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1 cess, which occurs with a quantum efficiency close to unity.
2  antenna, LH2s showed funneling efficiencies close to unity.
3 g-term use (continuous or noncontinuous) was close to unity.
4 esulted in molecular diodes with values of R close to unity.
5 n the value of the BCF, which we found to be close to unity.
6 forward-to-backward nonlinear emission ratio close to unity.
7  the open probability of the channel must be close to unity.
8 o achieve maximum repair efficiency which is close to unity.
9 yrosine bond within the RepD active site, is close to unity.
10 as mass lost by supernova-driven outflows is close to unity.
11 aporation and condensation coefficients both close to unity.
12 3)(-)) with the DeltaAG/DeltaHCO(3)(-) ratio close to unity.
13  with diastereomeric and enantiomeric ratios close to unity.
14 ted with the observed acidities with a slope close to unity.
15 nol indicated an isotope effect on VCH3/VCD3 close to unity.
16 ave an A(D)/A(T) that is reassessed as being close to unity.
17 photosystem I trimer complex showed it to be close to unity.
18 e (KCO/KO2) is lowered 15-20-fold to a value close to unity.
19 lesterol, considered individually, were also close to unity.
20 n between IDTs and IS, or the risk ratio was close to unity.
21 le region, with a fluorescence quantum yield close to unity.
22 power simultaneously, corresponding to Gamma close to unity.
23 can be flexibly designed to different values close to unity.
24  few tens of picoseconds and a quantum yield close to unity.
25 epending on timepoint, with CIs including or close to unity.
26 ramagnetic states at temperatures above, but close to, unity.
27                    The finding that sigma is close to unity (1 +/- 0.2) indicates a noncooperative ro
28  secondary kinetic isotope effect to a value close to unity, 1.05 +/- 0.08, whereas the equilibrium i
29 ant showed a normal Schild plot with a slope close to unity and a Kb similar to its Ki value in bindi
30  = 0.9), with a slope of the regression line close to unity and a negligible intercept.
31 for the AMP.PNP and ADP.BeF(x) complexes are close to unity and are readily perturbed by temperature
32 g in correlated triplet (M)(T(1)T(1)) yields close to unity and free triplet (T(1) + T(1)) yields of
33 cones, which generate antifogging efficiency close to unity and water departure of droplets smaller t
34 om temperature, a cation transference number close to unity, and an electrochemical stability window
35 0 M(-1) cm(-1) range, possess quantum yields close to unity, and feature good photostability.
36 tween 0.87 and 1.03 eV, low ideality factors close to unity, and state-of-the-art dark current densit
37 , iron from red meat, and heme iron were all close to unity, and there were no increasing trends with
38 ding for why these large efficiencies (often close to unity) are achieved across this entire class of
39 etic isotope effect for hydride transfer was close to unity at physiological temperatures but increas
40 otein is stable and forms at a stoichiometry close to unity between the Ku protein heterodimer and th
41 T at the final imaging session, with a slope close to unity but a significantly negative intercept (r
42  not substantially limited by diffusion (eta close to unity), but many are on the brink of rather sub
43 er, hydrogen exchange protection factors are close to unity, but with slightly elevated values in the
44 ilibrium constants for the bound species are close to unity, consistent with the values for other pho
45                  The k(OTs)/k(Br) ratios are close to unity, consistent with this assignment.
46 h its maximum value when the Bond number was close to unity, corresponding to 2 mm Mezcal bubbles.
47 ntributions: (1) shot noise with Fano factor close to unity due to holes tunneling through the np-jun
48 the rates of ATP hydrolysis and synthesis is close to unity even in the steady-state mode of hydrolys
49  capacitive current and the total current is close to unity, even for a relatively low cell time cons
50  IDT was not significantly different from or close to unity except for a modest risk during the first
51                                TGlu achieves close-to-unity fluorescence quantum yields in both solut
52  is shown that the ratio of these signals is close to unity for all overtones.
53 a length step was four in rigor and BDM, but close to unity for the relaxed state.
54 ing probability of cyclohexene on Pt(111) is close to unity (>0.95), independent of temperature.
55             Photoluminescence quantum yields close to unity have been achieved for perovskite nanocry
56 ma (SCC) and basal cell carcinoma (BCC) were close to unity in all but the highest category.
57 s: (i) the transmittance for binders remains close to unity in NECEEM but decreases drastically in IF
58 (*) and with the observation of kH/kD ratios close to unity in the reactions of BnO(*).
59                                      A ratio close to unity indicates that the system provides a vali
60                 These ratios are found to be close to unity, indicating that the DNA atoms at protein
61 n push the external quantum efficiency (EQE) close to unity, opening up a new era of SP sources for n
62 8); 3-5 years, OR 0.88 (0.84-0.92)), but was close to unity or higher thereafter (6-9 years, OR 1.03
63 nce ratios for the majority of elements were close to unity providing evidence that indoor metal-bear
64 s very efficient and achieves quantum yields close to unity regardless of the lengths and orientation
65                      All risk estimates were close to unity, regardless of noise exposure level or pa
66 parameterized by Li-ion transference numbers close to unity (t(Li+)~0.94).
67 hough the mean ratio in selected patients is close to unity, this ratio also has a wide range, making
68 PZ) showed n-nitrosopiperazine (MNPZ) yields close to unity, validating the slow nitrosation rates hy
69 )/e(-) stoichiometry of proton translocation close to unity was observed using the oxygen pulse metho
70 benzoic acid, isotope effects on V/K of very close to unity were obtained for both enzymes.
71 ars), the results confirmed that the BSR was close to unity when the conventional method was used (li
72                   For reaction probabilities close to unity where most of encounters between reactant
73 ity was predicted to be at an e(g) occupancy close to unity, with high covalency of transition metal-
74 off ratios (DeltaH1/DeltaHv) yielded results close to unity within the plateau region, suggesting tha
75 y regenerate the oxidized dye molecules with close to unity yield at driving force potentials as low