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1 m of cadmium oleate and Cd(x)OA(y) clusters, desorb.
2 , amines, and phosphonates were all found to desorb.
3 of the polymer layer as the proteins adsorb/desorb.
4 the peptide layers were formed they did not 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
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.
19 file allowed the minimum fluence required to desorb and ionize significant numbers of ions from singl
20 bility of AalphaH domains of the molecule to desorb and readsorb rapidly in response to surface press
23 ade thermal desorption probe was used to the desorb and vaporize MTS from the solid state, by rapid h
24 allows us to link the concentration of PAHs desorbed and detected by photoionization ToF-MS to the c
25 analytes collected on the NTD were thermally desorbed and directly transferred to the PI-TOFMS ion so
26 2) protein or protein-like components can be desorbed and eluted by use of stepwise elution as progre
27 f Na-Rho "breathes" as CO(2) is adsorbed and desorbed and its desorption kinetics from Na-Rho at 308
28 I) is a soft ionization technique capable of desorbing and ionizing a large range of compounds, and i
29 cts directly with the sample being analyzed, desorbing and ionizing surface molecules in the ambient
31 he DLPC at the interface, which causes it to desorb, and a competition for interfacial sites between
32 CO is found to desorb in three features at T(desorb) approximately 150, 200, and 430 K, while CO(2) i
35 of approximately 1.5 x SLB, excess vesicles desorb as SLB patches rapidly coalesce into a continuous
38 alt(II) octaethylporphyrin (CoOEP) and NiOEP desorb at different rates from different sites on the su
40 Since alkanethiolate surfactants reductively desorb at potentials close to the onset of CO2 reduction
46 e triolein/water (TO/W) interface, partially desorbing at low surface pressure (Pi) but totally desor
52 cs and extracellular neutrals that are laser desorbed both from neat and intact bacterial biofilms.
53 an acidic pH not only encourages aniline to desorb but also increases the probability of protonated
54 lied potential of 0.95 V, after which it was desorbed by a voltammetric scan to lower potentials.
55 ated by comparing the percentages of uranium desorbed by anoxic sodium bicarbonate between AH(2)DS-re
56 ese regioselectively modified particles were desorbed by applying a current jump to yield nanoparticl
57 solution for MS imaging of molecular species desorbed by approximately 75 fs, 800 nm laser pulses was
59 al compounds separated on the plate would be desorbed by laser desorption and subsequently postionize
60 rocenated nanoparticles, which are gradually desorbed by scanning to potentials more negative than th
63 ously shaking for 30 min, the NAms were then desorbed by treatment with 200 muL of dichloromethane.
64 nally, analytes extracted by SPME fibers are desorbed by washing with suitable solvents followed by a
65 terative trapping is capable of sampling and desorbing C5 through C11 n-alkanes with uniform efficien
68 achieved by electrostatically adsorbing and desorbing charged surfactants to alter the wettability o
69 exposure times resulted in increasing slowly desorbing chemical fractions and decreased desorption ra
71 ce times at selected final velocities of the desorbing CO subsequent to dosing with a pulsed molecula
73 of a cyclodextrin molecule without having to desorb completely into the aqueous phase before being se
76 ive Schiff-base methylation, the protein was desorbed, digested using trypsin, and the peptide mapped
79 lds obtained for photoionization of ion-beam-desorbed dopamine at 267 nm to that for SIMS shows a 20-
81 he photoionization of gas-phase and ion-beam desorbed dopamine using femtosecond laser pulses at wave
82 s of explosive because of effects related to desorbed droplet charge, solvent declustering, and the s
85 oth quartz and montmorillonite at 5 muM H2O2 desorbed far less Pu than in the goethite experiments hi
86 e have examined the neutral component of the desorbed flux in LIAD and compared it to that from direc
88 le for the direct measurement of the readily desorbing fractions of PAHs (i.e., bioacessibility) in t
91 ules that are highly charged in solution may desorb from charged droplets of the same polarity in a s
94 fatty acids and cholesterol move through and desorb from membranes have been difficult to measure, in
96 quilibrium interfacial tension both peptides desorb from the interface when compressed, but [1-44]apo
98 It seems that "monoenergetic" ions instantly desorb from the target surface in the latter case, since
99 vidence that the diacylglycerol kinase could desorb from these vesicles, adsorb to freshly added, sub
102 While MALDI-MS of Escherichia coli cells desorbed from a standard sinapinic acid matrix displayed
104 ser pulses was observed for a small molecule desorbed from an organic multilayer that was originally
108 y through the analysis of gold (Au) clusters desorbed from fibrinogen-modified gold nanoparticles (Fi
109 portantly, even after unfolding, OPH readily desorbed from FS surfaces, challenging the common notion
110 lently attached to an AFM cantilever tip and desorbed from hydrophobic self-assembled monolayers in t
112 olecular ions have less internal energy when desorbed from polyethylene and polypropylene surfaces th
113 peroxide dismutase, enolase, and hemoglobin) desorbed from solution by liquid sample DESI were measur
115 metry and we observe that different ions are desorbed from spores of Bacillus cereus, Bacillus thurin
118 laser vaporization of oxycodone and atenolol desorbed from steel is 2.4% +/- 1.5% and 0.25% +/- 0.18%
119 0.75 V, electrolyte anions are increasingly desorbed from the carbon micropores at the negative elec
120 mited quantity of proanthocyanidins could be desorbed from the cell walls after washing with a model
121 ) alone (23.4 +/- 1%) and As was more easily desorbed from the cell-delta-MnO(2) system than from del
123 terface, alpha-eleostearic acid is freed and desorbed from the film and then solubilized with beta-cy
125 At equilibrium gamma, both apoA-I and CSP desorbed from the interface when compressed and readsorb
128 ng pH because more NOM in the colloidal size desorbed from the particulate fraction in the elevated p
129 aration of vapor mixtures that are thermally desorbed from the preconcentrator has been examined in t
130 draining conditions, less than 22% of Zn was desorbed from the soil after a two-hour desorption exper
131 A were hydrolyzed and peptide fragments were desorbed from the surface of gold grid, which disrupted
136 MALDI ion source, fragile glycolipids can be desorbed from TLC plates without fragmentation, even to
137 ranging from a few hundred to 19 050 can be desorbed from whole bacterial spores using infrared lase
138 pid acceptors, because cholesterol molecules desorbing from a membrane surface can diffuse directly i
139 eful to be able to detect molecular hydrogen desorbing from a surface simultaneously with higher mole
140 OOD molecules undergo proton exchange before desorbing from the acid, indicating that gas-surface acc
146 SIMS measurements also suggest that hydrogen desorbs from the particles surfaces over the same temper
148 fast XPS were used to detect, respectively, desorbing gaseous products and the evolution of surface
149 eplace several C-H bonds with C-metal bonds, desorb H atoms (H*) from saturated surfaces, and form la
153 g bonds after laser heating reveals that the desorbed hydrogen molecules are not formed on single dim
154 t 180 K) exposures, unreacted CO is found to desorb in three features at T(desorb) approximately 150,
156 formation of ethylene, which was observed to desorb in two temperature regimes, at 290 and 540 K.
157 TDS was devised in such a way that it can be desorbed in a relatively low desorption temperature and
160 have employed 200-fs, 400-nm laser pulses to desorb intact protein molecular ions directly from a fro
164 heating of the trap, these organic compounds desorb into a small-volume ring-down cavity, and absolut
166 according to the factorial design matrix and desorbed into a gas chromatography-mass spectrometry det
168 llected with a sorbent-coated fiber and then desorbed into an analytical instrument such as a liquid
169 ts (PBETs): the contaminant fraction that is desorbed into simulated digestive fluids is measured and
170 placed with air, and the SVOCs are thermally desorbed into the mass spectrometer by rapid heating of
172 D atoms traversed the interfacial region and desorbed into vacuum before attacking C-D bonds to produ
173 e influence of experimental factors, such as desorbed ion polarity, laser exposure and fluence, sampl
174 y as compared to porous silicon and MALDI to desorb/ionize small molecules, therefore reducing backgr
175 the MALDI target, where the gangliosides are desorbed, ionized, and detected in the FTMS with >70 000
176 ecular constituents of organic particles are desorbed, ionized, and detected with reduced molecular i
177 which allows for the analytes to be readily desorbed/ionized and interference of intrinsic matrix io
179 decay fragmentation of matrix-assisted laser-desorbed ions for obtaining useful sequence information
181 leration and selectively samples part of the desorbed ions, thereby reducing the initial velocity dis
183 over, these velocities did not depend on the desorbing laser intensity, which implies the presence of
184 lecules as a function of the total number of desorbing laser pulses, striking the same point on the t
185 , comprising an infrared (IR) laser pulse to desorb (LD) analyte species, followed by atmospheric pre
186 rb the M1 layer; dropping it lower partially desorbed M1 because of increased repulsion between M1 mo
188 infrared photons for the activation of laser-desorbed metal ion-crown ether complexes was examined.
191 t, which provides better overlap between the desorbed molecules and trapped reagent ions, results in
194 d with the C(60) impact is most efficient at desorbing molecules on soft substrates such as polymer s
198 charge (LD-APCI) to effect ionization of the desorbed neutral analyte molecules, is described for the
200 pite the lower efficiency in the transfer of desorbed neutral molecules into the ion trap, and the sm
201 ultraviolet radiation also postionizes laser desorbed neutrals of antibiotics and extracellular mater
202 esults provide evidence for the existence of desorbed OH(*) near the anode surface and highlight the
206 from 100 to 500 MW/cm2), the total amount of desorbed parent molecules depended exponentially on the
207 These data provide evidence that the laser-desorbed particles merge with the ESI-generated charge d
208 e of minimizing the amount of buffer used to desorb peptides to maximize the resolution of individual
210 The rapidly (%F(rap)) and slowly (%F(slow)) desorbing phenanthrene fractions and their rate constant
214 enerated using a fluence of 4.0-9.0 J/cm2 to desorb proteins from an aqueous solution frozen onto met
215 (vacuum collection) of matrix-assisted laser desorbed proteins followed by entrainment in the ESI emi
223 ashing away contaminants, adding matrix, and desorbing samples directly from the membrane surface.
225 arried out by analyzing dried residues or by desorbing small amounts of liquid samples directly from
226 energy of 20 keV, is remarkably effective at desorbing small peptides directly from a polymer surface
230 ific effects, impurities in ENM formulation, desorbed surface coatings, the dispersion process, and d
233 both poor analyte solubility and failure to desorb the analyte from hair binding sites under the con
236 orption technique was employed to completely desorb the components of the immunosensor surface, then
237 with wavelength tuned to 2.94 mum is used to desorb the dye from the fabric sample with the aid of wa
244 devices to be heated beyond 100 degrees C to desorb water adsorbed in the pores without decomposition
246 s that different domains of apoA-I adsorb or desorb with small variations in surface pressure make ap
247 ce from which analytes may then be thermally desorbed with little power consumption upon resistive he
248 was adsorbed to a small amount of tea waste, desorbed with nitric acid as a eluent solvent, and deter
250 cts, methanol, dimethyl ether, and CO2, were desorbed with the passage of 10% water/He at 135 degrees
251 tridge, shipping it to our laboratories, and desorbing with Et2O, which achieved a total concentratio
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