Amplitude analysis systems

Fourier transform, molecular systems, component amplitude analysis cyclic wave functions, 224-228 reciprocal relations, 216-217 Four-state system loop construction ... 

Gaussian wavepackets multiple spawning, 402 propagation, 380-381 molecular systems, component amplitude analysis, wave packet construction, 229-230... 

Restriction equations, molecular systems, component amplitude analysis, reciprocal relations, 215-217 Robb, Bemardi, and Olivucci (RBO) method, conical intersection location, 489—490 Rotational couplings ... 

Wigner rotation/adiabatic-to-diabatic transformation matrices, 92 Time-dependent ground state (TDGS), molecular systems, component amplitude analysis, near-adiabatic limit, 220-224... 

A schematic of the automatic network analysis system used for photoelectrochemical cell measurements is shown in Figure 1. The ac signal of 20 mV p/p amplitude is applied with a Hewlett-Packard 3320B frequency synthesizer to the cell and to the reference sig-... 

There are currently two types of x-rays analysis system used with SEMs. By far the most commonly employed is the energy dispersive system. Here X-rays are detected by a liquid-nitrogen cooled Li-drifted Si-disc enclosed in a vacuum housing with a thin Be entrance window through which the X-rays pass. This is illustrated in Fig. 4. An output pulse is generated by individual incident X-ray quanta, the amplitude of which is proportional to the energy of the... 

Anumber of defects with manual inspection indications clarified by AUGUR 4.2 records have been accepted for further operation in 1996 with prescription of next year AUGUR 4 2 inspection. Based on two consecutive inspections (1996-97 years) comparative analysis of AUGUR 4.2 data was executed. It was shown that the flaw configurations, reproduced by AUGUR 4.2 are stable and the small differences are conditioned only by system thresholds of linear coordinate and signal amplitude as well as variations in local conditions of in-site inspection. 

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