Tutorial: Capillary Electrophoresis
... of the sample zone before separation. During the transient separation process, all analyte ions are separated into consecutive bands under constant electric current and temperature. According to Ohm's law, the electric field strength increases as the mobility of ion band decreases (an ion band is de ...
... of the sample zone before separation. During the transient separation process, all analyte ions are separated into consecutive bands under constant electric current and temperature. According to Ohm's law, the electric field strength increases as the mobility of ion band decreases (an ion band is de ...
Supplementary Information Available
... limited by the Shockley-Read-Hall (SRH) generation/recombination rate. In our device structure, we have both high-mobility surface and low-mobility bulk channel in series. Since our capacitance measurements are conducted under accumulation region, the main response to external signal comes from the ...
... limited by the Shockley-Read-Hall (SRH) generation/recombination rate. In our device structure, we have both high-mobility surface and low-mobility bulk channel in series. Since our capacitance measurements are conducted under accumulation region, the main response to external signal comes from the ...
Introduction of Piezotronics and Piezo-Phototronics
... A better understanding about the piezotronic effect is to compare it with the most fundamental structure in semiconductor devices: Schottky contact and p–n junction. When a metal and a n-type semiconductor forms a contact, a Schottky barrier (SB) (eφSB ) is created at the interface if the work funct ...
... A better understanding about the piezotronic effect is to compare it with the most fundamental structure in semiconductor devices: Schottky contact and p–n junction. When a metal and a n-type semiconductor forms a contact, a Schottky barrier (SB) (eφSB ) is created at the interface if the work funct ...
Using Different Drift Gases To Change Separation Factors (r) in Ion
... (K) can be calculated using eq 3. From these K values it is possible to calculate the collision cross section (Ω) for each ion using eq 5. Knowing the cross section and the radius of the drift gas leads to a simple calculation to determine the radii of the ions by eq 7. For each of the 10 compounds, ...
... (K) can be calculated using eq 3. From these K values it is possible to calculate the collision cross section (Ω) for each ion using eq 5. Knowing the cross section and the radius of the drift gas leads to a simple calculation to determine the radii of the ions by eq 7. For each of the 10 compounds, ...
Chapter III. Scattering and Extinction of Evanescent waves by small
... half widths, but merely the amplitudes of the resonances. Due to the oscillatory nature of the Ricatti-Bessel functions in the denominator of the wavelength-dependent Mie-coefficients multipole resonances of the same orders n exist in the UV regime but are not considered here. For this reason, the m ...
... half widths, but merely the amplitudes of the resonances. Due to the oscillatory nature of the Ricatti-Bessel functions in the denominator of the wavelength-dependent Mie-coefficients multipole resonances of the same orders n exist in the UV regime but are not considered here. For this reason, the m ...