ライフサイエンスコーパス: audible

1 bthreshold rhythmic stimuli gradually became audible.

2 only appeared after sounds were reported as audible.

3 sound-induced vibrations, making soft sounds audible.

4 -frequency tones even though they were fully audible.

5 nd spatial vibration patterns in response to audible acoustic excitation reveal that fabric vibration

6 sustained vocal fold oscillation to generate audible air pressure fluctuations.

7 ter as the pressure necessary to generate an audible airleak around the endotracheal tube.

8 awareness to BIS-guided anesthesia (with an audible alert if the BIS value was <40 or >60, on a scal

9 ke state) or ETAC-guided anesthesia (with an audible alert if the ETAC was <0.7 or >1.3 minimum alveo

10 In addition to audible alerts, the protocols included structured educat

11 ntation rate-given the spatial separation is audible and only emergent at rapid location changes-ques

12 inhibited arthritis pain-related behaviors (audible and ultrasonic vocalizations and hindlimb withdr

13 knee that clinically manifests as a dramatic audible and visible adjustment of the knee with each fle

14 ormalities, leading to "warning signals" (an audible and visual alert if the technologist observed an

15 pressure index, toe-brachial pressure index, audible and visual Doppler, transcutaneous pressure of o

16 sessment using PAD-scan and Doppler devices (audible and visual waveform assessment) were assessed.

17 sessment using PAD-scan and Doppler devices (audible and visual waveform assessment) were assessed.

18 Bilateral carotid bruits were audible, and a grade II/VI systolic murmur was detected

19 The mean minimum audible angle for left-right discrimination for 3 bats w

20 le detection of a change in azimuth (minimum audible angle, MAA) does not.

21 We found that the audible as well as the ultrasonic components of an A. to

22 n clinical examination there was evidence of audible bruit over the abdomen.

23 s investigated by testing for ultrasonic and audible calls above and below water and by presenting el

24 esidences and 26 in vehicles), an electronic audible CO detector may have prevented CO poisoning; whe

25 Delivering audible content to a targeted listener without disturbin

26 ersection behind obstacles, highly localized audible enclaves are formed due to the local nonlinear i

27 Our proposed audible enclaves hold significant potential for various

28 oach for creating remote audio spots, dubbed audible enclaves, by harnessing the local nonlinear inte

29 27 mechanically ventilated patients with no audible endotracheal tube leak, measured endotracheal tu

30 The subaudible-to-audible energy ratio of the BH states increased as the a

31 ound waves and promote an increased range of audible-especially high-frequencies(1).

32 These included animal sounds (audible for a mean of 59.3% of the time, SD: 23.8) and s

33 ctrode (radius 406 microm, length 1.6 cm) at audible frequencies (75 Hz).

34 force to drive the reticular lamina over all audible frequencies in living cochleae.

35 tenuous 10(-7)-atmosphere pressure waves at audible frequencies into lower-order mechanical vibratio

36 invisible sensor for airborne sound waves at audible frequencies, which fully absorbs the impinging s

37 etween two counter propagation directions at audible frequencies.

38 up to 40-decibel nonreciprocal isolation at audible frequencies.

39 tory stimulation arising from TUS pulsing at audible frequencies.

40 gher output than did the DFMT throughout the audible frequency range, and the output was more promine

41 nally coupled ears, head size, or shape, and audible frequency range, vary among the two groups.SIGNI

42 octave bands), covering the majority of the audible frequency range.

43 e of four steady streaming eddies created by audible-frequency fluid oscillation (< or =1000 Hz) in a

44 ndard follow-up through in-office visits and audible ICD alerts, remote monitoring results in increas

45 of scheduled visits and patient response to audible ICD alerts.

46 s, or at different frequencies, resulting in audible interaction frequencies.

47 frequently accompanied by public reports of audible low-frequency noises.

48 d with mRNA-LNP intravenously and exposed to audible low-frequency sounds had higher mRNA expression

49 curate and timely identification of existing audible medical alarms is not adequate in clinical setti

50 roduce a fabric that operates as a sensitive audible microphone while retaining the traditional quali

51 n-clinical staff showed the highest rates of audible noises of frustration.

52 We conclude that the audible noises were generated by local ground reverberat

53 h this idea stealing was clearly visible and audible, only 30% of participants correctly identified w

54 over the anterior neck, while no rales were audible over any part of the chest.

55 e at a precisely specified time, at which an audible phoneme was concurrently presented.

56 the inner phoneme matched the content of the audible phoneme.

57 They generate audible pops and rapid water jets, which occasionally yi

58 ent on Mars and pressure fluctuations in the audible range and beyond, from 20 Hz to 50 kHz.

59 the absorption and diffusion of sound in the audible range constitutes an exciting field of research.

60 roadband frequency content, including in the audible range, and high apparent velocities across the a

61 dspeaker that produces sound over the entire audible range.

62 ary to encode sound intensities spanning the audible range.

63 n of the CO(2) vibrational relaxation in the audible range.

64 nd receivers have a wide bandwidth, from the audible region (20 approximately 20 kHz) to the ultrason

65 threshold (energy of the faintest visible or audible signal) they may report either sensitivity (one

66 where the animal is trained to respond to an audible signal,(2) or auditory evoked potential (AEP) me

67 inflation pressure, often accompanied by an audible snap.

68 cavitation bubbles that release energy as an audible "snap" and a shock wave when they collapse.(5-8)

69 nge communication, and loud, rhythmic, human-audible songs unique to the singing mouse lineage, used

70 how that -12 brightness meteors can generate audible sound at 25 dB SPL.

71 demonstrated that exposure to low-frequency audible sound elicited frontal, temporal, and occipital

72 wer enables thermoacoustic emissions at loud audible sound pressure levels of 90.1 dB, which are inac

73 ranges collectively encode the wide range of audible sound pressures.

74 Here, we investigate the potential of audible sound waves, i.e., music, to enhance nanoparticl

75 o 20 hertz), long-range (~10,000 kilometers) audible sound, and ionospheric perturbations.

76 relies on extracting key features of easily audible sound, not on sound detection.

77 ration of visible-light reflection alongside audible sound-wave generation.

78 eas encode the temporal structure of clearly audible sound.

79 Encoding the wide range of audible sounds in the mammalian cochlea is collectively

80 stimuli can be chosen to span the visible or audible spectrum; in olfaction, the axes and boundaries

81 gress in decoding neural activity into text, audible speech, and facial movements.

82 ded in human cortical activity to synthesize audible speech.

83 by Back (range, 0-3; 0, no rattle; 3, rattle audible standing in the door opening) measured at 2 cons

84 allogenic recipients developed a persistent audible stridor that did not occur in the syngeneic expe

85 provide not only visual but also tactile and audible three-dimensional (3D) content.

86 ic monopole flux noise amplified by SQUID is audible to humans.

87 ect simple frequency modulation in a clearly audible tone.

88 On each trial, two clearly audible tones were presented sequentially, either at the

89 of masking in such situations, by using the audible, unmasked portions of an object's spectrum to fi

90 ic track in reverse, meaning that it is only audible when the record is played backwards.

91 The oscillations, which are detected as an audible whistling sound, obey the so-called Josephson fr