Примери за diode

• To attain efficiencies of over 10% obviously requires elimination of the electron beam losses in the vacuum diode.

• Based on the results, pulsed diode lasers at optimal wavelengths can be chosen for clinically adapted equipment.

• The diode impedance dependence of the generation frequency was weak and the microwave efficiency remained stable over a wide range of electron beam powers.

• The motion is monitored now by a laser beam, which is reflected onto a split diode from the cantilever holding the sensor tip.

• We could obtain the same experimental results at the field-emission diode using the explosive-drive flux compression device.

• This quantity is conserved on the path of fluid element 1 on its way through the diode, and is therefore a 'stream function'.

• The zero electric field regulates injection of electrons abundantly available at the cathode surface, essentially controlling the diode current.

• The electron beam was produced by discharge of the secondary capacitor on a fieldemission diode.

• The dose sampling rate of the diode detector was chosen to be at least 20 because of the unstable nature of the electron beam.

• One complication is the very high sensitivity of the diodes, which are essentially 100% quantum efficient.

• By optimizing the extraction diode geometry and reducing the beam current, the spherical aberration was later improved and therefore the beam profile became more uniform.

• Owing to strong absorption of the crystal for the diode frequency, 90% of the pump power was absorbed at a depth of 1 mm.

• Magnetically insulated ion diode with a gas-breakdown plasma anode.

• Figure 3 shows the cross-sectional view of the adding section, which consists of two induction cells and a diode.

• After breakdown of the switch, the storage inductor was switched to the vacuum electron diode.