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Much earlier than these encyclopedias is a book first published in 1941 (Chalmers and Quarrell 1941, I960) and devoted to the physical examination of metals . This multiauthor book includes some recondite methods, such as the study of the damping capacity of solids (Section 5.1). In the second edition, the authors remark Not the least of the many changes that have taken place since the first edition appeared has been in the attitude of the metallurgist to pure science and to modern techniques involving scientific principles. The two editions span the period to which I have attributed the quantitative revolution , in Chapter 5. [Pg.214]

Aquinas, Thomas. Aurora consurgans a document attributed to Thomas Aquinas on the problem of opposites in alchemy edited, with a commentary by Marie-Louise von Franz translated by R F C. Hull and A.S.B. Glover. Edited by Marie-Louise von Franz. Translated by R F C. Hull and A.S.B. Glover. London New York Routledge Kegan Paul Pantheon, 1966 reprint, Toronto (ON) Inner City Books, 2000. xv, 555 p. [Pg.25]

Collectanea chemica being certain select treatises on alchemy and Hermetic medicine, by Eirenaeus Philalethes, Dr Francis Anthony, George Starkey, Sir George Ripley, and a work by an anonymous unknown which is attributed to Edward Kelly [edited by A.E. Waite], Edited by Arthur Edward Waite. 1893 reprint, Edmonds (WA) Alchemical P, 1991. 160p. [Pg.33]

See McLean for the attribution of this work From Waite s edition of Paracelsus (1894)... [Pg.187]

Lully, Raymond. The alchemical corpus attributed to Raymond Lull edited by Mi chela Pereira. London Warburg Institute, University of London, 1989. vi, 118p. [Pg.193]

Hermes Trismegistus.Hermetica the writings attributed to Hermes Trismegistus edited and translated by Walter Scott. Edited by Walter Scott. Oxford Clarendon P,... [Pg.480]

The first edition of this textbook was praised for its vast number of graphs and data that can be used as reference. The new, second edition further strengthens this attribute with a new appendix containing material property graphs for the commonly used polymers. However, the most important change implemented in this edition is the introduction of real-world examples and a variety of problems at the end of each chapter. [Pg.421]

Figure 18A shows the overlaid multiplicity-edited GHSQC and 60 Hz 1,1-ADEQUATE spectra of posaconazole (47). As will be noted from an inspection of the overlaid spectra, there is an overlap of the C46 and C47 resonances of the aliphatic side chain attached to the triazolone ring that can be seen more clearly in the expansion shown in Figure 18B. In contrast, when the data are subjected to GIC processing with power = 0.5, the overlap between the C46 and C47 resonances is clearly resolved (Figure 18C). In addition, the weak correlation between the C3 and C4 resonances of the tetrahydrofuryl moiety in the structure is also observed despite the fact that this correlation was not visible in the overlaid spectrum shown in A. This feature of the spectrum can be attributed to the sensitivity enhancement inherent to the covariance processing method.50... Figure 18A shows the overlaid multiplicity-edited GHSQC and 60 Hz 1,1-ADEQUATE spectra of posaconazole (47). As will be noted from an inspection of the overlaid spectra, there is an overlap of the C46 and C47 resonances of the aliphatic side chain attached to the triazolone ring that can be seen more clearly in the expansion shown in Figure 18B. In contrast, when the data are subjected to GIC processing with power = 0.5, the overlap between the C46 and C47 resonances is clearly resolved (Figure 18C). In addition, the weak correlation between the C3 and C4 resonances of the tetrahydrofuryl moiety in the structure is also observed despite the fact that this correlation was not visible in the overlaid spectrum shown in A. This feature of the spectrum can be attributed to the sensitivity enhancement inherent to the covariance processing method.50...
The Catalysis rule is that a package has an attribute publication state whose type at least includes Editable and Published. Once Published, a package cannot be altered and does not revert to Editable all the packages it imports must also be Published. All you can do is release a new version or variant. [Pg.340]

Again I would express our deep sense of loss on the death of our colleague, Professor John Coulson, in January 1990. His two former colleagues at Newcastle, Dr. John Back-hurst and the Reverend Dr. John Harker, have played a substantial part in the preparation of this new edition both by updating the sections originally attributable to him, and by obtaining new illustrations and descriptions of industrial equipment. [Pg.1200]

Despite all efforts, some errors or misleading passages will still have remained. Mistakes are an attribute that make us human, but unfortunately, they do not contribute to the scientific or educational value of a textbook. Therefore, please do not hesitate to report errors to me or to drop a hne of comment in order to allow for corrections in a future edition. [Pg.525]

To print voltages and currents we must edit the attributes of the PRINT part. Double-click the LEFT mouse button on one of the PRINT texts. The dialog box below will appear ... [Pg.279]

Notice the plus (+) sign on the capacitor. This plus sign indicates the positive voltage side of the capacitor for initial conditions. Make sure the plus sign is oriented as shown in the schematic. We would like the capacitor to have an initial condition of 5 V, and we would like the switch to close at t = 1 ms. The initial condition of the capacitor is not one of the displayed attributes, so we must edit all the attributes of the capacitor. Double-click the LEFT mouse button on the capacitor graphic, to obtain the spreadsheet for Cf ... [Pg.334]

The length of the simulation is 9 ms. The pulse will start at zero volts and remain there for 3 ms, then go to 5 V for 3 ms, and then return to 0 for another 3 ms. To create this waveform we can use either a pulsed voltage source (VPULSE) or a piecewise linear voltage source (VPWL). For this example we will use the VPWL source. To edit the attributes of the PWL... [Pg.342]

The pulsed voltage source can be used to create an arbitrary pulse-shaped waveform. We will use it to create a 1 kHz square wave. The rise and fall times of the square wave will be 1 ps. Double-click the LEFT mouse button on the pulsed voltage source graphic, <0, to obtain its spreadsheet and edit its attributes ... [Pg.375]

To edit the attributes of the PARAM part, double-click die LEFT mouse button on the text PARAMETERS . The spreadsheet for the PARAM part will open ... [Pg.388]

If you need to make further changes to the waveform, select Edit and then Attributes from the Stimulus Editor menus. The SIN Attributes dialog box will reappear ... [Pg.404]

The DC attribute of this source must be specified before the circuit can be simulated. I will edit the attributes of the DC source and change the attribute to DCs 12, as shown below ... [Pg.612]

At the time of completing this book, the third edition of the VIM was in its last draft before publication. Unfortunately it was not released and so cannot be quoted as such. Some definitions in this book lean heavily on the thoughts of the VIM revisers but without attribution. Otherwise the second edition is quoted. [Pg.20]


See other pages where Attributes editing is mentioned: [Pg.221]    [Pg.221]    [Pg.11]    [Pg.447]    [Pg.7]    [Pg.22]    [Pg.74]    [Pg.89]    [Pg.224]    [Pg.83]    [Pg.109]    [Pg.162]    [Pg.287]    [Pg.350]    [Pg.223]    [Pg.694]    [Pg.496]    [Pg.529]    [Pg.158]    [Pg.437]    [Pg.516]    [Pg.802]    [Pg.113]    [Pg.382]    [Pg.153]    [Pg.19]    [Pg.67]    [Pg.3]   
See also in sourсe #XX -- [ Pg.25 ]




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