ライフサイエンスコーパス: intermittency

1 fluence membrane voltage (V) can explain EAD intermittency.

2 wer law decay in time and observe a temporal intermittency.

3 arriers may be the root cause of NW emission intermittency.

4 O2 and how it may be related to tolerance by intermittency.

5 amics: period-doubling, quasiperiodicity, or intermittency.

6 avior, namely the phenomenon known as on-off intermittency.

7 textual variables such as odor intensity and intermittency.

8 an instantaneously encode a wide spectrum of intermittencies.

9 nd decreases with hydrologic variability and intermittency across 36 North American rivers.

10 evidence: dynamics faster than exponential, intermittency and abrupt structural changes.

11 intermittently aerated MABRs: both aeration intermittency and duration were effective control parame

12 Fluorescence intermittency and excited-state decay measurements are c

13 in many strong non-Gaussian features such as intermittency and fat-tailed probability density functio

14 The intermittency and fluctuation of the single-molecule flu

15 ess energy when demand is low, thus reducing intermittency and improving reliability.

16 ed superresolution by power-dependent active intermittency and points accumulation for imaging in nan

17 stic of strongly nonlinear dynamics (such as intermittency and rare events), which are not accessible

18 y U.S. thermal power plants and assesses the intermittency and transport issues that must be consider

19 s are ideal candidates to compensate for the intermittency and unpredictability of wind energy produc

20 storage, use of unsafe water sources during intermittencies, and limited water availability for hygi

21 Aging, intermittency, and approach to kinetic arrest establish

22 effective solution to the inherent nature of intermittency, and can substantially improve reliability

23 solar parks across time zones for minimizing intermittency, and management of storage in situations o

24 the diffusion, photobleaching, fluorescence intermittency, and photoconversion dynamics of Dendra2,

25 quired to compensate for its variability and intermittency, and the cost of variability per unit of d

26 The intermittency approach describes multiple-flow (or weath

27 he mechanisms of this beneficial effect from intermittency are not known.

28 re characterized by significant fluorescence intermittency (blinking) that hinders applications as si

29 nterparts, including suppressed fluorescence intermittency (blinking), photobleaching, and nonradiati

30 hod is described that takes advantage of the intermittency ("blinking") in the fluorescence of quantu

31 atterns with occasional bursts (signature of intermittency), but period-doubling bifurcations were ra

32 Phenomenological models of turbulence and intermittency, by contrast, require that the energy spec

33 Such intermittency can be important, for example, for enhanci

34 system, we isolated two main causes of odor intermittency: chaotic odor plumes and active sampling b

35 but differences in the intensity, duration, intermittency, controllability and nature of the stresso

36 The difference in fluorescence intermittency from environment to environment is immedia

37 er particle, saturation intensity, blinking (intermittency), hydrodynamic radius, and propensity for

38 rrently unexplained, long timescale emission intermittency in a quantum mechanical fluorophore and id

39 y burst and repeat, of possible relevance to intermittency in cosmological gamma-ray bursts.

40 an be seriously limited by photoluminescence intermittency in nanocrystal emission, that is, 'blinkin

41 nals, and adjusting kinetics of fluorescence intermittency in single-molecule fluorescence spectrosco

42 able the organism to respond to two types of intermittency in solar intensity-step changes (clouds an

43 But the causes of high intermittency in turbulence, which show non-gaussian sta

44 found no evidence of blinking (fluorescence intermittency) in solution on nanosecond to millisecond

45 record indicates that the claimed effect of intermittency is probably weak.

46 l lineshapes and minimal single-dot emission intermittency (known as blinking) have been recognized a

47 alysis of the dynamical mechanism for on-off intermittency lends strong credence to the proposition t

48 d by statistical mechanics correspond to the intermittency observed in turbulent flows.

49 and suggests a novel possible mechanism for intermittency of cardiac arrhythmias.

50 tion of the Munoz-Eaton model to include the intermittency of contacts between structured parts of th

51 low fluctuations in EADs, which may underlie intermittency of EAD trains and consequent arrhythmias.

52 The structure and intermittency of flames that ignite fuel particles were

53 in catchments; bridging the gap between the intermittency of grab sampling and the high cost of auto

54 In view of the intermittency of insolation, if solar energy is to be a

55 te of a single electron in real time via the intermittency of quantum dot resonance fluorescence.

56 Of major importance are methods to overcome intermittency of solar electricity, i.e., to provide dis

57 nvestigated the single-molecule fluorescence intermittency of the main component of the PSII antenna

58 This last feature is a manifestation of intermittency of the small-scale fluctuations where turb

59 Modeling indicated that the intermittency of treatment along with the presence of no

60 e to physiologic clearance combined with the intermittency of treatment.

61 Fluorescence intermittency or blinking is observed in nearly all nano

62 ontinuous fluorescence known as fluorescence intermittency or blinking.

63 dentification, but locusts actively increase intermittency, possibly to improve stimulus localization

64 e of particular importance to understand the intermittency properties of complex dynamic systems.

65 phenomena, including mode changing, nulling, intermittency, pulse-shape variability, and timing noise

66 luctuations (caused by fluorescence blinking/intermittency) recorded in a sequence of images (movie).

67 Human data suggest that intermittency, sensitization, and periods of abstinence

68 PV) chromophores shows that the fluorescence intermittency strongly correlates to the rigidity of the

69 Locusts can also impose odor intermittency through active sampling movements with the

70 e fluctuations, associating redox reactivity intermittency with the fluctuations of molecule-TiO(2) e

71 be ignored, because odor plumes show chaotic intermittency, with the concentration variance several o