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A 430 μA beam was achieved in 2009.
A good phase contrast image with negligible amplitude reduction of the input beam was achieved and the porphyrin as phase filter was found to have several specific advantages over other IDRI media.
The linear (p-) polarization of the beam was achieved by placing a half-wave plate in front of the focusing lens.
Fast modulation of the laser beam was achieved by an acousto-optical modulator (Gooch&Housego, AOM M200-4B/E-LD4 with driver A341 for a rise-time of ≈ 10 ns).
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Accordingly, less than 2% spread in uniformity of the large-area ion beam is achieved.
A maximum of 378 μW peak power from one generating beam is achieved under 6 ms−2 acceleration at the resonant frequency of 14.5 Hz.
Spatial coherence of the beam is achieved using design-based spatial filters, a large L/d ratio (∼10,000) and low average neutron energy.
Results show that using a single, properly located control actuator and a single error sensor, global attenuation of the transmitted plate vibration through the reinforcing beam is achieved.
Through utilizing the modal match and mismatch of the waveguides to the incident light beams, and adjusting the coupling region connecting the two waveguides with different symmetric guiding modes, the unidirectional light propagation for the fundamental even-symmetric light beam is achieved.
The efficiency of this setup is demonstrated in a photodetachment experiment on NO- anions, where a photoinduced depletion of up to 90% of the beam is achieved in a single laser shot.
Because of the excellent reflection property of the Ag mirror, a highly reflected beam is achieved for any incident angle.
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CEO of Professional Science Editing for Scientists @ prosciediting.com