficient and electrical conductivity of the material were retained.

221 Fe(4)S(4) clusters is found to increase the electrical conductivity of the materials by up to 4 orde

222 The electrical conductivity of the materials was significant

223 uation performance is attributed to the high electrical conductivity of the metallic 1T phase of MoS2

224 ructures grown on glass, and the anisotropic electrical conductivity of the nanotubes.

225 The OVs promote the electrical conductivity of the oxide support, and at the

226 thermoelectric inks and the poor density and electrical conductivity of the printed films.

227 s, the tensile strength, Young's modulus and electrical conductivity of the PVA/GNR composite at a fi

228 hts relative to its components (1.3 eV), and electrical conductivity of the sample was significant in

229 The electrical conductivity of the saturation extract (EC(e)

230 Electrical conductivity of the selectrolyte-filled porou

231 e affected by viscosity, surface tension and electrical conductivity of the semiconductor nanosuspens

232 increased due to FI, resulting in increased electrical conductivity of the soil solution, which led

233 The electrical conductivity of these crystals is on the orde

234 is performance originates from the excellent electrical conductivity of Ti3C2Tx films (4600 Siemens p

235 .8 eV) enables facile p doping, resulting in electrical conductivity of up to 10(-2) S/cm and room-te

236 h up to ~570 MPa for a 940 nm thick film and electrical conductivity of ~15 100 S cm(-1) for a 214 nm

237 electric properties (Seebeck coefficient and electrical conductivity) of electrodeposited thin films

238 show 300%, 450% and 230% improvements in the electrical conductivity on the 'surface', 'through-thick

239 e low-symmetry domains also exhibit enhanced electrical conductivity on the order of 1 S m(-1) .

240 onal materials in which ferroelectricity and electrical conductivity or light-harvesting properties c

241 ctions even for electronic systems with zero electrical conductivity or with zero electron density.

242 r polyacetylenes are important materials for electrical conductivity, paramagnetic susceptibility, op

243 of color (L and a), F/G ratio, proline, pH, electrical conductivity, Pb, Cu, and Mn.

244 lti-modal physical/chemical sensor array for electrical conductivity, pH, and glucose concentration m

245 used to develop a database of water content, electrical conductivity, pH, ash content, visual appeara

246 n mobility, mask-free, green synthesis, good electrical conductivity, porosity, mechanical stability,

247 nitride, Ti(3)CNT (x) MXene, with a moderate electrical conductivity, provides a higher shielding eff

248 High electrical conductivities reaching 1 S/m can be explaine

249 nd intrinsically conductive structures, with electrical conductivities reaching 10(-5) S/cm and surfa

250 Precisely engineering the electrical conductivity represents a promising strategy

251 e rates of EDLCs scale with surface area and electrical conductivity, respectively, porous carbons su

252 By varying applied voltage, electrical conductivity, seepage velocity, and influent

253 A flexible device with an electrical conductivity sensor, a pH sensor, and a gluco

254 lved oxygen, total dissolved solids, pH, and electrical conductivity showed 22% to >=62% removal effi

255 We found that the variation in electrical conductivity shown in the tomograms correlate

256 graphite-NFC structure exhibits an ultralow electrical conductivity (sigma(e) <= 10(-9) S/cm), even

257 effect transistors reveals that the observed electrical conductivity (sigma(RT) <= 1.3 x 10(-2) S/cm)

258 surement of as deposited films show that the electrical conductivity (sigma) of the FAPI thin film is

259 omposite boasts an extraordinary anisotropic electrical conductivity (sigma|| /sigma perpendicular )

260 nd shortest S...S contact, shows the largest electrical conductivity, sigma = 2.86 (+/-0.53) x 10(-4)

261 CNS structures possess ultrathin walls, good electrical conductivity, strong adhesion, excellent stru

262 content in bulk MTZ silicates inferred from electrical conductivity studies.

263 e of their unique electronic structure, high electrical conductivity, superior chemical stability, an

264 rolyte boron dopes the CNTs increasing their electrical conductivity tenfold, and that the addition o

265 One of these functional characteristics is electrical conductivity that may lead to future device a

266 n functional layers with thermally activated electrical conductivity, the current spontaneously and g

267 The enhanced electrical conductivity, thermopower, and moderate therm

268 With a large surface area and excellent electrical conductivity, this binder-free anode was foun

269 s outside LiFePO4 nanoparticles increase the electrical conductivity, thus ultimately facilitating re

270 y of LMH and find metallic hydrogen's static electrical conductivity to be 11,000-15,000 S/cm, substa

271 the continuous tuning of both band gaps and electrical conductivity to changes in free-carrier conce

272 are common in inorganic materials, imparting electrical conductivity to covalent three-dimensional or

273 These can increase the sulfur cathode's electrical conductivity to improve the battery's power c

274 oit the formal analogy between diffusion and electrical conductivity to link the latter with the diff

275 To provide electrical conductivity to the paper-based cathode and a

276 Doping of ClBDPPV with 25 mol% TBAF boosts electrical conductivity to up to 0.62 S cm(-1) , among t

277 Finally, the HFG electrical conductivity tunes through five orders of mag

278 s C, the polyoxafluoronorbornene exhibits an electrical conductivity two orders of magnitude lower th

279 The doped films exhibit electrical conductivities up to 70 S cm(-1) .

280 This network generates electrical conductivities up to two orders of magnitude

281 Moreover, antimonene polygons show high electrical conductivity up to 10(4) S m(-1) and good opt

282 mond indenter and shows a reversible drop in electrical conductivity upon indentation.

283 mantle (</=250 ppm wt) can account for high electrical conductivity values (10(-2)-10(-1) S/m) obser

284 The bulk electrical conductivity values of both Fe2(DSBDC) and Fe

285 ere, we demonstrate this compound to exhibit electrical conductivity values up to sigma = 1.4(7) x 10

286 logues find interesting properties including electrical conductivity, viscoelasticity, thermal robust

287 Increased electrical conductivity was observed for the plasma trea

288 -micron sized LFO and a nanocarbon with high electrical conductivity were successfully synthesized fo

289 It also offers a high intrinsic electrical conductivity, which allows it to act as a cat

290 its advantages of good safety, stability and electrical conductivity, which are held by all the carbo

291 amples due to either extremely high solution electrical conductivity, which decreased the plasma-liqu

292 ever, is conventionally coupled to very poor electrical conductivity, which has thus far prevented th

293 and conversion devices because of their high electrical conductivity, which is promoted by the good i

294 a three orders of magnitude increase in THz electrical conductivity, which suggests the potential fo

295 high energy sites, leading to an increase in electrical conductivity while leaving the Seebeck unchan

296 these materials alongside the combination of electrical conductivity with porosity or spin transition

297 lity to combine functional properties (e.g., electrical conductivity) with shape memory behavior.

298 exhibited excellent mechanical integrity and electrical conductivity within a wide range of tensile a

299 ronger overlap between sites can improve the electrical conductivity without adversely affecting the

300 vitro and in vivo biocompatibility, and high electrical conductivity without the need for additional