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1 ations in the rocks that were exposed to the shockwave.
2 ck dust shell before it was disrupted by the shockwave.
3 kwave absorption property upon laser-induced shockwave.
4 r induced by acoustic cavitation process and shockwaves.
5 in NILs plays an important role in absorbing shockwaves.
6              Beef briskets were subjected to shockwave (11 kJ/pulse) and were sous vide-cooked at 60
7              Beef briskets were subjected to shockwave (11 kJ/pulse) and were sous vide-cooked at 60
8 le that is consistent with a negative energy shockwave(14), a Shapiro time delay(15), causal time-ord
9 d shock-induced ordering contribute to NIL's shockwave absorption performance.
10 ic liquids (NILs) that possess an intriguing shockwave absorption property upon laser-induced shockwa
11   According to the SEM and CFU analysis, the shockwave and antibiotic-combined treatment significantl
12 rce designed to bring order to this sequence shockwave and improve usability of viral sequence data.
13 ntle, short, external artificial vibrational shockwave, and recording their response.
14 noindentation, drive the dislocations with a shockwave, and use electron microscopy to determine how
15  important knowledge in the study of how the shockwave associated with a blast explosion impacts diff
16 nificant subsurface energy absorption due to shockwave attenuation, a mechanism traditionally conside
17                                        Seven Shockwave balloons ruptured during treatment without any
18 were treated with six sessions of low-energy shockwave (biweekly for 3 consecutive weeks) or left unt
19 ce points to their acceleration by supernova shockwaves, but we know little of their escape from the
20 ght calcified lesions were treated using the Shockwave C(2) balloon.
21 g shockwave lithotripsy, such as varying the shockwave delivery rate and method.
22                         High pressure (e.g., shockwave-driven) synthesis holds promise as an effectiv
23                                          The shockwaves emerge spontaneously and move faster than the
24  high-frequency modes can carry up to 80% of shockwave energy, exhibit 100x smaller damping ratio, an
25 h movements, across scales, follows a single shockwave equation that accounts for heterogeneity in on
26         Among different exposure levels, 200 shockwaves exposed Fe(3)O(4) modified glassy carbon elec
27 y excluding the possibility of ionization by shockwave formation.
28                                The effect of shockwave from nuclear explosion is an area that can be
29 reakout emission is light that arises when a shockwave, generated by the core-collapse explosion of a
30 virus inactivation based on plasmon enhanced shockwave generation is proposed.
31                                    Ultrafast shockwaves (>1200 C) in an inert atmosphere induced surf
32                           Pressure-modulated shockwave histotripsy (PSH) is a new type of histotripsy
33 ct initiation, reminiscent of defect-induced shockwaves in nonequilibrium physics transport models.
34                                Understanding shockwave-induced physical and chemical changes of impac
35 ted the roles of cavitation bubble location, shockwave intensity and the size of a cavitation bubble
36            During the laser peening phase, a shockwave is used to compress the film.
37                                Laser-induced shockwaves (LIS) and its associated shear stress can mec
38 8%-78.5%]) and in 105 patients who underwent shockwave lithotripsy (67.5% [95% CI, 61.0%-74.1%]), a d
39                    Results of extracorporeal shockwave lithotripsy (ESWL) for lower calyceal stones a
40 197 kidneys or ureters with ureteroscopy and shockwave lithotripsy (n = 953 and n = 189 patients), re
41   For the last three decades, extracorporeal shockwave lithotripsy (SWL) has been the mainstay of man
42 of a successful outcome after extracorporeal shockwave lithotripsy (SWL) treatment for renal and uret
43                               Extracorporeal shockwave lithotripsy (SWL) was initially the preferred
44 of treating urolithiasis with extracorporeal shockwave lithotripsy and endoscopic surgery continues t
45 g its use in combination with extracorporeal shockwave lithotripsy and percutaneous nephrolithotomy.
46    In this review, the cost-effectiveness of shockwave lithotripsy and that of endoscopic surgery in
47    Excellent results can be obtained by both shockwave lithotripsy and ureteroscopic methods, with re
48            For larger stones, extracorporeal shockwave lithotripsy and/or pancreatoscopy with intradu
49 hemselves, associated with refractoriness to shockwave lithotripsy are fairly well defined, refining
50  these traits and optimizing the efficacy of shockwave lithotripsy are still under investigation.
51  The current literature continues to support shockwave lithotripsy as both a safe and effective means
52                               Extracorporeal shockwave lithotripsy combined with endoscopic therapy f
53                                              Shockwave lithotripsy continues to evolve with the adven
54             Widespread use of extracorporeal shockwave lithotripsy for calculi in congenitally abnorm
55 es recommend percutaneous nephrolithotomy or shockwave lithotripsy for children and adolescents with
56 different factors and predictors that affect shockwave lithotripsy for stone disease.
57 ter define patient selection and the role of shockwave lithotripsy in the treatment of urolithiasis.
58                               Extracorporeal shockwave lithotripsy maintains a major role in treating
59                               Extracorporeal shockwave lithotripsy success rates vary from 50 to 90%,
60 ost validated parameters that correlate with shockwave lithotripsy success.
61 and reporting improvements in extracorporeal shockwave lithotripsy technique and outcomes.
62                                              Shockwave lithotripsy was associated with better patient
63 nt developments in predicting the failure of shockwave lithotripsy when treating patients with urinar
64 lude conservative management, extracorporeal shockwave lithotripsy, percutaneous nephrolithotomy, ure
65 se the efficacy of the technology underlying shockwave lithotripsy, such as varying the shockwave del
66                                Compared with shockwave lithotripsy, ureteroscopy resulted in greater
67                Multiple modalities including shockwave lithotripsy, ureteroscopy, percutaneous nephro
68 6 procedures for 5 patients (2.6%) receiving shockwave lithotripsy.
69 d peer reviewed literature on the subject of shockwave lithotripsy.
70 ed to genetic polymorphism and extracorporal shockwave lithotripsy.
71 ence in stone clearance with ureteroscopy vs shockwave lithotripsy.
72 uideline recommendations for ureteroscopy or shockwave lithotripsy.
73 temperature of MgSiO(3) at 500 GPa by direct shockwave loading of pre-synthesized dense MgSiO(3) (bri
74  available intravascular lithotripsy system (Shockwave Medical, Santa Clara, CA), the clinical data o
75                                  We report a shockwave method for altering the properties of the supe
76                                 The reported shockwave method is facile, ultrafast and universal (for
77 , Cerenkov showed how charged particles emit shockwaves of light when moving faster than the phase ve
78         This study focuses on the effects of shockwave on solid objects oriented in different formati
79 nt with PDE5 inhibitors and daily tadalafil, shockwaves, or a vacuum device was associated with addit
80 ry, and simulations, we demonstrate that the shockwaves originate from intermittent spontaneous vorte
81          Here, we report on the emergence of shockwave patterns composed of coherently moving particl
82                                              Shockwave processing alone decreased the enthalpy and th
83                     We studied the effect of shockwave processing and subsequent sous vide cooking on
84                        The results show that shockwave processing, with and without sous vide cooking
85                                          The shockwave produced alongside the plasma during a laser-i
86 nt findings from our laboratory suggest that shockwaves produced by a blast can generate micron-sized
87 sed laser effects on fictive temperature and shockwave promotion are discussed in detail for their ro
88 arge-scale molecular dynamics simulations of shockwave propagation and quasi-isentropic compression i
89 everal studies have also shown that a slower shockwave rate improves stone fragmentation for intraren
90  beta1-integrin) ex vivo A 3-week low-energy shockwave regimen attenuated renovascular hypertension,
91                                         This shockwave regimen did not cause detectable kidney injury
92 ons representative of the flow behind strong shockwaves, relevant to hypersonic flight, are analyzed.
93 ciated retinal lesions and can actually damp shockwaves significantly.
94            Interestingly, multiple pulses of shockwave stimulation caused a more sustained calcium in
95 rial is to investigate the safety of cardiac shockwave therapy (SWT) as a novel treatment option and
96 h prolonged (6 weeks) renal artery stenosis, shockwave therapy also decreased BP and improved GFR, mi
97 rallel-group, sham-controlled trial (cardiac shockwave therapy for ischemic heart failure, CAST-HF; N
98  management of the disease by extracorporeal shockwave therapy have been reported in many centres.
99                    In conclusion, low-energy shockwave therapy improves stenotic kidney function, lik
100  strengthening exercises, but extracorporeal shockwave therapy may be used.
101                                   Low-energy shockwave therapy may serve as a novel noninvasive inter
102                                   Low-energy shockwave therapy stimulates angiogenesis, but the effec
103              We hypothesized that low-energy shockwave therapy would restore the microcirculation and
104 0.22-6.78) for the addition of low-intensity shockwave therapy, 8.40 (95% CI, 4.90-11.90) for the add
105 d foot orthotics, followed by extracorporeal shockwave therapy, corticosteroid injection, or platelet
106        Adding daily tadalafil, low-intensity shockwave therapy, vacuum erectile device, folic acid, m
107 y syndrome coronavirus 2 pandemic has caused shockwaves throughout the US healthcare system.
108 th their mass ratio supports spiral waves or shockwaves tidally induced by the companion star as the
109                     Here we use laser-driven shockwaves to simultaneously compress and heat liquid wa
110 e report using controllable high-temperature shockwaves to synthesize and stabilize single atoms at v
111  B(12) (cobalamin) has been fabricated using shockwave treated Fe(3)O(4) nanoparticles as electrode m
112 lation and denaturation were observed in the shockwave-treated cooked meat compared to the cooked con
113                                          The shockwave-treated sample exhibits n-type semiconductor p
114               The biofilms were treated with shockwave treatment (120 pulses at 2 Hz), followed by ex
115  current study aims to assess the effects of shockwave treatment combined with antibiotic therapy on
116                           In conclusion, the shockwave treatment combined with antibiotics could effe
117 ducting Bi2Sr2CuO6+delta (Bi2201) during the shockwave treatment.
118 difying the superconducting properties via a shockwave treatment.
119 igh-intensity lasers can be used to generate shockwaves, which have found applications in nuclear fus
120 ionless electrostatic shocks are one type of shockwave widely studied for applications involving ion

 
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