Identity working

A similar argument can be used for a fuelled semi-closed cycle, assuming that it can be regarded as the addition of an open CBT plant and a closed CHT cycle with identical working gas mass flow rates (and small fuel air ratios). Suppose the latter receives its heat supply from the combustion chamber of the former in which the open cycle combustion takes place. If the specific heats of air and products are little different, then the work output is doubled when the two plants are added together, but the fuel supply is also approximately doubled. The efficiency of the combined semi-closed plant is, therefore, approximately the same as that of the original open cycle plant. 

The most common citation format utilizes superscript numbers. The first citation is assigned the number 1 subsequent citations continue in consecutive order throughout the text (fi etc.). The same number is used each time the identical work is cited. Thus, every time the work that is assigned the number 1 is cited, the number 1 is used, even when it is cited after works assigned higher numbers. Some useful guidelines include the following ... 

It is clear from these FID traces that significant differences exist between all of the samples analysed. Not only do the different macerals from the same coal exhibit differences, but so do similar macerals from different coals. Thus, not all vitrinites are the same, not all sporinites are the same and not all inertinites are the same. This is especially clear when we compare the two inertinite FID traces. The Indiana No. 5 inertinite contains significant amounts of both low and high retention time products which are absent in the Herrin No. 6 inertinite. Although the absence of the lower boiling constituents may be due to their evaporation in the work-up procedures, we believe this not to be the case since an identical work-up procedure was used for all samples. 

A possibility that would work is that the signer enters the identity, but that only one identity works at this access point (i.e., the entity inside checks the identity), but that would be redundant. 

A slight regressive tendency can be seen when the number of tools increases. This can be explained through the structure of the process there is no situation in which more than three identical work tools are needed simultaneously. 

This method employs the basic principles previously described for the EIS method but with the use of two identical working electrodes. The method does not use an auxiliary electrode nor a reference electrode. With reference to Fig. 6.21, the two working electrodes (A and B), ideally, are identical in all aspects—geometry, chemical composition, microstructure, surface condition, etc. The method involves application of a low-amplitude (e.g., 20 mV) AC potential across the two electrodes, at a very low frequency (If) and at a very high frequency (hf), and measurement of the impedance of the system at each frequency, Z lf and Z hf. The assumed equivalent electrical circuit for the system also is indicated in Fig. 6.21. This circuit assumes that the simplest equivalent electrical circuit, as shown in Fig. 6.18, is applicable to each of the electrodes in the two-electrode method. In this case, Rs is the solution resistance (normalized with respect to specimen area, for example, ohms-m2) between the two electrodes. With reference to Fig. 6.21 (and also with reference to the previous discussion of the EIS method), it is seen that ... 

A variety of techniques based on noise exists, but the most common uses two identical working electrodes and a noise-free reference electrode situated between the two working electrodes. The current flowing between the two working electrodes is measured by a zero-resistance ammeter, and their potential is monitored versus the reference electrode. 

The use of two identical working electrodes was proposed by Sibert et al. [685]. The electrodes should be placed close to each other to minimize the solution resistance and be polarized by a small ac amplitude between them by a FRA. The current is measured as a potential drop on a small calibrated resistance... 

Repetitive and identical work processes trigger a training stimulus and will yield improved output. This is valid for all physical functions in general and may, e.g., encompass simple training of muscles or the adaptability to heat or height. Improved output is most noticeable during the first phase of training. 

The chemical nature of the diol in the PU structure also influences the mechanical properties under identical working conditions. Thus, with the glycerol based PU (curve 3) the impact strength shows a maximum at 170°C. Its decreasing above this two rollmixing temperature is due to some crosslinking reactions of the de-... 

Chain pitch should be as long as is found to be compatible with sprocket size, as selected earlier. Manufacturers will usually list standard chains in two or three popular pitches with similar or identical working loads. The best economics are obtained by using standard chains of longer pitches, but sprockets with the same number of teeth will be proportionately larger for longer pitch chains. If sprockets with fewer teeth are then chosen, the speed correction factor will increase the conveyor pull accordingly. 

Biamperometry is another technique that can be utilized for the determination of antioxidant capacity based on the DPPH redox couple. According to Milardovic et al. (2005) and Pisoschi et al. (2009), this method is based on the measurement of the current flowing between two identical working electrodes, polarized via a small potential difference, immersed in the solution containing the reversible redox couple. 

The integral is evaluated over an arbitrary surface wholly within the barrier. Es-.sential insight into the underlying physics of STM/STS may be gained by considering a simple one-dimensional case of two identical free-electron metals with identical work functions, ( ). Applying boundary conditions, the wavefunctions in the gap may be written as (Fig. 4)... 

Under certain conditions, the even-order terms in the Taylor series expansion of the exponentials cancel consequently, Eq. (7) can be a better approximation than indicated by Eq. (36). For electrode kinetic measurements, this has been shown to be the case when the polarization resistance is measured using two identical working electrodes, that is, when one electrode is polarized negatively and the other positively to the same extent. A similar, two-specimen approach was also proposed for corrosion measurements, but the measurements can also be carried out with one specimen using two successive polarization measurements one anodic and one cathodic.When the two polarization values used are A and — A , with the corresponding two current densities and the corrosion current density can be expressed... 

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