ライフサイエンスコーパス: near unity

1 of approximately two to three (charge ratio near unity).

2 eve conditions in which receptors had a P(o) near unity.

3 ial quantities of material if E/Z ratios are near unity.

4 ations with trait means ranging from zero to near unity.

5 ensitizers, and exhibit quantum efficiencies near unity.

6 rcinoma and squamous cell carcinoma remained near unity.

7 [Formula: see text] and branching parameter near unity.

8 ce in the 515 nm region with a quantum yield near unity.

9 toichiometry of lactate and H+ production is near unity.

10 t-range chemical reaction with a probability near unity.

11 trated independently with a Hill coefficient near unity.

12 verted into atomic motion with a probability near unity.

13 lysis, with an apparent equilibrium constant near unity.

14 with a K(a) of 1.3 mm and a Hill coefficient near unity.

15 methyl groups exhibit (13)C isotope effects near unity.

16 /AD) fall outside of the semiclassical range near unity.

17 ed with foveal size (r = 0.75), with a slope near unity (0.90 +/- 0.18).

18 arity and uniform activity rod phantoms were near unity (0.97 +/- 0.06 and 1.03 +/- 0.03, respectivel

19 The near-unity 1'-(14)C KIEs for both human and P. falciparu

20 but all three values attenuated to values of near unity (1.1 +/- 0.03 or 0.91 +/- 0.02) at pH 10.

21 is SEOP setup is demonstrated here to obtain near-unity (129)Xe polarization values in a 0.5 L optica

22 Goodness of fit values (R2) were near unity (.94 to .97) and were similar for all interve

23 independent perfect absorber with wide-angle near unity absorbance in the visible regime.

24 riments and simulations, we demonstrate that near-unity absorption at one or more target wavelengths

25 avy atom (13)C/(12)C kinetic isotope effects near unity also support post rate-determining C-C bond f

26 -Menten equation with a Hill coefficient, n, near unity and an equilibrium constant, K(m), near 3 mic

27 plot for the interface variants has a slope near unity and the control variants have near-wild-type

28 terconversion of the two structured forms is near unity and the time scale is > or= 10-20 ms.

29 wer K(0.5 glucose) values, Hill coefficients near unity, and enhanced equilibrium binding affinities

30 temperature but with an equilibrium constant near unity at 5 degrees C.

31 pends solely on temperature, reaching values near unity at the critical temperature.

32 than 30-fold enhancement of luminescence, a near-unity atom-cavity coupling efficiency, and an 8-fol

33 nd long-term device stability, which confers near-unity charge collection efficiency and enhanced spe

34 Surprisingly, our results show that near-unity charge-discharge reversibility can be achieve

35 ty modes and generate photoluminescence with near-unity chirality from lower polariton emission.

36 Specifically, near-unity circular dichroism for both second-harmonic g

37 isible light at ambient temperature achieved near-unity comonomer reactivity ratios over the entire r

38 Polymer-polymer partition coefficients near unity confirmed identical absorption capacities of

39 computed for buried protein atoms, are also near unity, confirming our earlier conclusions that the

40 MPS data correlated (r(2) > 0.9) with slopes near unity, confirming quantitative TD-CRDS response to

41 the photonic transformer can operate with a near-unity conversion efficiency and high voltage conver

42 are a promising technology that can achieve near-unity coupling into a first lens.

43 or large-format superconducting cameras with near-unity detection efficiencies across a wide range of

44 KIEs measured at pH 7.5 were near unity due to the large forward commitment to cataly

45 This will pave the way towards near unity efficiencies, long distance splitting, and po

46 ent photoluminescence at 640 and 700 nm with near unity efficiency.

47 Nevertheless, TET occurs with near-unity efficiency for all BPEA derivatives due to th

48 g anti-symmetric full 2pai phase shifts with near-unity efficiency for two orthogonal co-polarized ch

49 It maintains near-unity efficiency of energy transfer to reaction cen

50 Understanding the mechanism behind the near-unity efficiency of primary electron transfer in re

51 Extensions of this technique will allow near-unity efficiency transduction in both the mmwave an

52 convert NO(3)(-) to high-purity NH(4)Cl with near-unity efficiency, suggesting a practical approach t

53 sion electrode, which recirculates H(2) with near-unity efficiency.

54 d focus visible light (lambda = 532 nm) with near-unity efficiency.

55 ulfide transfer to graphene in 1 ps and with near-unity efficiency.

56 hat triplet excitons can be transferred with near unity efficiently across the organic-inorganic inte

57 clude stable, reproducible, and large (often near-unity) emission quantum yields (QYs).

58 We achieve near unity emitter creation probability and a mean posit

59 e a procedure capable of making ensembles of near-unity emitting cadmium selenide/cadmium sulfide (Cd

60 richment liquid-N(2) baths and far costlier, near-unity-enrichment configurations employing high-H(2)

61 cient (alpha) as 0.7 on average, with values near unity especially for low volatility species.

62 In neat films, we demonstrate fission yields near unity even when monomers are separated by >5 A.

63 oxidized on alpha-Fe2O3 to formaldehyde with near unity Faradaic efficiency.

64 with a high Coulombic efficiency (~95%) and near-unity Faradaic efficiency for H(2) production (~99%

65 ater splitting for over 5 h is achieved with near-unity Faradaic efficiency.

66 en the input and output frequency modes with near-unity fidelity and favorable scaling.

67 aging system, single atoms are detected with near-unity fidelity on individual sites of a Hubbard-reg

68 on a lossless waveguide network and achieves near-unity fidelity under single- and two-photon excitat

69 lecules exhibiting visible-range absorption, near-unity fluorescence quantum yields, and, to our know

70 range of 34 to 8 degrees C, Q10 values were near unity for all evoked release (0.8 and 1.3 for CGRP

71 linearity of the REFER plots and Phi values near unity for all ligands tested implies that CFTR chan

72 Solvent hydrogen isotope effects were near unity for amine activation, which is consistent wit

73 ron transfer efficiencies to the Pt tip were near unity for both CdS and CdSe/CdS nanorods.

74 consumption and lipid product formation was near unity for both PGHS and lipoxygenase, indicating a

75 space showing robust ferromagnetism, rho is near unity for Fermi liquid states.

76 optical gain, although the quantum yield is near unity for low-intensity applications.

77 with an onset at ages 10-19 years; they were near unity for onset in adulthood.

78 e accumulates and that Mo(V) content remains near unity for the duration of the reaction.

79 ium isotope effects on V and V/K(MgHIc) were near unity for the K206M mutant enzyme but approximately

80 emained active during head-free pursuit with near-unity gain.

81 ules showing both efficient luminescence and near-unity generation yield of excited states with spin

82 ) production at near zero-overpotential with near unity H(2)O(2) selectivity at 0.27 V vs. RHE.

83 A mole ratio of hydrogen to carbon monoxide near unity (H(2)/CO ~ 1) was obtained over 5Ni/ZrO(2) an

84 Beads with a force ratio near unity had approximately equal probabilities of exit

85 Likelihood ratios near unity have little effect on decision-making; by con

86 afety for glasshouse grown peduncles is very near unity (i.e. S=1.03), and that the factor of safety

87 at works in concert with DDDMA(+) to produce near-unity (i.e., >90%) QYs.

88 pe effect on k(cat), which was 2.0 in WT, is near unity in H48A.

89 he photoisomerization yield, enhancing it to near unity in nonpolar solvents while largely suppressin

90 yme thermodynamic equilibrium constant (Keq) near unity in the temperature range between 20 and 30 de

91 Sirtuin1 mean B/A ratio nearing unity in all tissues reveals inertness of BPA to

92 ereas the triplet yield increases 60-fold to near unity, independent of the site of sulfur atom subst

93 The correlation has a slope near unity, indicating equal sensitivity of the NO and C

94 ator-strength NIR absorptivity up to 850 nm, near-unity intersystem crossing (ISC) quantum yields (Ph

95 el cells (SOFCs), owing to its stability and near-unity ionic transference number.

96 Photosynthesis achieves near unity light-harvesting quantum efficiency yet it re

97 minescence linewidth of roughly 350 ueV with near-unity linear polarization.

98 mission of photons at accelerated rates with near unity luminescence efficiency.

99 We show that a line-shape index q near unity (maximum asymmetry) may be produced in hydrog

100 oxide heterodimer nanocrystals (NCs) with a near-unity morphological yield.

101 maximal open probability (P(o)) of KCNQ3 was near unity, much higher than that of KCNQ2, KCNQ4, and K

102 ermal free-carrier concentration producing a near-unity negative refractive index shift.

103 In theory, near-unity nuclear spin polarization can eliminate decoh

104 tically tunable delay of 50 nanoseconds with near-unity optical transparency, and superluminal light

105 a factor of 0.16 in DLPC bilayers but has a near-unity order parameter of 0.96 in POPC bilayers.

106 f micrometer plasmon propagation facilitates near-unity-order modulation of nanoscale energy flow tha

107 ts show that the transfer efficiency remains near unity over a distance variation of approximately on

108 0(5) s(-1) from 1.4 x 10(4) s(-1), each with near-unity Phi(PL)s.

109 nprecedented photoluminescence quantum yield near unity (Phi(absolute) 1.0+/-0.1) and an excited-stat

110 ground-state Cu(I)-Au(I) covalent bonds and near-unity phosphorescence quantum yields.

111 d PXZ-Dipp-SO2B, respectively, but retaining near unity photoluminescence quantum yield.

112 than 10%, these silica-shelled samples gain near-unity photoluminescence efficiency.

113 we present a hybrid copper-iodide that shows near-unity photoluminescence quantum yield (99.6%) with

114 gle crystals not only show red emission with near-unity photoluminescence quantum yield (PLQY) and hi

115 kali carbonates, the resulting NPLs attained near-unity photoluminescence quantum yield (PLQY) and pu

116 metal halides is achieved, which leads to a near-unity photoluminescence quantum yield (PLQY) at aro

117 In this work, we demonstrate near-unity photoluminescence quantum yield (PLQY) blue a

118 presses its dynamic disorder, resulting in a near-unity photoluminescence quantum yield of PeNC films

119 ctronically isolated, thereby resulting in a near-unity photoluminescence quantum yield, akin to that

120 bit high exciton recombination features with near-unity photoluminescence quantum yields (97%), and t

121 results helped us designing hetero-NPLs with near-unity PL quantum yield in the CdSe/CdSe(1-x)Te(x)/C

122 pressed EEA in monolayer TMDCs, resulting in near-unity PL QY at all exciton densities despite the pr

123 tal dichalcogenide (TMDC) monolayers exhibit near-unity PL QY at low exciton densities, nonradiative

124 S-AgGaS(2) (AIGS-AGS) core-shell NCs bearing near-unity PL QYs in almost full visible range (460 to 6

125 oidal and phase stability, as well as showed near unity PLQY.

126 )HfBr(6) powders showed blue emission with a near-unity PLQY (96.2%), and green emission was also ach

127 nced radiative rates contribute to achieving near-unity PLQY in the strongly confined regime (<7 nm).

128 eband amplification and dynamics that permit near-unity power conversion.

129 sential for the high Faradaic efficiency and near-unity product selectivity for isopropylamine.

130 molecular wire due to high yield synthesis, near-unity purification, and nanoscale self-organization

131 nverting photoenergy to chemical energy with near unity quantum efficiency and under high light inten

132 robust photoactivated charge separation with near unity quantum efficiency is not fundamentally under

133 ht and converts it into chemical energy with near unity quantum efficiency, which generates low poten

134 ganisms convert sunlight to electricity with near unity quantum efficiency.

135 energy transport and charge separation with near unity quantum efficiency.

136 otosynthetic organisms harvest sunlight with near unity quantum efficiency.

137 tion toward a site of charge separation with near unity quantum efficiency.

138 ed triplet-triplet quenching and therefore a near unity quantum yield in the neat thin film.

139 mission, the copper doping into CQWs enables near-unity quantum efficiencies (up to approximately 97%

140 abundance, environmental compatibility, and near-unity quantum efficiencies.

141 Photosystem II (PSII) can achieve near-unity quantum efficiency of light harvesting in ide

142 he fundamental mechanism responsible for the near-unity quantum efficiency of the transfer.

143 s through a network of antenna proteins with near-unity quantum efficiency to reach the reaction cent

144 isms transport and convert solar energy with near-unity quantum efficiency using large protein superc

145 of-the-art examples nevertheless demonstrate near-unity quantum efficiency.

146 l system for unprecedentedly efficient (with near-unity quantum yield) light-driven reduction of meth

147 red wavelengths, negligible self-absorption, near-unity quantum yield, and high light yield.

148 By virtue of their narrow emission bands, near-unity quantum yield, and low fabrication cost, meta

149 ttractive as a laser gain material despite a near-unity quantum yield.

150 ne displays endothermic singlet fission with near-unity quantum yield.

151 eta-factor from laser physics(10,17-20), the near-unity Raman beta-factor we observe exposes the SERS

152 electronvolts requires host materials with a near-unity refractive index, which are limited to bulky

153 n rates, excellent long-term stabilities and near-unity selectivities.

154 achieving 103.21 mmol g(cat) (-1) h(-1) with near-unity selectivity for CO generation and meanwhile e

155 lectrochemical reduction of CO(2) to CO with near-unity selectivity in water at an overpotential as l

156 es show high correlation (r(2) = 0.9999) and near unity slopes.

157 ily reversible, with an internal equilibrium near unity, such that the amount of product observed is

158 se metabolic rates and recovery coefficients near unity suggest that quantitatively accurate dynamic

159 Hill plots with slopes near unity suggested noncooperativity for catestatin eff

160 d in sludges showed enrichment factors (EFs) near unity, suggesting dust or soils as likely dominant

161 The Hill coefficient of near unity suggests a single molecule of diltiazem media

162 mains host topological interface states with near-unity thermal emissivity.

163 e ratio of NO3- to NO2- formation rates from near unity to <0.5, in reasonable agreement with the dat

164 system, enabling chiral mode switching with near-unity transmission efficiency at 1550 nm.

165 abling large (>n) polarization rotation with near-unity transmission over a large operation bandwidth

166 triplet generation (<100 ps) and subsequent near-unity triplet transfer efficiency from surface liga

167 the ground state and low triplet yields, the near-unity triplet yields in the thiothymine series acco

168 to date among bio-organic molecules and have near-unity triplet yields, whereas the triplet yields of

169 ructural elements that lead to ultrafast and near-unity triplet-state population in thiobases in gene

170 m yield per absorbed photon (QYAP) values of near unity were observed for submonolayer coverages of 2

171 jection of (18)F-MK-6240 indicated linearity near unity when compared with DVR estimates and minimize

172 rocessed MoS(2) and WS(2) monolayers reaches near-unity when they are made intrinsic through electros

173 pt is inferred to succeed with a probability near unity, whereas the efficiency for creating an unpol

174 [M + 54]+/[M + 54 - 32]+ (loss of methanol) near unity, which distinguishes them from homoallylic FA

175 lls, followed by infection at a multiplicity near unity with HIV-1 or an HIV-1-derived vector.

176 ied compound and the tetramethyl variant are near unity, with values of 95 and 92%, respectively, in

177 l contamination while providing pathways for near unity yield and scalability.

178 energy transfer for all three compounds has near unity yield, regardless of differences in the sensi

179 crystals layer by layer into monolayers with near-unity yield and with dimensions limited only by bul

180 eld of P(+)H(B) (-) This all but matches the near-unity yield of A-side P(+)H(A) (-) charge separatio

181 structures with high production throughput, near-unity yield, pristine interfaces, precisely control