ライフサイエンスコーパス: packet

1 ing a dorsal basket that carry a dense trash packet.

2 ant momentum acceleration of the initial ion packet.

3 constant over the extent of each ion's wave packet.

4 um-energy space of an ultrafast optical wave packet.

5 ormula: see text] vortex and then, a hairpin packet.

6 fraction for a generic incoming quantum wave packet.

7 at the incoming neutron as a de Broglie wave packet.

8 t with superposition of multiple overlapping packets.

9 reening of people suspected of carrying drug packets.

10 sitive low-dose CT results had fewer than 12 packets.

11 s commonly used individual-serving sweetener packets.

12 short-scale (higher-frequency) internal wave packets.

13 ation of the process of compressing electron packets.

14 es is the use of ultrafast coherent electron packets.

15 ing monoisotopic ions, and assigning isotope packets.

16 ong cell extensions, or in released membrane packets.

17 ble accumulations or highly mobile transport packets.

18 e consecutive photons to have identical wave packets.

19 t that free volume is distributed in smaller packets.

20 along developing axons together as discrete packets.

21 and a normal appearance of goblet cell mucin packets.

22 ctrosprayed from a mixture into concentrated packets.

23 ical interference between the localized wave packets.

24 f picoliters) in the individual electrospray packets.

25 complex states of structured space-time wave packets.

26 h swirling strength originating from hairpin packets.

27 is shaped by encounters with individual odor packets.

28 he continuous ion beam into spatially narrow packets.

29 formation of multiple ER-originated vesicle packets.

30 aillard reaction increases after opening the packets.

31 roup-velocity transmission of half-sine wave packets.

32 at a non-adiabatically excited electron wave packet(15) spatially oscillates quantum coherently at ~2

33 e-electron source that emits engineered wave packets(16).

34 , which launches a coherent oscillating wave packet (265 fs period), clearly identified as molecular

35 At synapses, multiple clathrin packets abut synaptic vesicle (SV) clusters, and clathri

36 r highly efficient transport of quantum wave packets across the perturbed potential landscape.

37 (ST) light sheet compared to a Gaussian wave packet, Airy beam, and Bessel Gauss beam.

38 uctural trapping, the dispersion of the wave packet along the reaction coordinate reveals details of

39 synaptic vesicle (SV) clusters, and clathrin packets also exchange between synaptic boutons in a micr

40 nic Black mothers, receipt of the redesigned packet and $20 incentive was associated with increased p

41 her education, and receipt of the redesigned packet and $20 incentive were associated with increased

42 ) interview, receipt of a redesigned mailing packet and an additional $20 incentive, and consumption

43 directly monitors the evolving nuclear wave packet and can thereby unambiguously image photochemical

44 od correlation between the timing of the ISW packet and variations of the deepwater suspended sedimen

45 portant role in instruments dealing with ion packets and charged particles in gas phase such as the m

46 s, including ratio of sent/received of hello packets and connection time.

47 y to coherently excite phonon-polariton wave packets and probe their evolution in a nondestructive ma

48 ical structure is exposed to single-electron packets and simultaneously irradiated with fs laser puls

49 were strongly encouraged to prepare pre-IND packets and submit pre-IND meeting requests to the Food

50 monstrate the formation of charged molecular packets and their transport within optically created ele

51 that includes splitting of multibranch wave packets and, unexpectedly, wave packet deceleration and

52 Two experts reviewed each packet, and a third review was conducted if discrepancie

53 Ch current kinetics, but not the quantal ACh packet, and that the release frequency was greatly enhan

54 n-person visitation, audiovisual information packets, and some form of electronic or telecommunicatio

55 ng, interaction of successively injected ion packets, and the cumulative effect of imperfect gating e

56 ted consumption of NNS-containing beverages, packets, and yogurt from a validated food frequency ques

57 ve media (ADM), it has been shown that, wave packets appear to propagate with a superluminal or even

58 The packets appeared isoattenuated to the bowel contents at

59 le trapped atoms, where single particle wave packets are controlled through spin-dependent potentials

60 The photon wave packets are emitted as a Gaussian beam with temporal pro

61 The ion packets are injected into a drift tube where components

62 e formed and these surface-exposed transport packets are mobile.

63 NMDAR transport packets are more mobile than AMPAR subunits, moving alon

64 an unlikely event to occur, the probability packets are split, and small packets of probability are

65 lumes, where the location and timing of odor packets are uncertain, remains unclear.

66 mechanism was tested and confirmed the wave packets assignment.

67 Coherent wave packets associated with TCs are identifiable up to two w

68 66 AMPARs are bound by a quantal transmitter packet at CF-Purkinje cell synapses, and the receptors a

69 The presence or absence of packets at abdominal radiography was reported, with low-

70 by the reduced number of nonrespondents sent packets at the third mailing.

71 s -wide correlated neuronal firing (activity packet), both within and across these two brain structur

72 We split an electron wave packet bound inside a calcium ion into two parts with di

73 In contrast, packet bursts have a much larger impact on both the qual

74 Here, we analyze the role of latency and packet bursts, two common problems in collaborative appl

75 n task performance in conditions impaired by packet bursts.

76 ethod for measuring the duration of electron packets by autocorrelating electron pulses in free space

77 oton entanglement modulates the nuclear wave packets by coherently controlling the transition pathway

78 Solitary, persistent wave packets called solitons hold potential to transfer infor

79 y the number of photons in an incoming light packet can be determined.

80 These wave packets can be modelled as multicomponent solitons, or a

81 the full spatiotemporal dynamics of 2D wave packets can be used to illuminate puzzles in topological

82 These membrane-enclosed packets can transfer specific proteins, RNA transcripts,

83 ial orientation of the two parts of the wave packet changes, and anisotropies in the electron dispers

84 cules, our analysis reveals vibrational wave-packets consisting of components with periods as short a

85 In this approach, components from a packet containing a mixture of ions are introduced into

86 the intervention group, a computer-generated packet containing a physician referral letter (and a phy

87 the sequential delivery of modular transport packets containing glutamate receptors.

88 Packets containing these heterogeneous structures were s

89 states stored in an eight-state atomic wave packet could be retrieved in a single operation, in agre

90 exploits the scattering of a broadband wave packet created by strong-field tunnel ionization to self

91 ingly, a large proportion of these transport packets cycle through the dendritic plasma membrane befo

92 d 152 were randomized to receive placebo gel packets daily for 3 years.

93 ibranch wave packets and, unexpectedly, wave packet deceleration and acceleration.

94 ction techniques, such as orthogonal wavelet packet decomposition (OWPD) filtering, and enhances the

95 gerprinting attacks by dynamically adjusting packet delays and routing traffic to conceal RTT variati

96 ommunication overhead by 5-10% and increases Packet Delivery Ratio by 2-10% compared to other algorit

97 capture and dissociation of mobile transport packets determines the extent of presynaptic assembly.

98 ttractive forces exactly compensate for wave-packet dispersion.

99 from standard fortification (HM fortifier: 4 packets/dL).

100 en obtained for the spatial evolution of ion packets due to Coulombic repulsion.

101 xpressing male MID produced functional sperm packets during sexual development.

102 aking in large systems, we simulate the wave packet dynamics of electrons in the hydrogenated diamond

103 sent a spatiotemporal measurement of 2D wave packet dynamics, from its formation to its decay, using

104 nonstationary excited-state vibrational wave packet dynamics.

105 pshot images by using timed, single-electron packets; each packet is free of space-charge effects.

106 which elevated the charge density of the ion packets ejected from the ion funnel trap (IFT) and provi

107 Small-scale hairpin packets emerge near the tip region of the large-scale ha

108 Shaping the free-electron wave packet enables the measurement of the quantum state of t

109 Each vesicle packet enclosed a few to hundreds of independent spherul

110 Glutamate packets equivalent to five vesicles transmitted four tim

111 istribution of momentum components in a wave packet excited by laser photolysis in a coherent control

112 We demonstrate that the scattered wave packets experience anomalously large time and frequency

113 signed 2:1 to receive a mailed informational packet followed by a tailored telephone-delivered brief

114 the prospect of manipulating electronic wave packets for steering molecular dynamics.

115 ans to block ion beams and form discrete ion packets for subsequent analysis.

116 transverse OAM modes and multiple STOV wave packets, forming what we term a STOV comb.

117 One program used a presurgical information packet, four programs offered an opt-out option, and non

118 Packet frequency varied with cortical state, with desync

119 40%) of a 97-ns gamma-ray single-photon wave packet from a (57)Co radioactive source can be slowed do

120 wice-mated females received either one sperm-packet from each of two different males (the "DM" treatm

121 e sub-100 fs transfer of a photoexcited wave packet from the (3)Q(0) state into the (1)Q(1) state at

122 rent males (the "DM" treatment) or two sperm-packets from a single male (the same male or "SM" treatm

123 l ion mobility spectrometers that sample ion packets from continuous sources have traditionally been

124 th electronic and nuclear phases in the wave packet generated by the pump pulse.

125 d the evolution of these compounds after the packets had been opened at 0, 30 and 70 days of storage

126 Population activity within these packets had broadly consistent spatiotemporal structure,

127 al information is encoded and transferred in packets, i.e., in stereotypical, correlated spiking patt

128 Putative transport packets, identified as a cluster of less than 10 axonal

129 rodinger noticed that oscillations of a wave packet in a one-dimensional harmonic potential well are

130 ght pulse used to prepare a vibrational wave packet in electronically excited K2, with the amplitude

131 city of a propagation-invariant optical wave packet in free space through sculpting its spatio-tempor

132 n the electronic state-switching of the wave packet in i-C(3)H(7)I and t-C(4)H(9)I directly lead to d

133 cillations originate from a vibrational wave packet in the electronically excited state of the photop

134 torelaxation by preparing a long-living wave packet in the excited state.

135 e radius) can exactly imitate a quantum wave packet in the harmonic potential.

136 spending the spatially separated atomic wave packets in a lattice formed by the mode of an optical ca

137 ed to describe the repulsion between two ion packets in IMS.

138 across neurons constitute fundamental pulse packets in neural information processing, including offl

139 AR) subunits are present in mobile transport packets in neurons before and during synaptogenesis.

140 k paves the way to utilizing space-time wave packets in on-chip platforms, and enable phase-matching

141 erferometers, which split and recombine wave packets in order to observe interference, provide a way

142 ens the possibility of tracking plasmon wave packets in real time for novel imaging techniques in ato

143 rpolation methods for recovering the missing packets in signals at different frequency bands.

144 harnessed to manipulate broadband light wave packets in space-time for focusing, imaging, and computi

145 ng the interfering pathways of electron wave packets in the excited neutral and singly ionized molecu

146 odels--the collapse of plasma-turbulent wave packets in the pulsar magnetosphere--can account for the

147 tio-temporal spectral-phase-modulation, wave packets in the same or in different spectral windows tha

148 cus and magnification of ultrashort electron packets in the time domain.

149 oherent states and electrons as quantum wave packets, in a manner distinctively different from tight-

150 The underlying dynamics of the wave packets, including collision, pair annihilation, quantum

151 Sites assembled deidentified packets, including physician notes and electrocardiogram

152 Sites assembled de-identified packets, including physician notes and results from elec

153 The packet/interpacket structure can be explained by approxi

154 l ion reservoir and injected as a single ion packet into the ion cyclotron resonance cell, eliminatin

155 Ion packets introduced from gates, ion funnel traps, and oth

156 to IMS separation, multiplexing (MP) of ion packet introduction into the IMS drift tube, and signal

157 y, however, propagation of the electron wave packet is affected by the Coulomb potential as well as b

158 The trash packet is composed of trichomes of gleicheniacean ferns,

159 Each packet is distinctly recorded, with timing and detector

160 y using timed, single-electron packets; each packet is free of space-charge effects.

161 e temporal width of the time-reversed photon packet is squeezed below the carrier-recombination-limit

162 Each frequency component of the wave packet is stopped at a different guide thickness, leadin

163 in pointed out that the "front" of such wave packets, known as the initial point of the Sommerfeld pr

164 a negentropy input in the form of energy in packets larger than typical thermal energies.

165 ion of the spatial width of the injected ion packet leads to improved resolving power, higher peak am

166 The input of information in small packets leads to semi-analytic methods for data processi

167 Additionally, we quantified the packet loss characteristic in the iEEG signal during the

168 The density and number of packets (</= 12 or >12) at low-dose CT were recorded and

169 ttenuated at low-dose CT and a low number of packets (</=12) were both significantly associated with

170 re distortion of seemingly superluminal wave packets makes the definition of group velocity physicall

171 After ionization, part of the electron wave packet may directly go to the detector (the reference wa

172 Stable localized mechanical wave packets-mechanical solitons-can be realized when the mec

173 trajectory and full-dimensional quantum wave packet methods on an accurate global potential energy su

174 e assay of four mock-up samples and a legacy packet, mimicking seized packages containing nuclear mat

175 show spectral evolution associated with wave packet motion on the excited state surface that is indep

176 All excised nodal packets (n = 36) were assayed for (99m)Tc activity, whic

177 By treating charge carriers as quantum wave packets negotiating the dynamic acoustic field, we find

178 thermal ore-forming events may involve fluid packets not captured in modern geothermal sampling and t

179 Incorporation of TWIMS leads to a packet of concentrated ions which ultimately provides a

180 tion from the amorphous phase while a single packet of electrons imaged selectively in space the tran

181 onsolidated via the CFML ultimately formed a packet of fiber around each seed, which helps explain ho

182 hundred thirty-nine participants received a packet of floss, information, and a flossing guide.

183 The approach trims each packet of ions as it leaves and enters each new region.

184 port a pulsed nano-ESI source to introduce a packet of ions into the room-temperature mobility cell w

185 ts were allocated (1:1:1) to receive 1 daily packet of isocaloric high-protein supplementation (5.6 g

186 very touch, the somatosensory cortex sends a packet of texture information to downstream regions task

187 Our results suggest that release of a packet of transmitter from a single release site does no

188 mulus (122.8 ms) was sampled and averaged in packets of 50 sweeps ( approximately 15 seconds each).

189 l dopaminergic neurons release by exocytosis packets of approximately 40,000 molecules of dopamine at

190 these seven key molecules function as mobile packets of cellular currencies for phosphoryl transfers

191 EM micrographs displayed packets of cellular material containing OS discs or IS o

192 rged in a controllable manner using discrete packets of charge in the form of charged drops produced

193 Physiologically, the delivery of smaller packets of chemical messengers or the prolonged delivery

194 king machine that organizes cells by hauling packets of components directionally along microtubules.

195 Moreover, fewer packets of disk membranes were ingested in vivo, possibl

196 mtosecond light pulse and probed by multiple packets of electrons generated by one UV laser pulse imp

197 In the first demonstration, two packets of electrons on each image frame (of the CCD) pr

198 n of layers, which typically consist of four packets of finely spaced reflectors separated by homogen

199 ring (QENS) that treats the neutrons as wave packets of finite length and the protein as a random wal

200 locity by efficiently exploiting fast-moving packets of fluid.

201 Thus, in the high dopamine state, packets of FSI gamma and SPN beta alternate at a delta/t

202 They mediate the transfer of packets of information in the form of nonsecreted protei

203 In this approach, multiple packets of ions are periodically released from a source

204 Packets of ions are propagated around the drift tube by

205 e that provides a means of generating single packets of ions for mass spectrometric analysis is prese

206 Packets of ions then drift in a linear electric field, w

207 ions appear to outline cylindrical branching packets of melanoma cells rather than spheroidal nests.

208 Pulsed MHD transport of small packets of molecules and the formation of large area (ap

209 Tea1 is delivered to cell tips as packets of molecules associated with growing microtubule

210 st coherent diffraction from rotational wave packets of molecules, and we establish a new variant of

211 d as quanta, where synaptic vesicles deliver packets of neurotransmitter to the synaptic cleft by fus

212 the probability packets are split, and small packets of probability are allowed to diffuse almost imm

213 also presents the risk of coalescence of ion packets of similar frequencies.

214 ry cortex is composed of transient 50-100 ms packets of spiking activity that occur irregularly durin

215 ervation of spontaneous sporadic releases of packets of stored calcium made 20 years ago has opened u

216 al postsynaptic currents and whether unitary packets of transmitter saturate postsynaptic receptors.

217 volves aggregated movement between hosts of "packets" of infectious larvae.

218 08 to 0.32 cm/sec, the time elapsed between "packets" of propelled fluid varied from 14 to 92 seconds

219 ks the coherent motion of a vibrational wave packet on an optically bright state and its abrupt trans

220 cteristically emerge either as a single wave packet or uncorrelated propagating topological entities

221 largely indistinguishable, with a mean wave-packet overlap as large as 0.81, making this source usef

222 While the wave packet passes the protons in the protein and the hydrati

223 illages received a monthly distribution of 1 packet per day of RUTF (92 g [500 kcal/d]) from August t

224 e front and the distortion of modulated wave packets propagating with a negative group velocity in a

225 excitation profiles with time-dependent wave packet propagation theory.

226 n ion mobility (IM) separations into tighter packets providing higher sensitivity measurements in con

227 n the average number of released transmitter packets (quantal content).

228 Assisted by the scars, wave-packet recurrences are significantly stronger than in th

229 We suggest that such packets reflect the sporadic opening of a "gate" that al

230 ted vas deferens has been used to detect the packeted release of ATP from nerve terminal varicosities

231 However, synthesizing such wave packets requires introducing non-differentiable angular

232 corresponding to detection of multimolecular packets secreted by exocytosis.

233 ry to realize quantum interference with wave packets separated by up to 54 centimetres on a timescale

234 In such experiments, large wave-packet separation is impeded by the need for long intera

235 performance metrics such as average latency, packet size, computational overhead, gas fees, transacti

236 nce analysis using SHAP, the work finds that packet size, connection duration, and protocol type shou

237 This approach causes the ion packets spanning a number of TW-created traveling traps

238 Single-packet spatiotemporal optical vortices (STOVs) with tran

239 t such a rate that the extracted atomic wave packets strongly overlap, forming a highly directional,

240 on the propagation of superluminal Gaussian packets, strongly distorted sinusoidal packets with non-

241 Space-time wave packets (STWPs) with correlated spatial and frequency de

242 in current data centers utilizing electrical packet switches as data rates grow.

243 For silicon, the observed wave packet temporal envelope (resonance frequency of 33 GHz)

244 eer verbal abuse and completed a self-report packet that included the Kellner Symptom Questionnaire,

245 an interactive visualisation in one concise packet that makes it straightforward to create and test

246 erules are enclosed in ER-originated vesicle packets that are connected to each other via tubule-like

247 Optical wave packets that are localized in space and time, but nevert

248 This method thus can potentially store data packets that are many bits long.

249 nd AMPA receptors reside in mobile transport packets that are recruited rapidly and independently to

250 se-locked pulses, producing two exciton wave packets that can interfere.

251 n a superposition of localized momentum wave packets that has the potential to be observed in experim

252 ser-ionized bursts of coherent electron wave packets that self-interrogate the parent molecular struc

253 Packets that were isoattenuated at low-dose CT and a low

254 ted proteins organize into stable "transport packets" that are unrelated to endocytosis and move inte

255 w that, by tuning the parameters of the wave-packet, the emitted waves can be judiciously compressed

256 fferent spatial scales of voxels versus spin packets, the central physical object of the Bloch theory

257 rs (AMPARs) bound by the quantal transmitter packet, their single-channel conductance and their densi

258 these clocks move in localized momentum wave packets they observe classical time dilation.

259 lly reduced width of the path allows the ion packet to be increasingly compressed in the lateral dime

260 employ a self-accelerating optical pump wave-packet to demonstrate controlled shaping of one type of

261 ormula: see text] is transferred by the wave packet to the struck proton and its moiety, exerting the

262 imescales, coherently guide the nuclear wave packets to dictate the way a neutral molecule vibrates,

263 Axial focusing of ion packets to dimensions of less than 1 mm through collisio

264 dispersion but also allow compression of the packets to durations much shorter than their initial wid

265 d on the compression of femtosecond electron packets to trains of 15-attosecond pulses by the use of

266 on, which is carried by electromagnetic wave packets, to the speed of light in free space (c).

267 fectively binding interferometer matter-wave packets together to suppress Doppler dephasing in analog

268 thetic and real CGH data, Stationary Wavelet Packet Transform (SWPT) is the best wavelet transform to

269 n-solenoid proteins using stationary wavelet packet transform (SWPT).

270 PT-Bi which are using the stationary wavelet packet transform with the hard thresholding and the new

271 odulators fluctuated in parallel during NREM packets, transitions from NREM to REM were characterized

272 pture consecutive images of the electrospray packets transmitted to the mass spectrometer.

273 55 years]) suspected of having ingested drug packets underwent supine abdominal radiography and low-d

274 ct customized tunnels and manipulate probing packets using the P4 language.

275 One packet was given daily for 180 d.

276 For probing, the electron packet was photogenerated from the sharp field-emitter t

277 sleep, the spontaneous drift of the activity packet was similar to that observed during waking and ac

278 ty of abdominal radiography for depiction of packets was 0.77 (41 of 53), and specificity was 0.96 (2

279 Alkali injury from bursting of chuna packets was the most common mode of injury in pediatric

280 In this paper, we propose stationary packet wavelet transform based approach to smooth array

281 eir effect on the temporal spread of the ion packet were investigated.

282 Strikingly, these vesicle packets were connected to each other via tubules, a rear

283 Packets were detected at low-dose CT in 53 (16%) suspect

284 The mobile transport packets were of two types: tubulovesicular structures th

285 As a consequence of ion packeting, when present at high concentrations, accurate

286 nsional waveguiding by using space-time wave packets, which are unique one-dimensional propagation-in

287 eneral recipe for creating self-bending wave packets, which can set acoustic beams propagating along

288 e from the core produces small-scale hairpin packets, which leads to breakdown.

289 The electron packets, which were generated with femtosecond laser pul

290 erived exosomes and direct transfer of small packets, while cells remain conjugated.

291 Here we show that space-time wave packets whose group velocity is continuously tunable in

292 model." In ELM, the interaction of the wave packet with a proton in a protein provides the dynamic i

293 ls including an introductory letter, FIT kit packet with instructions and return postage, and 2 remin

294 to the shutter grid to create two closed ion packets with a given initial spacing.

295 hing ion shutters allow generating short ion packets with high ion densities by first ionizing for se

296 poral overlap of femtosecond single-electron packets with intense optical pulses at a nanostructure (

297 r sectioning electrospray plumes to discrete packets with millisecond and submillisecond lifetime, wh

298 ssian packets, strongly distorted sinusoidal packets with non-superluminal wave fronts were observed.

299 nsider inelastic scattering of Gaussian wave packets with parameters close to a zero of the complex s

300 ue to the spatial/temporal separation of ion packets within the ELIT, multiple reflection-time-of-fli

301 ed using purely backscattering electron wave packets without molecular alignment.