ライフサイエンスコーパス: ultrasonic

1 ms exposed to the water stream alone without ultrasonic activation (P < 0.05).

2 e radical anion (SO4(*-)) were measured from ultrasonic activation of persulfate (US-PS).

3 The kinetics and mechanism of ultrasonic activation of PS were examined in aqueous sol

4 ation can drastically reduce reaction times; ultrasonic activation promotes chemical reactions becaus

5 a Ag(I) cocatalyst, crownether ligation, and ultrasonic activation.

6 logy after static etching and high-frequency ultrasonic agitation etching was devoted in our case.

7 urfaces after HF etching with high-frequency ultrasonic agitation were also investigated in this stud

8 leaching and HF etching with multi-frequency ultrasonic agitation, respectively.

9 rolytic activity of 0.86 and 1.4 nU when the ultrasonic and chemical cytolysis were used, respectivel

10 uce was avoided by involving multi-frequency ultrasonic and chemical leaching process.

11 fruit, and the combined effect of blanching, ultrasonic and high intensity pulsed electric field proc

12 uadrant at a 1-week-interval, performed with ultrasonic and periodontal hand instruments.

13 Specifically, we highlight optical, ultrasonic, and magnetic concepts for the targeted contr

14 ssembly driven by plasma, current in liquid, ultrasonic, and similar highly energetic effects, which

15 The ultrasonic assay provided rapid detection of trypsin act

16 The coupling of AFILMC with IL based ultrasonic assisted extraction (ILUAE) was successfully

17 eberry and grumixama residues using combined ultrasonic assisted extraction (UAE) and pressurized liq

18 Ultrasonic assisted extraction (UAE) of pectin from Opun

19 p (Litopenaeus vannamei) cephalothorax using ultrasonic assisted extraction (UAE) process were studie

20 Germination along with ultrasonic assisted extraction induced a significant ben

21 The efficiency of the method consisting of ultrasonic assisted extraction with acetonitrile and dis

22 The graphene ink is produced via ultrasonic assisted liquid phase exfoliation in isopropy

23 fish was performed by a novel double-vortex-ultrasonic assisted matrix solid-phase dispersion (DVUA-

24 p of microwave-assisted extraction (MAE) and ultrasonic-assisted extraction (UAE) of bioactive compou

25 tion protocols including solvent extraction, ultrasonic-assisted extraction (UAE), microwave-assisted

26 or the first time, we successfully developed ultrasonic-assisted extraction and dispersive liquid-liq

27 In this study, the ultrasonic-assisted extraction condition for the maximum

28 The ultrasonic-assisted extraction of total saponins from al

29 Ultrasonic-assisted extraction, comparing to conventiona

30 n the extraction mode (i.e., traditional and ultrasonic-assisted method) and the solvent type.

31 tudy, a simple and quick ionic liquid- based ultrasonic-assisted microextraction (IL-UA-ME) procedure

32 rmed using mass-balance validation following ultrasonic-assisted solid-liquid extraction of the origi

33 and graphene oxide (GO) at the same time by ultrasonic atomization-assisted spray pyrolysis.

34 nstrate neural dust, a wireless and scalable ultrasonic backscatter system for powering and communica

35 h-fidelity information transmission using an ultrasonic band centered at 0.3 MHz.

36 -lactalbumin, was achieved, using either the ultrasonic-based FASP protocol or the classic overnight

37 crickets suggests that a twitchy response to ultrasonic bat calls has been co-opted for mate location

38 Two kinds of US treatments including ultrasonic bath (UB) at 40kHz and ultrasonic probe (UP)

39 Using an ultrasonic bath for digestion enhancement, on-bead tryps

40 A method using an ultrasonic bath was selected because several samples can

41 Ultrasound was applied by ultrasonic bath with varied amplitude and duration; chil

42 rom pomace olive (Olea europaea L.) using an ultrasonic bath, and the synthesis of a series of new tr

43 hyl ammonium hydroxide (TMAH) solution in an ultrasonic bath.

44 , 50:40:9:1 (v/v/v/v) as the solvent, and an ultrasonic bath.

45 Practically applied techniques for ultrasonic biomedical imaging employ delay-and-sum (DAS)

46 Ultrasonic biomicroscopy images of zebrafish eyes were o

47 py, fundus photography, ultrasonography, and ultrasonic biomicroscopy were used to locate and evaluat

48 eriment, and mice showed a large increase in ultrasonic, broadband clicks after sciatic nerve injury,

49 by low-frequency amplitude modulation of the ultrasonic carrier wave, which causes the top sample to

50 s the smallest amount of added master alloy, ultrasonics caused significant additional grain refineme

51 ng 39.33 degrees C due to heat generation by ultrasonic cavitation, the extractability and biosynthes

52 Ultrasonic characterisation is a high-resolution non-inv

53 ine and changes in clinical, laboratory, and ultrasonic characteristics, HIST (n = 1,545) associated

54 In addition, ultrasonic clicks may objectively represent mouse pain s

55 Instead, flying Yponomeuta produce bursts of ultrasonic clicks perpetually; a striated patch in their

56 , from seismic shielding at low frequency to ultrasonic cloaking at higher frequency ranges.

57 effects on brain plasticity, cognition, and ultrasonic communication.

58 spray drying (SD), lyophilisation (LD), and ultrasonic convective hot air-drying (HUD).

59 detected when implants were subjected to the ultrasonic coolant water only without the scaler tip tou

60 The ultrasonic coolant water was collected and the number of

61 iently active in male mice when they produce ultrasonic courtship vocalizations (USVs).

62 roups: 1) CLM (n = 20): one-stage full-mouth ultrasonic debridement (FMUD) associated with CLM (500 m

63 in (CLM) as adjuncts to one-stage full-mouth ultrasonic debridement (FMUD) in the treatment of genera

64 full-mouth disinfection (FMD) and full-mouth ultrasonic debridement (FMUD) on clinical, microbiologic

65 evaluate the effect of one-stage full-mouth ultrasonic debridement (OSFMUD) on clinical and immunoin

66 Ultrasonic debridement was completed within 24 hours in

67 y the use of a protocol combining full-mouth ultrasonic debridement with laser therapy in the treatme

68 4.5 mm) and a control group (two sessions of ultrasonic debridement within 1 week).

69 Patients received whole-mouth ultrasonic debridement, scaling and root planing, and a

70 ise treatment of implants was performed with ultrasonic debridement, soft tissue curettage (STC), gly

71 ise treatment of implants was performed with ultrasonic debridement, soft tissue curettage (STC), gly

72 The combination of ultrasonic debridement, STC and GPAP with adjuvant Povid

73 The combination of ultrasonic debridement, STC, and GPAP with adjuvant povi

74 ich include the radiation surface expansion, ultrasonic demodulation, multiunit coherence, phased arr

75 uring an integrated transparent nanophotonic ultrasonic detector fabricated using soft nanoimprint li

76 comparative study was carried out using two ultrasonic devices.

77 nce PPG sensor, a pressure transducer and an ultrasonic Doppler flowmeter were used to map changes in

78 and surface temperatures (infrared imaging), ultrasonic emissions, and dendrometer analysis.

79 activation through targeted but noninvasive ultrasonic energy deposition.

80 ly attenuates second harmonics caused by the ultrasonic equipment, thus demonstrating its wide range

81 color change at the focal spot, depending on ultrasonic exposure conditions.

82 second-derivative UV spectra indicated that ultrasonic exposure of 30 min causes significant loss of

83 /g) than the Soxhlet method (28.760mg/g) and ultrasonic extraction (18.240mg/g).

84 Ultrasonic extraction of binding gels in acetonitrile ga

85 ine for symptomatic knee osteoarthritis with ultrasonic features of synovitis in 140 patients.

86 te the diagnostic effectiveness of universal ultrasonic fetal biometry in predicting the delivery of

87 Ultrasonic fetal biometry was performed at 20 weeks of g

88 t 5.25 min, each one under the effects of an ultrasonic field (7 cycles: 30 s on and 15 s off).

89 rated in-solution trypsin digestion under an ultrasonic field provided by high-intensity focused ultr

90 h the MagMBs in the presence of magnetic and ultrasonic fields when compared to expression of those p

91 timuli such as light, magnetic, electric, or ultrasonic fields) are summarized, ranging from fabricat

92 Most mouse communication is produced in ultrasonic frequencies beyond human hearing.

93 es was found to increase with an increase in ultrasonic frequencies for cultured samples.

94 These experiments performed at ultrasonic frequencies, in the range of 400-600 kHz, are

95 mer-based acoustic metamaterials in water at ultrasonic frequencies.

96 ize the size of the catalyst particle for an ultrasonic frequency that minimizes the damage to the ca

97 ive effects of culture treatment, drying and ultrasonic frequency were observed.

98 blood loss was significantly reduced in the ultrasonic group compared to the conventional group (107

99 table in both groups (33.5 +/- 4.8 mm in the ultrasonic group vs. 29.2 +/- 6 mm in the conventional g

100 In this study, rainbow trapping of ultrasonic guided waves is achieved in chirped phononic

101 Most dental procedures that use ultrasonics, handpieces, air-water syringes, and lasers

102 Although features indicative of ultrasonic hearing are present in the oldest known odont

103 in a phylogenetic context, we conclude that ultrasonic hearing, albeit in a less specialized form, e

104 sheds considerable light on the evolution of ultrasonic hearing.

105 Ultrasonic heating of target tumors (treated volume: 11-

106 e stenosis initiation using a high-frequency ultrasonic (HFU) echogenicity platform and estimated the

107 itamin D nanoemulsions were fabricated using ultrasonic homogenization approach.

108 mass ratios (1:4, 1:6, 1:8 and 1:10) through ultrasonic homogenization in order to increase carotenoi

109 ultrasonic homogenization time, 4% olive oil content and

110 ermine the effects of independent variables (ultrasonic homogenization time, olive oil concentrations

111 These ultrasonic hot spots, with heating rates reaching ~22,00

112 otid beta-stiffness was measured with B-mode ultrasonic image and carotid BP.

113 tic artificial devices in situations such as ultrasonic imaging and therapy.

114 ng this metabolite ratio in conjunction with ultrasonic imaging at around 36 wkGA could plausibly pre

115 High resolution ultrasonic imaging requires high frequency wide band ult

116 n torque to measure viscoelastic properties; ultrasonic imaging to measure scar thickness; and reflec

117 es in a variety of applications ranging from ultrasonic imaging to non-destructive testing and underw

118 lications, ranging from noise cancelation to ultrasonic imaging.

119 urfaces dominate applications in geophysics, ultrasonic inspection, mechanical vibration, and surface

120 Here we used a high-precision, GHz-ultrasonic interferometer in conjunction with a newly de

121 polycrystalline hexagonal epsilon-NbN using ultrasonic interferometry and in situ X-ray diffraction,

122 ic velocities, measured up to 12.3 GPa using ultrasonic interferometry, exhibit velocity minima at 1.

123 eory (DFT) calculations, we show that, under ultrasonic irradiation of water at 550 kHz, the surface

124 ets has been achieved by combining acoustic (ultrasonic) levitation for the first time with real time

125 An ultrasonic link and a hand-held external transceiver pro

126 range of potential applications for acousto/ultrasonic material damage inspection.

127 , the implications for the design of "soft" (ultrasonic) metamaterials based on locally-resonant sub-

128 An innovative analytical ultrasonic method for identification and investigation o

129 The applicability of the developed ultrasonic method for identifying various kinds of meat

130 Current state-of-the-art nonlinear ultrasonic methods still involve impractical solutions s

131 we report a newly developed multi-functional ultrasonic micro-elastography imaging system in which ac

132 wild bats in a flight cage equipped with an ultrasonic microphone synchronized with two high-speed c

133 ous implementation of CD with an inexpensive ultrasonic nebulizer (USN) on the basis of a commercial

134 ide both 2D B-mode ultrasound imaging and 3D ultrasonic needle tracking.

135 many animal models, both in vivo and ex vivo Ultrasonic neuromodulation is the only noninvasive metho

136 ral activity will be important in optimizing ultrasonic neurostimulation across a wide range of appli

137 The mechanisms of ultrasonic neurostimulation are unknown, making it diffi

138 s the dominant physical mechanism underlying ultrasonic neurostimulation in the ex vivo retina and pr

139 odulate these effects.SIGNIFICANCE STATEMENT Ultrasonic neurostimulation is a promising noninvasive t

140 state of the art and ongoing developments in ultrasonic neurotechnology, building from fundamental pr

141 However, the influence of ultrasonics on grain size reduces with increasing additi

142 l pipelines is measured with non-destructive ultrasonic or electromagnetic techniques, on the basis t

143 s was a prospective study undertaken with an ultrasonic pachymeter from June 2014 to February 2015 in

144 orneal thickness (CCT) was measured using an ultrasonic pachymeter.

145 entral corneal thickness was determined with ultrasonic pachymeters of the same make and model at all

146 tral corneal thickness by 50 mum relative to ultrasonic pachymetry (95% LoA, 77-178) and 52 mum relat

147 ent devices: slit-scanning topography (SST), ultrasonic pachymetry (UP), and optical coherence tomogr

148 (95% limits of agreement [LoA], 54-64) than ultrasonic pachymetry and 14 mum thicker (95% LoA, 47-76

149 s determined by in vivo confocal microscopy, ultrasonic pachymetry, and Scheimpflug topography in 47

150 Corneal thickness also was measured by ultrasonic pachymetry.

151 Here we optimize the phases used to drive an ultrasonic phased array and show that acoustic levitatio

152 ive strategy involving the development of an ultrasonic phononic crystal waveguide transducer that ex

153 hanol proportion (S), and temperature (T) or ultrasonic power (P), were combined in a 5-level experim

154 Ultrasonic power allows for efficient power delivery to

155 the integrated circuit efficiently harvested ultrasonic power, decoded downlink data for the stimulat

156 Ultrasonic powering allows for small receiver form facto

157 including ultrasonic bath (UB) at 40kHz and ultrasonic probe (UP) at 24kHz were tested for the deter

158 sisted extraction (ultrasonic water bath and ultrasonic probe), high pressure-assisted extraction, an

159 ulsions and NB (TCNQ) emulsions were made by ultrasonic processing.

160 h, we report the development of MUPET (Mouse Ultrasonic Profile ExTraction) software, an open-access

161 states in the direction of propagation of an ultrasonic pseudospin i.e., a phi-bit.

162 -relevant animal model for TON using a novel ultrasonic pulse injury modality (sonication-induced TON

163 An ultrasonic pulse was then delivered to the optic nerve.

164 Nine flanks were exposed to 2.25-MHz ultrasonic pulses at 50% duty cycle for 1 minute at 1 W/

165 (2020) target neurons activated by ultrasonic pup vocalizations and discover a functional s

166 hrough a multicomponent reaction promoted by ultrasonic radiation was described.

167 nals generated by bats in the field, and the ultrasonic radio, coupled to electromagnetic (EM) radio,

168 Additionally, ultrasonic real-time measurements of the average degree

169 consists of a millimeter-sized piezoelectric ultrasonic receiver, a rectifier circuit, and a pair of

170 igh sensitivity to X-ray absorption and high ultrasonic resolution in a single modality.

171 Providing optical information at ultrasonic resolution, photoacoustic (PA) technique coul

172 Comparison of the ultrasonic results with discontinuous data of osmometry

173 were fixed with ethanol and treated with an ultrasonic scaler (metal tip) or Er:YAG laser (20.3 or 3

174 plaque area being reduced to 11.7% with the ultrasonic scaler and </=0.03% with the Er:YAG laser (38

175 e if titanium particles are produced when an ultrasonic scaler is used on an implant.

176 nt surfaces using cavitation bubbles from an ultrasonic scaler is used to validate the imaging and an

177 Effects of conventional ultrasonic scaler versus an erbium:yttrium-aluminum-garn

178 ants were placed in a holding device and the ultrasonic scaler was positioned on the SLA surface unde

179 This study shows that an ultrasonic scaler with metal tip is less efficient than

180 s were detected in the water supplied to the ultrasonic scalers (passive control).

181 e of microorganisms in aerosols generated by ultrasonic scalers and high-speed turbines, the specific

182 Ultrasonic scalers are routinely used in the debridement

183 Ultrasonic scalers should be used with great caution in

184 film removal occurred due to cavitation from ultrasonic scaling (p < 0.001).

185 All ultrasonic scaling caused the production of titanium par

186 ched (SLA) coated implants were subjected to ultrasonic scaling with stainless steel, titanium, and P

187 waves, ranging from vibration protections to ultrasonic sensing and evaluation of engineering structu

188 are detected by distributed sets of external ultrasonic sensors that track the dust movement through

189 e communication by revealing a communicative ultrasonic signaling repertoire.

190 the lesser waxmoth Achroia grisella produce ultrasonic signals to attract females, and females have

191 in darkness through echo returns from their ultrasonic signals.

192 oreover, an accurate method based on focused ultrasonic solid-liquid extraction (FUSLE) and a clean-u

193 ed only by bats in their ability to perceive ultrasonic sound greater than 100 kHz [2].

194 on, PAI combines rich optical contrast, high ultrasonic spatial resolution, and deep penetration dept

195 e observation of time dependent acoustic and ultrasonic spectral evolution, measured using resonant a

196 High-resolution ultrasonic spectroscopy (HR-US) was applied for real-tim

197 lution, measured using resonant acoustic and ultrasonic spectroscopy, for both pre and post-damage EM

198 Ultrasonic speed of sound measurements are used to quant

199 oratory scale (10 cm(2)) fuel cells based on ultrasonic spray deposition of a standard Pt/carbon elec

200 ow-cost, scalable and structure-controllable ultrasonic spray pyrolysis approach using energetic carb

201 We use ultrasonic spray-coating to sequentially deposit thin fi

202 By creating an ultrasonic standing wave in the liquid sample, placed on

203 n the presence of a high frequency (500 kHz) ultrasonic standing wave.

204 architecture to generate "trapping nodes" in ultrasonic standing waves.

205 ontact-free, gentle particle manipulation by ultrasonic standing waves.

206 lated salamander retina of either sex during ultrasonic stimuli that drive ganglion cell activity and

207 Ultrasonic stimulus of neurons has been studied extensiv

208 rs was engineered to deliver gigahertz (GHz) ultrasonic stimulus to the human neural cells.

209 ted via vat photopolymerization, which makes ultrasonic sub-wavelength imaging in water using polymer

210 d to a test group (one session of full-mouth ultrasonic subgingival debridement followed 1 week later

211 tudy was to compare the clinical outcomes of ultrasonic surgery to the conventional bone cutting tech

212 The ultrasonic surgery was associated with less intraoperati

213 combined ultrasound and ozone system (USO3 (Ultrasonic Systems Gmbh)) for 16 min.

214 Although the ultrasonic technique for measuring temperature distribut

215 This paper introduces novel ultrasonic technology for precision, real-time, non-dest

216 The paper introduces ultrasonic technology for real-time, nondestructive, pre

217 ic wave control in applications ranging from ultrasonics to noise abatement.

218 o illustrate the capability of the described ultrasonic tools in the assessment of the performance of

219 mplicated, but extremely crucial, designs of ultrasonic transducer layouts.

220 By incorporating an ultrasonic transducer with a microfluidic chamber, we im

221 The transfection apparatus consists of an ultrasonic transducer with the center frequency of over

222 adiation force (ARF) is produced by a remote ultrasonic transducer, and a shear wave induced by ARF e

223 Acoustic pulses, emitted from an ultrasonic transducer, perturb the lipid bilayer of the

224 he fetal carotid and femoral circulations by ultrasonic transducers has permitted investigation of th

225 band lithium niobate (LiNbO3) single element ultrasonic transducers in the range of 100-300 MHz, as w

226 However, currently the frequency of ultrasonic transducers is limited to below 100 MHz, main

227 ons by using a network of properly-installed ultrasonic transducers that can be controlled to transmi

228 consisting of piezoelectric Aluminum Nitride ultrasonic transducers was engineered to deliver gigaher

229 ic imaging requires high frequency wide band ultrasonic transducers, which produce short pulses and h

230 As HR-US exhibits ultrasonic transparency for most solution, the analysis

231 trial to myometrial thicknesses in abdominal ultrasonic transverse section of uterus is a reliable in

232 When touched, a glass plate excited with ultrasonic transverse waves feels notably more slippery

233 ient process of rice fortification involving ultrasonic treatment and absorption of the folic acid fo

234 Fast cooling rate and ultrasonic treatment favored the oil-gelling capacity an

235 as subjected to HPP for 5min (450MPa) and to ultrasonic treatment for 5min (600 and 1200W/L) followed

236 The optimal conditions were obtained using ultrasonic treatment in water at pH 3.8 for 30 min.

237 d in an earlier onset of crystallization and ultrasonic treatment narrowed the melting range.

238 he antioxidative compounds were extracted by ultrasonic treatment of bran extracts of seven pigmented

239 in salt-free intrinsic plutonium colloids by ultrasonic treatment of PuO2 suspensions in pure water i

240 present study investigates the influence of ultrasonic treatment on the grain refinement of commerci

241 Compared with the application of ultrasonic treatment where an order of magnitude increas

242 ontent showed maximum amount after 30 min of ultrasonic treatment.

243 was inhibited at pH 2 even at the absence of ultrasonic treatment.

244 As compared to ultrasonic (UAE) and maceration extraction (ME), MAE sho

245 ted using two extraction procedures, namely, ultrasonic (UAE) and microwave (MAE).

246 nificant correlations were found between the ultrasonic velocity and the content of protein, fat, sod

247 The measured ultrasonic velocity ranged from 1553.4 to 1589.9 m/s.

248 pond to an intersection of two concentration-ultrasonic velocity regressions.

249 Densities and ultrasonic velocity values for aqueous solutions of sodi

250 lly significant (p<0.001) differences in the ultrasonic velocity were observed for each of investigat

251 een investigated by experimental density and ultrasonic velocity with respect to temperature.

252 tic deformation in solid state introduced by ultrasonic vibration.

253 By tracking the ultrasonic vocal behavior of individual mice and using a

254 Ultrasonic vocalisations did not alter decision-making.

255 types (sucrose vs air-puff; 50 kHz vs 22 kHz ultrasonic vocalisations) to rats, and investigating the

256 Ultrasonic vocalization and homing behavioral experiment

257 ural repertoire that consists of attraction, ultrasonic vocalization and urinary scent marking, and a

258 ior, fragmented social behavior, and altered ultrasonic vocalization patterns at 6-12 weeks of age.

259 bumetanide and accompanied by alterations in ultrasonic vocalization without changes in homing behavi

260 These ultrasonic vocalizations (USV) are typically described a

261 ere seen in the emission of prosocial 50-kHz ultrasonic vocalizations (USV) paralleled by a lack of s

262 Ultrasonic vocalizations (USV) were measured at PND12 du

263 Throughout life, rats emit ultrasonic vocalizations (USV) when confronted with an a

264 Rodent ultrasonic vocalizations (USVs) are a vital tool for lin

265 Here, we study how ultrasonic vocalizations (USVs) are represented in the b

266 uctal gray (PAG) that gate the production of ultrasonic vocalizations (USVs) in mice (i.e. PAG-USV ne

267 Ultrasonic vocalizations (USVs) were altered in both sex

268 istinguishable by the presence or absence of ultrasonic vocalizations (USVs)(2-4), respectively.

269 mber of spectro-temporal measures to compare ultrasonic vocalizations (USVs), which limits the abilit

270 l communication through a rich repertoire of ultrasonic vocalizations (USVs).

271 The three "hits" had cumulative effects on ultrasonic vocalizations at postnatal day 3.

272 KCC2(E/+) mice also had abnormal ultrasonic vocalizations at postnatal days 10 to 12 and

273 ocial interaction tests), and communication (ultrasonic vocalizations in pups).

274 affective bias test [8], to show that 50 kHz ultrasonic vocalizations provide a quantifiable and grad

275 tab gene resulted in deficits in the flow of ultrasonic vocalizations similar to speech deficits of h

276 and social behavior (social interaction and ultrasonic vocalizations) were examined in adult male Li

277 Transoral endoscopy, videofluoroscopy, ultrasonic vocalizations, and whole-body plethysmography

278 neurons further increased emission of these ultrasonic vocalizations, but not milk ingestion.

279 Mice, for instance, emit ultrasonic vocalizations, signals above the range of hum

280 owed alterations in acoustical parameters of ultrasonic vocalizations, which also differed in functio

281 ressed blunted emission of isolation-induced ultrasonic vocalizations.

282 ts without altering the number or pattern of ultrasonic vocalizations.

283 fferences were evident in footshock-elicited ultrasonic vocalizations.

284 increased neuronal responses of PyrNs to pup ultrasonic vocalizations.

285 ffective for high-frequency stimuli, such as ultrasonic vocalizations.

286 In mice, these displays include ultrasonic vocalizations.

287 maceration, ultrasound-assisted extraction (ultrasonic water bath and ultrasonic probe), high pressu

288 Additionally, by using the ultrasonic wave detection method and fractal dimension a

289 selectivity: modifying the frequency of the ultrasonic wave field allows the liquid or solid phase t

290 h regard to the propagation direction of the ultrasonic wave relative to the propagation direction of

291 To this end, the ultrasonic wave velocity (f=5MHz) in the investigated me

292 At GHz frequencies, ultrasonic wavelengths in water are a few microns and ha

293 t an application of a nontoxic dosage of GHz ultrasonic waves [Formula: see text] caused an average n

294 surfaces we design are not limited to guided ultrasonic waves and are a general phenomenon in elastic

295 substrate that were computable with acousto-ultrasonic waves between 50 MHz-175 MHz.

296 The results also showed that the velocity of ultrasonic waves had a negative correlation with coal pe

297 Upon application of ultrasonic waves to a suspension of solid particles in l

298 exposing the resulting non-Brownian rods to ultrasonic waves, which breaks them into colloidal rods

299 The bonding formation for ultrasonic welding of dissimilar metals has been shroude

300 We studied this in mice, where infants use ultrasonic whistles to communicate to adults.