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Window overview

An overview is provided by figure 4.7 plot (a) shows the numerically determined attractor sets for all 2.9 < a < 4 plot (b) - lest it be thought that the white regions in plot (a) are artifacts of the printing process - shows a blowup view of the windowed region within one of those wide white bands in plot (a). The general behavior is summarized as follows ... [Pg.182]

Dietert, R.R., Developmental immunotoxicology overview of issues including critical windows of development, Reproductive Toxicology, 17,478, 2003. [Pg.60]

See John Burton, Government-linked companies, Financial Times, April 12, 2003 for an overview of this institution (available at http //www.singapore-window.org/sw02/020412f5.htm). [Pg.181]

This section gives an overview of the most important options for plotting spectra available in the Output pull-down menu of 2D WIN-NMR (Fig. 4.30). These options affect the output of the 2D spectrum, its projection spectra in Fl and F2, the title text and the parameter lists. The 2D spectrum and corresponding projection spectra, either calculated from the 2D data itself or separately measured as a standard 1D spectrum can be displayed on the screen in the 2D WIN-NMR window or sent directly to a hardcopy device. [Pg.138]

Kajzar and Messier have analyzed the THG from their cell described above. A brief overview of their analysis is given here. The cell is comprised of two thick wedge windows and a thin liquid wedge compartment. Since the windows are thick, they are considered to be infinite nonlinear media. Since the liquid chamber is thin, the laser field is treated as a plane wave in that region. The third harmonic field at the output of the cell is the resultant of the fields generated in the three media... [Pg.84]

Figure 1.7 Overview of the basic transformations which are used in the development of the PAQM (Perceptual Audio Quality Measure). The signals x(t) and y t) are windowed with a window w(t) and then transformed to the frequency domain. The power spectra as function of time and frequency, Px (t, f) and Py(t, /) are transformed to power spectra as function of time and pitch, px(t, z) and py(t, z) which are convolved with the smearing function resulting in the excitations as a function of pitch Ex (/, z) ar 6Ey(t, z). After transformation with the compression function we get the internal representations x(f, z)and ,(, z) from which the average noise disturbance Cn over the audio fragment can be calculated. Figure 1.7 Overview of the basic transformations which are used in the development of the PAQM (Perceptual Audio Quality Measure). The signals x(t) and y t) are windowed with a window w(t) and then transformed to the frequency domain. The power spectra as function of time and frequency, Px (t, f) and Py(t, /) are transformed to power spectra as function of time and pitch, px(t, z) and py(t, z) which are convolved with the smearing function resulting in the excitations as a function of pitch Ex (/, z) ar 6Ey(t, z). After transformation with the compression function we get the internal representations x(f, z)and ,(, z) from which the average noise disturbance Cn over the audio fragment can be calculated.
Table 1 gives an overview of the possible applications of reactive distillation reported in the literature. Very few of them have been realized so far on the commercial scale. One of the common factors that hinders a broader application of reactive distillation is a small feasible operation window. The overlap region in the pressure-temperature domain, in which chemical reaction and separation and apparatus design are feasible, is usually quite narrow (see Figure 2 in Chapter 9). A possible remedy for this limitation is sought in the development of new types of catalysts that would allow one to significantly broaden the feasible operation window for chemical reaction. [Pg.274]

A brief overview of new literature in the field of chemometrics is available in the journals Windows on Chemometrics and Analytical Abstracts . [Pg.16]

A fixed compressive load is applied to the entire cell stack-up between the alumina cell holder and the HastX top plate by means of weights, as shown in the test stand overview, Figure 15. This load must simultaneously compress the cell against the mesh, flow field and foil on the steam/hydrogen side and against the seal around the outer edge of the cell. The outer edge of the cell rests on a window... [Pg.114]

To illustrate how STN is used, an on-line tutorial is available. A few on-line windows from a SciFinder search are provided to illustrate how searches can be done. This presentation is by no means complete or intended as an alternative to the actual tutorial. Indeed, one could not use SciFinder properly after simply reading this discussion. The intent is to illustrate some features that are available and to present an overview of the use of this important tool. [Pg.1903]


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See also in sourсe #XX -- [ Pg.7 ]




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