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Mobility of electron bubbles in liquid helium .

Mobility of hydrocarbon chain. The diagram shows mobility of a polymer chain composed of carbon atoms attached by single bonds with hydrogen side chains. Rotational freedom of the single carbon-to-carbon bonds allows hydrogen atoms to rotate freely about the backbone.

Mobility of Ions

Mobility of negative and positive impurity ions in IXe. Redrawn from the data of Hilt, O., Elektronische and ionische Leitungsprozesse in fliissigem Xenon, Free University, Berlin, 1995.

Mobility of pesticides and their transformation products in soils. Rf values are the average from six different types of soils

Mobility of positive ions in liquid helium.

Mobility of the atoms in the ionic liquid phase indicated by the temperature dependence of the line width of the proton signals of Pd IEMIMJTf SiOj in solid-state H NMR spectroscopy. The encircled data point is the line width of the parent supported ionic liquid EMIMjTf SiOj 52 .

Mobility of the Tetrahymena ribozyme in different divalent metal ions. .

Mobility p

Mobility ratios for EXXON LD 776-52.

Mobility reduction factors for foams flowing in Berea sandstone at residual oil saturation versus the breakage frequencies of foam lamellae flowing in a microvisual cell when in contact with the same oil

Mobility reduction factors from long core experiment .

Mobility shift analysis

Mobility spectra for positive and negative ions in air T 20 C, absolute humidity

Mobility spectra for several explosives recorded using a mobility spectrometer equipped with a 10 mCi, Ni ion source, methylene chloride reagent gas, moisture of 0.1 ppm, and traditional drift tube design. Ambient pressure was 660 torr and drift tube temperature was 130 C. The presence of an intact ion for TNT is evident near 7.5 ms. Decomposition of PETN to fragment ions is extensive though some evidence of parent ions near 8 ms can be seen in baseline perturbations. Complex chemistry for RDX was observed with significant fragmentation. Increases in moisture and decreases in temperature will alter the patterns for RDX and PETN through decreases in fragmentation.Source

Mobility spectra of Po-218 ions at various relative humidities and SO concentrations.

Mobility spectrum for an electrospray of colloidal silica

Mobility versus E N, showing the change of the mobility coefficient K as the ions are clustered through the addition of a dopant . Under high-field conditions, K stays practically unaltered, whereas under low-field conditions, K is decreased, which leads to an increase in A K.

Mobility versus pH data for polystyrene particles in 1 mM NaCl. The particles were made by surfactant free emulsion polymerization with 2,2-azo-bis dihydrochloride as the initiator.

Mobility versus size for protein-labeled DNA in field invodcmdeon dimesis, with a trap density of 10 and a reduced field e O.S. The eurves owr xMid, Gmn left to right, to field-inversion pulses of0,200,400 and 800 reduced units. The ftxwaid pulse is 3000 reduced units in all

Mobility vs. pH for oxytocin on filter paper after correction for the electroosmotic flow .

Mobility vs. the square root of the electrical field strength for neat PMPSi and neat PBMSi, and for PMPSi doped with 3 mol DNB. 347 nm.

Mobility vs. the square root of the electrical field strength for neat PMPSi and PMPSi doped with electron acceptors .. Imc 347 nm.

Mobility, g, plotted linearly in In, as a function of electric field strength

Mobility-dependent hole injection currents for six TPD



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