Feelings, transformation

If you desire to use the core manufacturer s own method of determining core size, then feel free to do so. This phase of the transformer design is a gross estimation. 

On the basis of this past work and ongoing experiments, we feel that the liquid-phase methanation process promises to become an economic, reliable, and versatile means of converting synthesis gas mixtures to high Btu gas. Chem Systems believes that this technology is a key step in the transformation of fossil feeds into pipeline gas, and we look forward to its successful application in commercial coal gasification plants. 

We now derive the time-domain solutions of first and second order differential equations. It is not that we want to do the inverse transform, but comparing the time-domain solution with its Laplace transform helps our learning process. What we hope to establish is a better feel between pole positions and dynamic characteristics. We also want to see how different parameters affect the time-domain solution. The results are useful in control analysis and in measuring model parameters. At the end of the chapter, dead time, reduced order model, and the effect of zeros will be discussed. 

More typically, we have an indication that a transformed variable f y) has constant error variance and will wish to use this information to weight y appropriately. For example, we may suspect logy has constant error variance and wish to fit y. More typically, we might feel that y has constant error-variance and wish to fit 1/y. 

I have chosen the five languages listed above simply because I have had some exposure to all of them over the years. Let me assure you that no politieal or nationalistic motives are involved. If you would prefer French, Spanish, Italian, Japanese, and Swahili, please feel free to make the appropriate substitutions My purpose in using the language metaphor is to try to break some of the psychological barriers that students have to such things as Laplace transforms and frequency response. It is a pedagogical gimmick that I have used for over two decades and have found it to be very effective with students. 

However, according to Stan Woosley, there must be a whole range of masses in which a black hole is not immediately created, but only when a shock wave has blown the star apart. One would feel sure that the explosion had succeeded, and yet a certain fraction of the matter would fall back into the core, for it would have insufficient kinetic energy to resist the call of gravity from the central neutron star. The latter would be transformed into a black hole by the extra matter. This delayed delivery of a black hole may be much more common than the hasty birth described above. 

A first attempt consists of assuming that each electron feels a smooth distribution of negative charge with a charge density pc arising from the remaining N — electrons. In this case Eq. (1.4a) transforms into ... 

This part was covered in CHEC(1984) <1984CHEC(2)1>. We feel that the examples covered in CHEC(1984) are examples of ring transformations rather than ring construction from [3+3] fragments. No new examples of the [3+3] type were mentioned in CHEC-II(1996) <1996CHEC-II(6)1>. Although this synthetic approach is not frequently used, some examples appeared. 

In short, the DMT molecule can cause a transition from our world to another while the user remains alert and in control of his powers of reason. In this environment, the so-called self-transforming machine elves appear to inhabit this parallel realm. The DMT experience feels real and can be explored in great detail. Are DMT elves alive ... 

The transformation of one substance into another was a matter of rearrangement of the particles. In principle this would permit the transformation of one metal into another just as properly as any other more familiar chemical change. Indeed it might be said it permitted the transformation of anything into anything else, and Boyle at one time claimed to have converted a little gold into silver, a claim only a rich man might feel free to make. ... 

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