FEL power values of amplifier mode are explored using 3D SIMPLEX 1.3 (X-ray FEL Practical Simulator) simulation code and it is argued that the same or higher amount of power of TAC IR-FEL planing to obtain in the oscillator mode, could be obtained in the amplifier mode, using same undulator and electron beam parameters with a small modification.
It was shown that smooth Cu Pd films (with Rf value as low as 8, as opposed to more than 120 for films prepared in the potentiostatic mode) could be obtained with a proper choice on the deposition conditions.
This mode estimate also seems less affected by the sample size effect observed with mean-based estimates since, in our data, good convergence for the mode could be obtained even with relatively small sampling (∼107), resulting in a good compromise between accuracy of calculation and computation time.
Recently, we have developed a new OCT using a wide bandwidth, mode-locked (ML), femtosecond laser light source, which could obtain a higher resolution image than commercial standard SD-OCT instruments [ 15, 16].
Hence the same transducer could obtain information for both, the PA and US mode images simultaneously within one single scan.
Through the two-dimensional color Doppler (TDCD) technique we could obtain the same sort of information obtained with M-mode, but additionally it would be possible to visualize anatomically intracranial vessels.
Samples E and I could obtain the expected nominal design shear resistance only in bilateral brace mode.
Moreover, we could obtain larger total and forward scattering in the situation of prolate ellipsoid than those for both oblate ellipsoid and sphere, at which the electric and magnetic dipolar modes are overlapped at the resonance wavelength of total scattering.
Examples show that with only one element per span, exact frequencies and modes could be obtained.
In particular, it was found that the galloping mode could not be obtained at dilutions equal to or above 70% argon and 60% helium molar dilution.
