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D copper electro-deposits with graded pore size. Reprinted from H.-C. Shin, J. Dong, and M. Liu, Nanoporous Structures Prepared by an Electrochemical Deposition Process, Adv. Mater. 15 with permission from Wiley-VCH Verlag GmbH Co. KGaA.

D copper-tin electro-deposits with graded pore size. Reprodueed from H.-C. Shin and M. Liu, Three-Dimensional Porous Copper-Tin Alloy Electrodes for Rechargeable Lithium Batteries, Adv. Fund. Mater. 15 with permission from Wiley-VCH Verlag GmbH Co. KGaA.

D could not explain the lower hardness and chewiness of sample 4 resulted from the TPA test

D CSI datasets showing the extent of conversion during a batch reaction. The form of the feature identified as peak B is associated with a single chemical shift i.e., it is of constant form at all positions across the bed, and therefore shows that the extent of conversion is uniform throughout the bed. The low intensity horizontal streaking effect observed in these datasets and that shown in Figure 5.5.6 are artifacts arising from the automatic phase correction applied to the data

D CT pictures showing femoral and tibial tunnel apertures after the revision ACLR for Case 1. . Note the bone graft behind the tunnel to fill out the primary tunnel

D Currents flowing in a simple CE MS system using a CE high-voltage supply and an electrospray high-voltage supply positive ion electrospray with load resistor electrospray power supply has to deliver 226 pA.

D curve of hemiglobincyanide , prepared as described in Section 2.3. Recorded on a Beckman DB spectrophotometer, layer thickness 1.000 cm.

D curves for the most used IR detectors .

D curves of blood samples taken from a patient with nitrobenzene poisoning

D curves of sulfhemoglobin dashed line and oxyhemoglobiu solid line . Recorded with a Beckman DB spectrophotometer I 0.005 cm.

D cutaway image showing the extent of conversion of the esterification occurring within the fixed bed considered in Figs 40 2. The conversion was calculated from the chemical shift of the OH peak in a 4-D chemical shift image. The chemical shift image was acquired with an isotropic spatial resolution of 625 pm. The RARE image of the structure of the bed was acquired at an isotropic spatial resolution of 78 pm. Both datasets have been re-interpolated on to a common array giving an effective isotropic spatial resolution of 156 pm. The direction of flow is in the negative z direction. The color scale indicates the fractional conversion within the bed.

D D-Ag surface alloy formation in the system Ag

D DA A AD linked hexameric species.

D data set for the on-flow experiment injecting a mixture of eight flavonoids

D DDA results for rock slope model with circular sliding surface and piezometric surface.

D DDA results for three-block slope with piezometric surface.

D DDA results for three-block slope without piezometric surface.

D DDA results of a thermally-loaded fractured rock block.

D demonstrates the reduction of the active bandwidth that is induced by adding an uncompensated pulse with different flip angles j8 and rf amplitude p to a period 7 lev-i6 isotropic mixing.

D Development in solvent system 2 shows the pigments of Hibisci flos as two major zones.

D Diagnostic fragment ions for the GC-MS analysis of Type II pheromones

D diagram giving the absorbance change 6A of a Pt electrode covered with adsorbed methylviologen, vi. potential E, recorded at various fixed wavelengths reflectograms . 1.25xl r M 0.1 M K2SO4 25 C 300 m V s.

D diagram of depressant-xanthate-pH systems and selective flotation of galena and sphalerite .

D diagram showing the variation of the UVERS absorbance spectra bA

D diagrams of distribution of three target-specific groups of GPCR ligands



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