ライフサイエンスコーパス: desorb

1 , amines, and phosphonates were all found to desorb.

2 of the polymer layer as the proteins adsorb/desorb.

3 the peptide layers were formed they did not desorb.

4 m of cadmium oleate and Cd(x)OA(y) clusters, desorb.

5 after pressure release and requires heat to desorb.

6 nzymes that simply attach to the DNA without desorbing.

7 ometry (HRMS) were accomplished by thermally desorbing a different segment of the microextraction dev

8 e of the laser power density was examined by desorbing a low MW polymer, polyisobutenyl succinic anhy

9 ,2-dimethylpropylbenzene were not completely desorbed after three hours regeneration at 288 degrees C

10 LIAD successfully desorbs all the compounds as intact neutral molecules in

11 of iron selenide which reversibly absorb and desorb ammonia around ambient temperatures.

12 orbent tube was evacuated and then heated to desorb analyte into the instrument.

13 ospray ionization, whereby laser irradiation desorbs analyte from organic matrix containing charged d

14 ds via the use of limited organic solvent to desorb analytes and perform electrospray ionization.

15 Desorbed analytes are focused and reconcentrated on a mi

16 Switching the valve transfers the desorbed analytes to the ESI source in less than 5 s.

17 The desorbed analytes were carried by a nitrogen gas stream

18 The thermally desorbed analytes were then introduced into the subcriti

19 The desorbed analytes were transported down the system by th

20 file allowed the minimum fluence required to desorb and ionize significant numbers of ions from singl

21 bility of AalphaH domains of the molecule to desorb and readsorb rapidly in response to surface press

22 lutions, under biological conditions EE2 can desorb and retain bioactivity.

23 nitrate species, which do not spontaneously desorb and therefore deactivate the catalyst.

24 ade thermal desorption probe was used to the desorb and vaporize MTS from the solid state, by rapid h

25 allows us to link the concentration of PAHs desorbed and detected by photoionization ToF-MS to the c

26 analytes collected on the NTD were thermally desorbed and directly transferred to the PI-TOFMS ion so

27 2) protein or protein-like components can be desorbed and eluted by use of stepwise elution as progre

28 f Na-Rho "breathes" as CO(2) is adsorbed and desorbed and its desorption kinetics from Na-Rho at 308

29 he adsorption sampling filters are thermally desorbed and the liberated vapors are separated in the G

30 Subsequentially, the analyte residues are desorbed and transported within a 2% HNO(3) electrolyte

31 I) is a soft ionization technique capable of desorbing and ionizing a large range of compounds, and i

32 cts directly with the sample being analyzed, desorbing and ionizing surface molecules in the ambient

33 Above its retention pressure, apoC-II desorbs and removes phospholipid.

34 he DLPC at the interface, which causes it to desorb, and a competition for interfacial sites between

35 sis, wherein the analytes were extracted and desorbed, and the eluate was introduced in FAAS via nebu

36 CO is found to desorb in three features at T(desorb) approximately 150, 200, and 430 K, while CO(2) i

37 The CuO-NP were regenerated by desorbing arsenate via increasing pH above the zero poin

38 erial, from which they would be difficult to desorb as a sufficiently narrow vapor plug.

39 of approximately 1.5 x SLB, excess vesicles desorb as SLB patches rapidly coalesce into a continuous

40 Vapors desorbed as a sequence of partially separated overlappin

41 e-bound C(1) intermediate that can either be desorbed as methanol in the presence of H(2)O/H(+) or co

42 Oxygen desorbs as O2 in a peak centered at 550 K with pseudo-fi

43 alt(II) octaethylporphyrin (CoOEP) and NiOEP desorb at different rates from different sites on the su

44 255 and 335 K, respectively, and reversibly desorb at higher temperatures.

45 Since alkanethiolate surfactants reductively desorb at potentials close to the onset of CO2 reduction

46 o N(2) and O(2), species which spontaneously desorb at room temperature.

47 in the electrochemical cell so that CO(2) is desorbed at a low pH, while an alkaline capture solution

48 tion when some sulfur compounds were rapidly desorbed at high desorption temperatures.

49 etics suggested that only part of the apoA-I desorbed at Pi between 14.8 and 19 mN/m.

50 However, apoC-II desorbed at retention pressures higher than those seen w

51 ode are observed while anions continue to be desorbed at the negative electrode.

52 e triolein/water (TO/W) interface, partially desorbing at low surface pressure (Pi) but totally desor

53 ing at low surface pressure (Pi) but totally desorbing at Pi > 19 mN/m.

54 This state desorbs at 210 K without reaction.

55 C-terminal remains on the interface and only desorbs at higher pressures.

56 ned layer that explain why, surprisingly, CO desorbs at stepped and flat Pt crystal planes at once, r

57 ophene on TiC(001) is weak, and the molecule desorbs at temperatures below 200 K.

58 , 200, and 430 K, while CO(2) is observed to desorb between 170 and 450 K.

59 cs and extracellular neutrals that are laser desorbed both from neat and intact bacterial biofilms.

60 an acidic pH not only encourages aniline to desorb but also increases the probability of protonated

61 lied potential of 0.95 V, after which it was desorbed by a voltammetric scan to lower potentials.

62 ated by comparing the percentages of uranium desorbed by anoxic sodium bicarbonate between AH(2)DS-re

63 ese regioselectively modified particles were desorbed by applying a current jump to yield nanoparticl

64 solution for MS imaging of molecular species desorbed by approximately 75 fs, 800 nm laser pulses was

65 Sample was desorbed by gradient elution, mixed on-line with fluores

66 al compounds separated on the plate would be desorbed by laser desorption and subsequently postionize

67 rocenated nanoparticles, which are gradually desorbed by scanning to potentials more negative than th

68 Analytes are desorbed by the solvent, ionized, and analyzed by mass s

69 This coated PC film cannot be desorbed by the various buffers used during PLA assays.

70 le in buffered saline at pH 7.2 but could be desorbed by treatment with 200 mM imidazole.

71 ously shaking for 30 min, the NAms were then desorbed by treatment with 200 muL of dichloromethane.

72 nally, analytes extracted by SPME fibers are desorbed by washing with suitable solvents followed by a

73 terative trapping is capable of sampling and desorbing C5 through C11 n-alkanes with uniform efficien

74 c alcohols can provide the protons needed to desorb carboxylate ligands.

75 The desorbed charged species were transferred over a long di

76 achieved by electrostatically adsorbing and desorbing charged surfactants to alter the wettability o

77 exposure times resulted in increasing slowly desorbing chemical fractions and decreased desorption ra

78 s extraction with Tenax to remove the labile-desorbing chemical.

79 ce times at selected final velocities of the desorbing CO subsequent to dosing with a pulsed molecula

80 rising from the velocity distribution of the desorbing CO.

81 of a cyclodextrin molecule without having to desorb completely into the aqueous phase before being se

82 gerprint of the microorganism, produced from desorbed components of the cell wall.

83 gen at the head of the column, the thermally desorbed compounds were analyzed by GC/MS.

84 Then the adhered conidia were desorbed, concentrated, and separated using a combinatio

85 ive Schiff-base methylation, the protein was desorbed, digested using trypsin, and the peptide mapped

86 from culture based on glycoprotein moieties desorbed directly from the surface.

87 of the LIT allowed identification of lipids desorbed directly from tissue.

88 al CO(2) formed on a terrace site on Pt(111) desorbs directly, it is temporarily trapped in a chemiso

89 hemical and fluorometric quantification of a desorbed DNA probe suggest that DNA permeation is severe

90 lds obtained for photoionization of ion-beam-desorbed dopamine at 267 nm to that for SIMS shows a 20-

91 Photoionization of ion-beam-desorbed dopamine exhibits a large degree of fragmentati

92 he photoionization of gas-phase and ion-beam desorbed dopamine using femtosecond laser pulses at wave

93 s of explosive because of effects related to desorbed droplet charge, solvent declustering, and the s

94 The desorbed dye molecules are then postionized by electrosp

95 Ions desorbed externally are introduced into the cell via a q

96 oth quartz and montmorillonite at 5 muM H2O2 desorbed far less Pu than in the goethite experiments hi

97 e have examined the neutral component of the desorbed flux in LIAD and compared it to that from direc

98 The fiber was thermally desorbed for 1 min at 230 degrees C in the injection por

99 le for the direct measurement of the readily desorbing fractions of PAHs (i.e., bioacessibility) in t

100 For the most hydrophobic PCBs, slowly desorbing fractions were >80-90%, whereas desorption hal

101 ons are removed, CO2 molecules spontaneously desorb from BN absorbents.

102 ules that are highly charged in solution may desorb from charged droplets of the same polarity in a s

103 charges after solvent evaporation and do not desorb from charged ESI droplets.

104 In contrast, H can easily desorb from fully hydrogenated graphane.

105 fatty acids and cholesterol move through and desorb from membranes have been difficult to measure, in

106 ding energy of the cyclohexene species which desorb from the cluster at low temperature.

107 These chemisorbates almost completely desorb from the CuPc monolayer after annealing at 100 de

108 quilibrium interfacial tension both peptides desorb from the interface when compressed, but [1-44]apo

109 lline arrangement, and most of the particles desorb from the membrane.

110 ng ligand stripping if exposed metal cations desorb from the surface.

111 It seems that "monoenergetic" ions instantly desorb from the target surface in the latter case, since

112 vidence that the diacylglycerol kinase could desorb from these vesicles, adsorb to freshly added, sub

113 ectrometry to detect molecular ions that are desorbed from a frozen aqueous histamine solution.

114 In addition, calibrant ions desorbed from a separate sample spot can be added to the

115 While MALDI-MS of Escherichia coli cells desorbed from a standard sinapinic acid matrix displayed

116 Anth-tagged peptides that are laser-desorbed from a substrate and subsequently postionized p

117 ser pulses was observed for a small molecule desorbed from an organic multilayer that was originally

118 In vitro, A. actinomycetemcomitans desorbed from BECs and transferred to SHA.

119 Less CSP desorbed from DD/W than A/W indicating that CSP has high

120 ed, charged droplets with particles UV laser desorbed from dried or wet sample deposits.

121 y through the analysis of gold (Au) clusters desorbed from fibrinogen-modified gold nanoparticles (Fi

122 portantly, even after unfolding, OPH readily desorbed from FS surfaces, challenging the common notion

123 MeBT significantly desorbed from GAC under acidic conditions.

124 lently attached to an AFM cantilever tip and desorbed from hydrophobic self-assembled monolayers in t

125 and high-resolution mass analysis of lipids desorbed from nerve tissue.

126 olecular ions have less internal energy when desorbed from polyethylene and polypropylene surfaces th

127 peroxide dismutase, enolase, and hemoglobin) desorbed from solution by liquid sample DESI were measur

128 ive predictions on the concentration of PAHs desorbed from soot.

129 metry and we observe that different ions are desorbed from spores of Bacillus cereus, Bacillus thurin

130 resolution spectra than observed in samples desorbed from stainless steel.

131 er mass resolution than observed for samples desorbed from stainless steel.

132 laser vaporization of oxycodone and atenolol desorbed from steel is 2.4% +/- 1.5% and 0.25% +/- 0.18%

133 Overall, more plutonium was desorbed from the 140 degrees C colloids (ca. 9-16%) tha

134 0.75 V, electrolyte anions are increasingly desorbed from the carbon micropores at the negative elec

135 mited quantity of proanthocyanidins could be desorbed from the cell walls after washing with a model

136 ) alone (23.4 +/- 1%) and As was more easily desorbed from the cell-delta-MnO(2) system than from del

137 The extracted species were thermally desorbed from the fiber in the GC injection port and det

138 terface, alpha-eleostearic acid is freed and desorbed from the film and then solubilized with beta-cy

139 At equilibrium gamma, CSP desorbed from the interface when compressed and re-adsor

140 At equilibrium gamma, both apoA-I and CSP desorbed from the interface when compressed and readsorb

141 PDEAEMA became water-insoluble, and the MBBs desorbed from the interface, causing de-emulsification.

142 is used to study sialylated oligosaccharides desorbed from the liquid phase.

143 After the extraction, AFs were desorbed from the mu-SPE device by ultrasonication using

144 sicles suggested that PIP2 lipids were being desorbed from the outer leaflet of the membrane.

145 ng pH because more NOM in the colloidal size desorbed from the particulate fraction in the elevated p

146 aration of vapor mixtures that are thermally desorbed from the preconcentrator has been examined in t

147 al fraction of the PFAS mass was not readily desorbed from the soil (e.g., 71% for PFOS).

148 draining conditions, less than 22% of Zn was desorbed from the soil after a two-hour desorption exper

149 Analytes desorbed from the surface are captured by charged microd

150 A were hydrolyzed and peptide fragments were desorbed from the surface of gold grid, which disrupted

151 ompletely dehydrogenated and all hydrogen is desorbed from the surface.

152 a single three-coordinated water molecule is desorbed from the topmost monolayer.

153 NH3 desorbed from those nanotubes above 140 K, indicating a

154 The identification of lipid species desorbed from tissue sections in the negative mode can b

155 MALDI ion source, fragile glycolipids can be desorbed from TLC plates without fragmentation, even to

156 ranging from a few hundred to 19 050 can be desorbed from whole bacterial spores using infrared lase

157 pid acceptors, because cholesterol molecules desorbing from a membrane surface can diffuse directly i

158 eful to be able to detect molecular hydrogen desorbing from a surface simultaneously with higher mole

159 The photoproducts found desorbing from both ice layers to the gas phase during t

160 OOD molecules undergo proton exchange before desorbing from the acid, indicating that gas-surface acc

161 drogen bond cleavage and D-H exchange before desorbing from the acid.

162 CO(2) was found to start desorbing from the Ca-based LDHs at a temperature as low

163 We suggest that when apoA-I partially desorbs from lipoprotein surfaces during lipid metabolis

164 Subsequently, zinc partly desorbs from the cells and redistributes onto the IOCS a

165 Water thermally desorbs from the clean Au(111) surface with a peak tempe

166 er than that of dopamine at CFMEs; thus, DOQ desorbs from the electrode and can diffuse away.

167 SIMS measurements also suggest that hydrogen desorbs from the particles surfaces over the same temper

168 l fluctuations associated with adsorbing and desorbing gas from the adsorbent.

169 fast XPS were used to detect, respectively, desorbing gaseous products and the evolution of surface

170 eplace several C-H bonds with C-metal bonds, desorb H atoms (H*) from saturated surfaces, and form la

171 he anode off-gas stream is used to sweep the desorbed H(2)S to a burner.

172 Yet, it can be activated to rapidly desorb H2 at room temperature in the presence of a catal

173 ilored to be relatively unstable and thereby desorb H2 upon heating.

174 xanolate, an air- and water-stable pair, can desorb hydrogen at ca. 413 K and 373 K in the solid form

175 g bonds after laser heating reveals that the desorbed hydrogen molecules are not formed on single dim

176 the transition state (TS) is taken up by the desorbed hyperthermal N(2).

177 t 180 K) exposures, unreacted CO is found to desorb in three features at T(desorb) approximately 150,

178 he water volume fraction of the tissue, then desorb in two phases.

179 formation of ethylene, which was observed to desorb in two temperature regimes, at 290 and 540 K.

180 TDS was devised in such a way that it can be desorbed in a relatively low desorption temperature and

181 Zn desorbed in response to the decrease in pH in batch expe

182 Analytes are subsequently thermally desorbed in the injection port of a gas chromatograph fo

183 pollutants adsorbed on the microplastics are desorbed in the organic acceptor phase, which is easily

184 have employed 200-fs, 400-nm laser pulses to desorb intact protein molecular ions directly from a fro

185 Also, the total flux of desorbed intact molecules as a function of the total num

186 Translational velocities of the desorbed intact molecules, determined for the first time

187 ine surfaces of gold, SO(2) bonds weakly and desorbs intact at temperatures below 200 K.

188 heating of the trap, these organic compounds desorb into a small-volume ring-down cavity, and absolut

189 the alkyl groups to form alkanes, which then desorb into the gas phase.

190 Analytes were thermally desorbed into a comprehensive two-dimensional (2D) gas c

191 according to the factorial design matrix and desorbed into a gas chromatography-mass spectrometry det

192 After extraction, the sorbent pens are desorbed into a GC-MS using a uniquely designed "splitle

193 In nano-DESI, analyte is desorbed into a solvent bridge formed between two capill

194 llected with a sorbent-coated fiber and then desorbed into an analytical instrument such as a liquid

195 ts (PBETs): the contaminant fraction that is desorbed into simulated digestive fluids is measured and

196 placed with air, and the SVOCs are thermally desorbed into the mass spectrometer by rapid heating of

197 y 19 mN/m (PiOFF) the entire apoA-I molecule desorbed into the water.

198 D atoms traversed the interfacial region and desorbed into vacuum before attacking C-D bonds to produ

199 e influence of experimental factors, such as desorbed ion polarity, laser exposure and fluence, sampl

200 y as compared to porous silicon and MALDI to desorb/ionize small molecules, therefore reducing backgr

201 the MALDI target, where the gangliosides are desorbed, ionized, and detected in the FTMS with >70 000

202 ecular constituents of organic particles are desorbed, ionized, and detected with reduced molecular i

203 which allows for the analytes to be readily desorbed/ionized and interference of intrinsic matrix io

204 Desorbed ions collide with background gas during desorpt

205 decay fragmentation of matrix-assisted laser-desorbed ions for obtaining useful sequence information

206 cteristic mass spectral fingerprint based on desorbed ions from the cell surface.

207 leration and selectively samples part of the desorbed ions, thereby reducing the initial velocity dis

208 At all measured desorbing laser intensities (from 100 to 500 MW/cm2), th

209 over, these velocities did not depend on the desorbing laser intensity, which implies the presence of

210 lecules as a function of the total number of desorbing laser pulses, striking the same point on the t

211 , comprising an infrared (IR) laser pulse to desorb (LD) analyte species, followed by atmospheric pre

212 rb the M1 layer; dropping it lower partially desorbed M1 because of increased repulsion between M1 mo

213 ser shot with respect to the total volume of desorbed material is very low.

214 infrared photons for the activation of laser-desorbed metal ion-crown ether complexes was examined.

215 xygen coverages, while 2-butanol adsorbs and desorbs molecularly on the clean Au(111) surface.

216 Further, it was designed to desorb molecules on-axis with the magnetic field of the

217 t, which provides better overlap between the desorbed molecules and trapped reagent ions, results in

218 The desorbed molecules were demonstrated not to undergo degr

219 cation (CpCo*+) were employed to ionize the desorbed molecules.

220 d with the C(60) impact is most efficient at desorbing molecules on soft substrates such as polymer s

221 , creating a thermal desorption profile that desorbed more volatile species (e.g., organic and semivo

222 We previously showed that VLCFA desorb much slower than normal dietary fatty acids from

223 ates are size-selective, with larger species desorbing much more slowly than smaller ones.

224 CO and O2 and converting them to CO2, which desorbs near room temperature.

225 charge (LD-APCI) to effect ionization of the desorbed neutral analyte molecules, is described for the

226 Similar profiles are reported for desorbed neutral molecular fragments by utilizing a high

227 pite the lower efficiency in the transfer of desorbed neutral molecules into the ion trap, and the sm

228 gen from a finely positioned probe thermally desorbs neutral material from a mounted item, and a heat

229 ultraviolet radiation also postionizes laser desorbed neutrals of antibiotics and extracellular mater

230 luorometric assessments of electrochemically desorbed nucleic acids for different electrode morpholog

231 esults provide evidence for the existence of desorbed OH(*) near the anode surface and highlight the

232 oC-II was exchangeable at this interface and desorbed on interfacial compressions.

233 nyl/vinylidene ad-species can be reductively desorbed only at potentials below 0.2 and 0.1 V, respect

234 The phosphonic acids were backflush-desorbed onto a polymeric zwitterionic column at pH 9.8

235 hind the mask by a factor of 0.5-0.7 as they desorb or form on the mask.

236 The cross section for desorbing oxygen from the pristine surface was found to

237 from 100 to 500 MW/cm2), the total amount of desorbed parent molecules depended exponentially on the

238 These data provide evidence that the laser-desorbed particles merge with the ESI-generated charge d

239 e of minimizing the amount of buffer used to desorb peptides to maximize the resolution of individual

240 uisition and the average number of molecules desorbed per laser ablation are determined.

241 The rapidly (%F(rap)) and slowly (%F(slow)) desorbing phenanthrene fractions and their rate constant

242 via formation of Ca phosphates between NaOH-desorbed phosphate and exchangeable Ca(2+) and/or (2) di

243 e found in the tens of attomoles per ablated/desorbed pixel.

244 ed as an adsorptive material for a thermally desorbed preconcentrator for organic vapors.

245 of phenanthroline 30 min after tracer (57)Fe desorbed predominantly (56)Fe(II), indicating that elect

246 In contrast, comparable experiments with Gt desorbed predominantly (57)Fe(II), suggesting a longer t

247 and LK initially adsorb to filter A and then desorb, primarily intact.

248 t plate that can be programmed to adsorb and desorb protein monolayers in less than 1 second.

249 enerated using a fluence of 4.0-9.0 J/cm2 to desorb proteins from an aqueous solution frozen onto met

250 (vacuum collection) of matrix-assisted laser desorbed proteins followed by entrainment in the ESI emi

251 he possibility of correlated readsorption of desorbed proteins.

252 The fraction of desorbed Pu decreased in the presence of FA, indicating

253 The chemisorbed CO2 can be desorbed rapidly by flushing with N2 gas at 50 degrees C

254 PAHs with log Kow < 5.5 were found at higher desorbing rates.

255 tein molecules are weakly bound and move and desorb readily under ambient conditions.

256 the target allows monitoring of the moles of desorbed sample.

257 f washing away salts, adding the matrix, and desorbing sample directly from Teflon.

258 ashing away contaminants, adding matrix, and desorbing samples directly from the membrane surface.

259 ue where incident heavy MeV ions are used to desorb secondary molecular ions from the uppermost layer

260 ose commonly found for slowly or very slowly desorbing sediment-associated contaminants.

261 arried out by analyzing dried residues or by desorbing small amounts of liquid samples directly from

262 energy of 20 keV, is remarkably effective at desorbing small peptides directly from a polymer surface

263 The first sample was thermally desorbed sodium gamma-hydroxybutyrate (GHB), and the sec

264 DNA desorbed spontaneously as a function of elevated tempera

265 Upon rinsing, only a fraction of Cry1Ab desorbed, suggesting a range of interaction energies of

266 ific effects, impurities in ENM formulation, desorbed surface coatings, the dispersion process, and d

267 AlMe(3) also desorbs surface-O-B(x)H(y) species and quenches residual

268 0.60.3140 (TbLBPK4), whereas only canertinib desorbed Tb10.61.1880 (TbCBPK1).

269 y) large that the molecule is more likely to desorb than to form a stable adsorbed species.

270 both poor analyte solubility and failure to desorb the analyte from hair binding sites under the con

271 ubsequent dissolution step in basic media to desorb the analytes from the matrix.

272 en inserted in a preheated oven to thermally desorb the analytes on the probe.

273 orption technique was employed to completely desorb the components of the immunosensor surface, then

274 with wavelength tuned to 2.94 mum is used to desorb the dye from the fabric sample with the aid of wa

275 Those steps are often inefficient in desorbing the antigens and in some cases can lead to pro

276 e involvement of multiple washing steps that desorbs the capture antigen/antibody off the polystyrene

277 By desorbing three water molecules from (2,2'-bpy)FeF(3)(H(

278 The PFPAs were observed to desorb to a greater extent and likely circulate as aqueo

279 ), adsorbed contaminants were oxidized after desorbing to reestablish equilibrium.

280 arge amount of target binds rapidly and then desorbs to a final plateau.

281 Finally, desorbed triazole fungicides with ethanol were determine

282 alternative precursor because CO can easily desorb under electron exposure.

283 ed activated carbon (BAC) and then thermally desorbed under nitrogen.

284 sorbed five times more extracellular DNA and desorbed up to four times more than GAC-PEDS (despite hi

285 Vapors were desorbed using linear temperature programming from room

286 ization reactions with the neutral molecules desorbed via LIAD.

287 devices to be heated beyond 100 degrees C to desorb water adsorbed in the pores without decomposition

288 Solar irradiance provides energy to desorb water vapor adsorbed to desiccants and determines

289 s, the Zn-GT crystal continuously adsorbs or desorbs water, resulting in gradual structural adaptatio

290 These PBTs may desorb when the plastic is ingested by any of a variety

291 s that different domains of apoA-I adsorb or desorb with small variations in surface pressure make ap

292 tion experiments revealed that TLSB could be desorbed with HCl to recover Zn(II) and Cd(II) and with

293 ce from which analytes may then be thermally desorbed with little power consumption upon resistive he

294 was adsorbed to a small amount of tea waste, desorbed with nitric acid as a eluent solvent, and deter

295 The iron desorbed with sodium acetate (FeNaAc) yielded heavier de

296 cts, methanol, dimethyl ether, and CO2, were desorbed with the passage of 10% water/He at 135 degrees

297 tridge, shipping it to our laboratories, and desorbing with Et2O, which achieved a total concentratio

298 hy newly formed CO(2) produced at step sites desorbs with far lower translational energies than those

299 uction threshold can stimulate adsorbates to desorb without heating the sensor substantially.

300 nto Ag(111) at 140 K it adsorbs molecularly, desorbing without reaction at approximately 200 K.