ライフサイエンスコーパス: cross-section

1 ssion color, and two-photon-absorption (2PA) cross section.

2 cal tunability and large stimulated emission cross section.

3 f magnitude larger than the water scattering cross section.

4 4% compared to a straight beam of equivalent cross section.

5 emistry across a petroleum hydrocarbon plume cross-section.

6 cules, even those with a typically low Raman cross-section.

7 dividual heavy atom with the same absorption cross-section.

8 ding molecules exhibit a decrease in the TPA cross-section.

9 romyographic activity from the entire muscle cross-section.

10 ieve fiber surface gratings on a rectangular cross-section.

11 ents using electrodes thermally drawn in the cross-section.

12 fferentiate motor and sensory axons on nerve cross sections.

13 ll as rigidities in both straight and curved cross sections.

14 odels to experimentally determined collision cross sections.

15 at 1 bar total pressure, depending on Raman cross sections.

16 the time domain, is irrelevant to collision cross sections.

17 up to 2.6 GeV to determine their production cross sections.

18 n of (1) O2 , with large 2-photon absorption cross-sections.

19 .5% of scans with fluid by viewing the top 3 cross-sections.

20 attening results in uniform cell and nuclear cross-sections.

21 ally in axons and are interspersed in axonal cross-sections.

22 , is hampered by the low infrared absorption cross-sections.

23 Q also exhibited large two-photon absorption cross sections (150 GM) at nearly 720 nm and insensitivi

24 squeezes through a microscale constriction (cross-section 5micromx5microm).

25 The integrated cross section (650-1500 cm(-1)) for (CF3)2CFCN is (2.22

26 In cross-section, 75% of patients were socially continent (

27 In cross-section, 75% of patients were socially continent (

28 K agrees well with calculated angle-averaged cross sections (83.9-85.1 A(2) at 302 K) of the lowest e

29 s the advantage of large, tunable absorption cross sections across the visible and near-infrared wave

30 ectroscopy, mass spectrometry, and collision cross section analysis.

31 ectroscopy, mass spectrometry, and collision cross-section analysis.

32 ne, a molecule that possesses a larger Raman cross section and better affinity toward the SERS substr

33 on is characterized by product of absorption cross section and lifetime.

34 unique combination of an unusually large TPA cross section and the high photostability of Au NCs to (

35 nd calculations of threshold photodetachment cross sections and anisotropies.

36 amental parameters including fluorophore ORF cross sections and quantum yields have been quantified f

37 Several effects of temperature on collision cross sections and resolution are observed.

38 ls designed to have 800 mum x 800 mum square cross sections and were semitransparent to allow visuali

39 with a relatively high two-photon-absorption cross-section and a large emission quantum yield.

40 Nd:LuVO4 crystal possessing a large emission cross-section and a short fluorescence lifetime as the g

41 ar orientation were well-embedded across the cross-section and contributed remarkable thermal stabili

42 accompanied by substantially high absorption cross-section and inherently step-like absorption profil

43 esponsivity is limited by the low absorption cross-section and ultrafast recombination rates of photo

44 The small cross-section and volume of the microphotochemical react

45 m efficiency, intrinsically small absorption cross-section, and gradually increasing absorption profi

46 organelles as interacting particles in a 2D cross-section, and is built upon molecular processes tha

47 liquid will remain in a capillary of narrow cross-section, and will flow out otherwise.

48 O staining of en face aortas and aortic root cross-sections, and changed plaque composition to a less

49 a and adjustment of the effective absorption cross section; and (3) dynamic readjustment of the stoic

50 Single differential and total cross sections are also deduced.

51 within a factor two), while measured (154)Dy cross sections are higher than the theoretical values.

52 Measured collision cross sections are largely independent of metal adductio

53 mary properties such as mass and interaction cross sections are still unknown.

54 he conformations within the peak with larger cross-section are kinetically trapped, while the more co

55 The results show that TPA cross-sections are able to differentiate the fine detail

56 g in high-aspect ratio channels with tapered cross sections as characterized by confocal fluorescence

57 mobilities for unknown species and collision cross sections (assuming that the ion charge state is kn

58 g the conventionally accepted value of ozone cross section at 253.65 nm.

59 We have redetermined the ozone cross-section at this wavelength based on gas phase titr

60 normal appearance in conventionally examined cross-sections, both approaches revealed a significant i

61 26) exhibited a homogeneous distribution in cross-section, but a more heterologous pattern in the lo

62 d by weight, body mass index, body fat) in a cross-section, but longitudinal analyses show improvemen

63 nd using near infrared wavelength, the radar cross section can be determined in a tabletop setup.

64 Tubular supports with a hierarchical cross section can be prepared in one step by hollow fibe

65 Diverging and diminishing cross sections can be realized at any target wavelength

66 g this approach, it is found that scattering cross-sections can be reduced by 20 dB for all wavelengt

67 med by correlating the ion-neutral collision cross section (CCS) and charge state with the starting s

68 power (Rp), resolution (Rpp), and collision cross section (CCS) for compounds analyzed in previous i

69 Collision cross section (CCS) measurement of lipids using travelin

70 suitable for rotationally averaged collision cross section (CCS) measurements at low E/N ratios where

71 Collision cross section (CCS) measurements resulting from ion mobi

72 Ion mobility collision cross section (CCS) measurements show that ubiquitin ion

73 The Collision Cross Section (CCS) of cytochrome c measured with the TM

74 ue, which relies on differences in collision cross section (CCS) of ions.

75 tween theoretical and experimental collision cross section (CCS) values to support the identification

76 before an increase in the observed collision cross section (CCS), akin to that observed for cytochrom

77 ers exhibited differences in their collision cross section (CCS), but were unresolvable in a mixture,

78 hogonal information, i.e., m/z and collision cross section (CCS), for the identification of drugs and

79 allows for the measurement of the collision cross section (CCS), which provides information about th

80 complex ions are used to determine collision cross sections (ccs in A(2)), and groups of cross sectio

81 Collision cross sections (CCS) are usually discussed based on the

82 Calculated collision cross sections (CCS) for SP(3+) ions at various stages o

83 Collision cross sections (CCS) were calculated and plotted as a fu

84 lds and compute their associated collisional cross sections (CCS), we created the PNNL Ion Mobility C

85 ery distinctive IM drift times and collision cross sections (CCS).

86 modeling together with theoretical collision cross-section (CCS) calculations.

87 er, by enabling determination of a collision cross-section (CCS) value-a parameter related to the sha

88 The use of collision cross-section (CCS) values obtained by ion mobility high

89 trometry are used to determine the Collision Cross-Sections (CCS) of ions.

90 ar-simultaneous acquisition of ion collision cross sections (CCSs) and masses.

91 al variation observed in IMMS, the collision cross sections (CCSs) for the corresponding ions were me

92 TWIMS-MS is the validity of the collisional cross sections (CCSs) measured and whether they can be a

93 by measurement of their gas phase collision cross sections (CCSs).

94 f lowly charged ions which exhibit collision cross sections comparable with those calculated from hig

95 , amylin dimers were detected with collision cross sections consistent with monomers of beta-hairpin

96 cy and an increase in both the amorphization cross-section constant and the time constant of dynamic

97 Experimental cross-section data are compared with theoretical predict

98 ion of the [m/z; chemical formula; collision cross section] data sets shows that the WAF composition

99 ity (e.g., [m/z; chemical formula; collision cross section] data sets) for a better evaluation of the

100 stal gallium nitride samples have a trigonal cross-section defined by the (001), () and () planes.

101 of accurate mass measurements and collision cross-section determination, a large number of chemical

102 rometry (IMS) was impeded by small collision cross section differences (commonly approximately 1%).

103 an spectroscopy, measurements were made on a cross section disk approximately 10cm from the root top

104 The cross section diverges for resonant scattering, and dimi

105 We demonstrate uniformity of the crystal cross-section down the length of the waveguide and quant

106 o quantify the differential Raman scattering cross sections (DRSCs) of glucose.

107 ve binding molecules exhibit an enhanced TPA cross-section due to the DNA electric field induced enha

108 ystem with microfluidic channels with curved cross-sections embedded within a 3D collagen matrix that

109 , emission factors describing the absorption cross section emitted per kg of fuel consumed (m(2)/kg)

110 nly based on differing ion-neutral collision cross sections, enabling powerful analysis of many isome

111 ergy-resolved collision-induced dissociation cross-section experiments, models the net stabilizing en

112 ions (CCS), we created the PNNL Ion Mobility Cross Section Extractor (PIXiE).

113 solute double differential electron emission cross section for coronene (C24H12) and fluorene (C13H10

114 ably low due to the reduced X-ray absorption cross section for most materials.

115 erve an enhanced two-photon absorption (TPA) cross section for single Au25 NCs that can be attributed

116 Here, we discuss the modification of the cross section for Thomson scattering in fully-ionized me

117 ental quantification of the absolute optical cross sections for a wide range of molecular and nanopar

118 cross sections (ccs in A(2)), and groups of cross sections for different clusters are proposed as me

119 e, absorption and resonance light scattering cross sections for plasmonic gold nanoparticles, and abs

120 n, scattering, and on-resonance fluorescence cross sections for semiconductor quantum dots (Qdots).

121 allows us to measure the absolute collision cross-section for conformational relaxation.

122 The high scattering cross-section for electron/matter interaction, the atomi

123 of gadolinium provides a large photoelectric cross-section for increased photon interaction, even for

124 tic light harvesting, expanding the spectral cross-section for light absorption and creating consider

125 linear magnetism show surprisingly large IXS cross-section for magnons and multi-magnon processes.

126 ong micro-needle having a 100 x 50 microm(2) cross-section for reduced tissue damage during implantat

127 anic semiconductors with enhanced absorption cross-section for the design of tunable semiconductor or

128 is a voltage-sensitive dye with improved 2P cross-section for use in thick tissue or brain samples.

129 work, there are only muted increases in the cross-sections for antihydrogen formation for n i > 3.

130 nts by using proteins with known collisional cross-sections for calibration.

131 Furthermore, the cross-sections for elastic scattering are around two ord

132 se nearly linearly with measured collisional cross-sections for these protein ions.

133 We show that despite its small cross section, for a range of systems the XRS method can

134 5,000 root-scanning images and nearly 25,000 cross sections from the root-shoot junction.

135 mechanisms of the reactions, a paint sample cross-section from a 15th century oil painting was exami

136 Through a series of murine corneal cross-sections from different directions, we identified

137 , and ratio of uncovered to total struts per cross-section >/=30% (35.5% versus 9.7%; P=0.02) were la

138 e the ratio of uncovered to total struts per cross-section >/=30% and other optical coherence tomogra

139 r calculating fluorophore ORF and scattering cross sections has been developed that uses polystyrene

140 The needed ion interaction cross sections have been scaled from those of hydrogen;

141 The measured collision cross section in helium for the Naph(+*)(Pyr) heterodime

142 ctron and ion densities and a high effective cross section in maintaining the plasma, make it a promi

143 The data show that the ratio of cross sections in helium and nitrogen depends significan

144 otective capacity include a large absorption cross-section in the UV-A and UV-B spectral regions and

145 rved transverse surfaces instead of the flat cross-sections in the traditional view.

146 had similar baseline measures of fitness in cross-section, including exercise duration (535 vs 540 s

147 an vary continuously as the diameters of the cross sections increase from the apex to the base.

148 However, the collision cross section increases by approximately 2% between dela

149 t selectively melting the corresponding part cross-section into each layer.

150 The fluorophore scattering cross section is approximately 10-fold smaller than its

151 for four decades, even though its predicted cross section is by far the largest of all low-energy ne

152 avelengths where the free-carrier absorption cross section is larger.

153 ow that the characteristic 14-molecule fiber cross section is preserved during growth.

154 sed trapezoid resonator shape of rectangular cross section is used to excite broadband Mie resonances

155 genmodes in acoustic waveguides of arbitrary cross-section is presented.

156 In non-resonant scattering condition, the cross-section is strongly dominated by lattice vibration

157 lts show that accurate ion-neutral collision cross sections (<1%) can be measured using OSA-TIMS-FT-I

158 BC had a mass-specific absorption cross section (MAC) of 7.89 +/- 0.25 m(2) g(-1) at lambd

159 a to be reported as mass-specific absorption cross sections (MAC).

160 Single cross-sections may overestimate successful retention and

161 ering calculations to compute state-to-state cross-sections measured in low-energy crossed-beam exper

162 xperimentally observed performing extinction cross section measurements on arrays of gold nano-disks.

163 Collision cross-section measurements and molecular modeling indica

164 ese values and recently published absorption cross-section measurements directly on pure ozone provid

165 Collision cross-section measurements showed that the aurated pepti

166 logical species within straight, rectangular cross section microfluidic channels.

167 dered quasi-one-dimensional, and collisional cross sections modeled with the Trajectory Method in Col

168 quantitatively relate the momentum transfer cross sections observed in two distinct buffer gases lac

169 Results A total of 239 cross sections obtained with CT angiography and histolog

170 ilon440 = 66,000 M(-1) cm(-1) and two-photon cross section of 350 GM at 775 nm).

171 phene units exhibits a two-photon absorption cross section of 600 GM and two-photon-excited intense g

172 The radar cross section of an object is an important electromagnet

173 A cross section of diverse approaches presented in this re

174 ralized method for measuring the multiphoton cross section of fluorophores and use it to obtain the a

175 and make accurate measurements of the radar cross section of large items.

176 ne, a reduction in the ion-neutral collision cross section of the isotopically replaced species is ob

177 e than in the male of the adult; and (d) the cross section of the stylets is subcircular in nymphal s

178 fluxes in filtration and gas separation, the cross section of the support is usually asymmetric or gr

179 ip was designed for increasing of absorption cross section of the target sample, related to the trans

180 ss distributions and a geometry based on the cross section of the Tohoku fault.

181 that fibrin fibers do not have a homogeneous cross section of uniformly connected protofibrils, as is

182 information on the distribution of collision cross sections of each conformational ensemble.

183 cations of radar often assume that the radar cross sections of flying animals are isotropic, since so

184 The metacluster cross sections of hydrophilic residues (Ser, Asn, Trp) t

185 f standard techniques to model the collision cross sections of large inorganic anions using the nanos

186 ique that is used to determine the collision cross sections of native-like ions of proteins and prote

187 ranging from 16 to 33 231 ms, the collision cross sections of native-like, 7+ cytochrome c ions incr

188 over 10000 M(-1) cm(-1), values that surpass cross sections of related photocages absorbing visible l

189 ated for quantifying the Rayleigh scattering cross sections of solvents including water and toluene,

190 adiance perpendicular to one side of thallus cross sections of the aquatic macrophyte Fucus vesiculos

191 copically correlated well with the number of cross sections of the dilated glandular ducts counted un

192 o their hygroscopic growth, light scattering cross sections of the fragments are enhanced by up to a

193 protein can be charged, and the collisional cross sections of the most highly charged ions of both u

194 We compute the Rayleigh scattering cross sections of the nanoparticles by combining light s

195 ation of the rotationally averaged collision cross sections of the observed ions revealed that the na

196 This gives support to the idea that a large cross-section of (3)CDOM* moieties are able to oxidize T

197 t Abs and immune complexes was measured in a cross-section of 228 SLE patients to evaluate the role o

198 tensifies light by nanofocusing it to a mode cross-section of a few tens of nanometers, thus generati

199 this method suffers from the low scattering cross-section of biomaterials and X-ray damage to the sa

200 is thus being increasingly adopted in a wide cross-section of biomedical applications ranging from di

201 ed the temporal dynamics of assembly using a cross-section of communities that reassembled for differ

202 l-dielectric systems, we tune the scattering cross-section of equisized particles via radial structur

203 n (1) the inspection of the variation of the cross-section of laser-ablated PDMS channel; (2) the vol

204 of side reactions and significant two-photon cross-section of NDBF render it superior to Bhc for thio

205 and associates with PSI to favor absorption cross-section of PSI.

206 Experiments confirmed that the 2PA cross-section of PtTBP(CO2Bu)8 near 810 nm reaches above

207 It is argued that the large absorption cross-section of semiconductor antennas and their weak n

208 In vitro, the heat generation and absorption cross-section of single irradiated nanoparticles were qu

209 e results show that the mass and collisional cross-section of single multiply charged ions can be obt

210 d reporting characteristics of a more recent cross-section of SRs.

211 TEM observation on the cross-section of the fabricated area shows that there is

212 ulation by the normal forces that deform the cross-section of the flagellum.

213 n a heavy atom (provided that the absorption cross-section of the heavy atom is considerably larger t

214 aronov-Bohm paths encircling the rectangular cross-section of the nanowires.

215 follows the antenna-induced local absorption cross-section of the Pd islands, and a supralinear power

216 The waveguide cross-section of the silicon nitride spiral resonator is

217 ss is raised due to the increased absorption cross-section of the suprastructure.

218 ion Survey (NHANES) samples a representative cross-section of the US population.

219 We discuss the functional cross-section of these two disciplines, highlighting the

220 emistry in retinas, and axons in optic nerve cross-sections of 14 neuropathologically confirmed AD pa

221 jacent sections in 3-D and of representative cross-sections of a large number of specimens.

222 dy confocal Raman microscopy was used to map cross-sections of brushite cylinders aged in Phosphate B

223 -368 nm) and IR (500-4000 cm(-1)) absorption cross-sections of HFC-1447fz were determined at room tem

224 OCT can image cross-sections of microscopic structures in vivo at reso

225 Absorption cross-sections of structures with the same volume and LS

226 h dependent on the scattering and absorption cross-sections of the constituent nanoparticles.

227 positive findings were replicated in limited cross-sections of the data, but the overall analyses con

228 force microscopy tips can generate nanoscale cross-sections of the NPC.

229 angular to elliptical, to almost circular in cross-section) of the crystalline core of fiberlike mice

230 ch they rotate, affect the probabilities (or cross-sections) of specific processes or transitions tha

231 ynamic range, resolving power, and collision cross section (Omega) are reported for each standard.

232 ontent of IM separations, absolute collision cross sections (Omega) with He, N2, Ar, CO2, and N2O wer

233 Comparison of measured collision cross sections (Omega) with values calculated for gaseou

234 ze to structures that have smaller collision cross sections (Omega).

235 h have to be calibrated to extract collision cross sections (Omega).

236 The CAPTR products all have collision cross-section (Omega) values that are within 5.5% of the

237 the films, structure is heterogeneous in the cross-section only.

238 In the cross-sections, organic assemblages on the primary soil

239 BODIPY dyes lead to photocages with uncaging cross sections over 10000 M(-1) cm(-1), values that surp

240 The crystal cross-sections possessed a symmetric, smooth lattice mis

241 d by energy-dispersive X-ray spectroscopy on cross-sections prepared by a focused ion beam.

242 e textural, chemical, and structural data on cross sections, prepared by focused ion beam milling, we

243 We determine the density-capture cross-section product of the induced lifetime-limiting s

244 We find that the tryptophan three-photon cross section ranges from 0.28 S.I. units (m(6)s(2)photo

245 enhancement in the mass specific absorption cross section ranging from 1.5 at 500 nm (p < 0.01) to 1

246 The radar cross section (RCS) of the cylinder with and without abs

247 romagnetic wave reflection or backward radar cross section (RCS).

248 Moreover, the 2PA cross sections reach values in the order of 200-300 GM.

249 with solid inorganic cores having three-atom cross-sections, representing the smallest possible nanow

250 The experimental cross section results were compared with theoretical pre

251 Sirius Red staining of myocardial cross sections revealed a reduction in fibrosis, compare

252 X-ray fluorescence imaging of pinna cross-sections revealed preferential localization of As

253 s that tile a single 10-mm long, 70 x 20-mum cross-section shank.

254 Measurements of conformational relaxation cross sections shed important light on potential energy

255 roperty that is determined by its absorption cross section (sigma) and the excited state lifetime.

256 l, corresponding to a line center absorption cross-section sigmac(p = 0 bar) = (1.60 +/- 0.06) x 10(5

257 lets and show that as the torus evolves, its cross-section significantly deviates from circular.

258 beta(25-35) and Abeta(26-36), have collision cross sections similar to those of cylindrins.

259 rresponding resolving power) is converted to cross section space, it is possible to effectively predi

260 d use it to obtain the absolute three-photon cross-section spectra of tryptophan.

261 lariton provides a finite Coulomb scattering cross section, such that the different types of exciton

262 into structures with a large photon capture cross-section that upon a stimulus reversibly can switch

263 e microscale model represents a single fiber cross-section; the macroscale model represents a three-d

264 ffectively increase the molecular absorption cross sections, thereby enabling the detection of these

265 es that expand and shorten the vertical cell cross-section, thereby widening and flattening the nucle

266 ions in the uranium L3-edge X-ray absorption cross section to provide unique information on the exten

267 aws of electromagnetic scattering that allow cross sections to be decoupled from the wavelength limit

268 polarity and low concentration with similar cross sections to those measured in positive polarity an

269 h to a uniform concentration across the flat cross-sections to the same degree (~3% by concentration

270 ation provided by the TWIMS (i.e., collision cross section) together with the interest of the extra d

271 orded at different locations across a sponge cross section, together with differential cell separatio

272 spersive X-ray spectroscopy, high resolution-cross section transmission electron microscopy, optical

273 ns allow the calculation of ozone absorption cross section values at 253.65 nm, and we report a value

274 nomodal and were used to determine collision cross section values that are within 3% of those determi

275 agnostic product ions and unique collisional cross-section values of product ions is a powerful tool

276 ns, which enhances the two-photon absorption cross-section values of the antiaromatic porphyrins.

277 d channel 0.5 m long and 46 mum x 150 mum in cross section wall-coated with either a trigonal tricati

278 cm and 2.8 cm long and 250 mum x 140 mum in cross section wall-coated with PDMS.

279 d channels 3 m long and 250 mum x 140 mum in cross section, wall-coated with a poly(dimethylsiloxane)

280 The BC mass absorption cross section was 16 +/- 12 m(2)/g BC at 530 nm.

281 Collisional cross section was found to scale linearly with mass for

282 elia antigen staining of probable spirochete cross sections was also observed in heart, skeletal musc

283 nostaining for CD31 in gastrocnemius muscles cross-sections, we found that there were no statistical

284 ges method (IFM), and focused ion beam (FIB) cross sectioning were employed as independent techniques

285 nostic ions, isotopic matches, and collision cross sections were applied for metabolites identificati

286 Experimental cross sections were determined for tetraglycine, bradyki

287 The SD-OCT cross-sections were segmented using automatic segmentati

288 avelength determines the length scale of the cross section when electromagnetic waves are scattered b

289 tive mechanical behaviour-becoming fatter in cross-section when stretched.

290 eams having 470 nm width and 80 nm thickness cross section, where we produce tortuous thermal paths (

291 structures of electronic interest have Raman cross sections which are too small to observe as either

292 ometry allows one to determine ion collision cross sections, which are related to ion size and shape.

293 ing experiments on beams with roughly square cross-sections, which we fabricated from the frustule of

294 Combining measurements of collision cross section with mass spectrometry (IM-MS) helps, but

295 aging variable chlorophyll fluorescence from cross sections with a microscope-mounted pulse amplitude

296 supercharging agent, low change in collision cross sections with increasing charge state of all multi

297 om U.S. Census and Current Population Survey cross sections with panel data from de-identified tax re

298 d in 95% of scans by just reviewing a single cross-section with the highest NOA score and 99.5% of sc

299 ay, New York, in April 2015 and the root was cross-sectioned with 10 mum resolution.

300 re investigated and found to have relaxation cross-sections with He ranging from sigma=4.7(3.0)x10(-1