ライフサイエンスコーパス: decay constant

1 luminescent method using the light intensity decay constant.

2 A accessibility using a single variable: the decay constant.

3 er a longer time period as determined by the decay constant.

4 ecrease was exponential and had the expected decay constant.

5 can cause small (<20%) decreases in TM wave decay constants.

6 aining in the medium was quantified, and its decay constant and half-life were calculated.

7 r-mediated current had faster activation and decay constant and IIID receptor-mediated current had la

8 Then, the (234)U decay constant and the respective half-life could be cal

9 matrices, allowing quantitative recovery of decay constants and the individual signals in the FID.

10 data clearly demonstrates that two and three decay constants are required to quantitatively model the

11 content of the decaying wood, such that the decay constant at 100 m was nearly twice that at the edg

12 odelled the influence of edge effects on the decay constant at the landscape scale using functions fo

13 rate, k0 (s(-1)), as well as the exponential decay constant beta (A(-1)) which governs how fast the e

14 entially with increasing chain length with a decay constant beta = 0.27 +/- 0.01 A(-1), comparable to

15 of conductance with molecular length with a decay constant beta = 2.84 +/- 0.18 nm(-1) (DC) and 2.92

16 transport through the molecular HOMO, with a decay constant beta = 3.4 +/- 0.1 nm(-1) and a contact r

17 A plot of R(SAM) vs n(C) yielded a tunneling decay constant beta of 1.03 +/- 0.04 n(C)(-1), which is

18 The tunneling decay constant beta was estimated to be 0.088 and 0.047

19 The calculated conductance decay constant (beta) is 1.2 per methylene unit ( approx

20 d conductance is enhanced and the electronic decay constant (beta) is decreased.

21 with the molecular length with an identical decay constant, beta approximately equal to 0.84 A(-1),

22 odd| = 4.5 +/- 0.3), the values of tunneling decay constant, beta, for nodd and neven alkyl chains ar

23 fusing in the solution, yielding a tunneling decay constant, beta, of 1.0 per methylene group.

24 to J, but not with respect to the tunneling decay constant, beta, or the pre-exponential factor, J(0

25 ly be conceptually inferred by the tunneling decay constant (betan in Rmeasured = R(n=0)e(betanN), wh

26 The tunneling decay constant (betaN) for N-alkanedithiols was 1.0 +/-

27 These predictions assume, however, that decay constants can be accurately derived from short-ter

28 ased HAART regimens in infancy result in HIV decay constants comparable to those reported in adults,

29 oth initial infection rate constants, k, and decay constants, d, were determined, but only the latter

30 Penetration depths (spatial decay constants) derived from measurements of light atte

31 The variation in decay constant due to edge effects was larger than that

32 new steady-state SA/V exponentially, with a decay constant equal to the volume growth rate.

33 e in the characteristic exponential distance decay constant for the ET rates from 0.71 to 1.1 A(-1).

34 nctions is electronic tunneling with similar decay constants for each conductance group of the same k

35 Comparison to decay constants for tunneling across covalently linked x

36 erated cation radical did not agree with the decay constant in the literature for the chemically gene

37 evealed significant improvement in phase 1/2 decay constants in favor of the higher dose.

38 t delay of between 25 and 40 ms and rise and decay constants in the region of 280 and 160 ms, respect

39 ected in series and have different tunneling decay constants in the Simmons equation.

40 The slowest decay constant increases from 140 ps in the bulk to 504

41 The decay constant is 1.62 per angstrom (the barrier, 2.6 el

42 ly sensitive to the anchoring group, and the decay constant is weakly dependent on the anchoring grou

43 Decay constants (k) were modeled using two strategies, l

44 ms profoundly affects the measured tunneling decay constant kappa, resulting in a very rich phenomeno

45 ade follows an exponential distribution with decay constant lambda = 0.12.

46 the ERK2 activity level with an exponential decay constant of 0.3 (+/- 0.08) min(-1).

47 exponentially with molecular length, with a decay constant of 0.97 per methylene, consistent with a

48 n air- or oxygen-saturated solutions, with a decay constant of 1.2 x 10(3) s-1, and with a second-ord

49 sed electron acceptors reveal an exponential decay constant of 1.23 per angstrom for electron tunneli

50 The VA.+ signal decayed with a first-order decay constant of 1.76 s-1, in close agreement with the

51 n close agreement with the earlier published decay constant of 1.85 s-1 from room-temperature EPR stu

52 s with acceptors over a limited depth with a decay constant of 10-20 nm by post-process immersion int

53 mean area of hemorrhage, indicated by a T2* decay constant of less than 20 msec, was 5.0% +/- 4.9 (s

54 We explain a strategy to calculate the decay constant of such signal reduction as a function of

55 O2(-) was 1.7 x 10(-4) M and the first-order decay constant of the compound III/ NO2(-) complex was 1

56 fold), suggesting a decrease in the distance-decay constant of the process.

57 phosphorylation and reduces the exponential decay constant of the response (tau(REC)) and the limiti

58 matic reaction mixture was acid-quenched the decay constant of VA.+ was close to the one obtained in

59 arization for both (13)C and (1)H spins with decay constants of almost 4.5 min at high magnetic field

60 cent field ( approximately 64 nm exponential decay constant) produced by total internal reflection (T

61 and exhibited slower decaying kinetics (mean decay constant (tau), 240 ms) than the IA current record

62 curvature, falling off exponentially with a decay constant that depends on the curvature, and crucia

63 decay associated spectra (DAS) for 50-65 ps decay constants that indicate dominance of fast, heterog

64 spatial distance, and we used the e-folding decay constant to quantify the spatial scales.

65 cross mussel densities, but that first-order decay constants varied between experimental treatments.

66 The first-order decay constant was pH- independent suggesting that the r

67 The decay constant we observed for the enzyme generated cati