Crosstalk noise and signal propagation delay analysis in submicron CMOS integrated circuits

Bouazza, A. Guen; Bouazza, B.

doi:10.1109/setit.2012.6481905

Cited by 8 publications

(2 citation statements)

References 4 publications

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“…The opacity of unknown lines affects the observed structure of stellar spectra, so extensive improvements in the accuracy and completeness of the atomic data are welcome. Recently, we have achieved semiempirical hyperfine structure (hfs) investigations in Zr II [7], Hf II [8] and Ti II [9]. This time we propose a similar study concerning Ta II, both for even-and odd-parity levels, since hfs of Ta II levels, large enough to modify the profiles of lines that might be detected in stellar spectra, are also of interest to the astrophysical community for abundance determination and spectrum synthesis.…”

Section: Introductionmentioning

confidence: 92%

Full hyperfine structure study of singly ionized tantalum

Bouazza

2012

Phys. Scr.

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The configuration system of Ta II, both for odd- and even-parities has been considered on the basis of the experimental data available in the literature. The interpretation has been carried out based on a model space for even-parity and refined multiconfigurational fine structure (fs) calculation including the main Rydberg series configurations mutually interacting for odd parity. The sets of fs parameters, the assignments of term designations, as well as the leading eigenvector percentages of levels relevant for this paper are given very often for the first time. The hyperfine structure (hfs) study that follows reveals erroneous experimental data given previously in the literature and some new data are proposed in their place. The single-electron hfs parameters are determined in their entirely for 181Ta II for the lowest configurations with a good accuracy and compared with ab-initio calculations. Finally, a complete list of the predicted hfs constants A and B of all levels of the model space (5d + 6s)4 was generated.

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Section: Introductionmentioning

confidence: 92%

Full hyperfine structure study of singly ionized tantalum

Bouazza

2012

Phys. Scr.

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“…Some challenges will be dominant in future IC design. On the one hand, the effect of inductance plays an important role when operating frequency is over several gigahertz [3,4] , and the effect can't be ignored [5,6] , on the other hand, for continued scaling of feature sizes, the influence of process variations is one of the most important factors on performance of VLSI [7] . So it is important to focus on modeling the impact of process variation on interconnect performance on reliability designs and optimization designs of VLSI [8,9] .…”

Section: Introductionmentioning

confidence: 99%