Embedded elements

Based on the vessel layout, certain components may be embedded to save vessel area for the reactor. These embedded elements such as shown in 

A separate analysis is given on the behaviour of the reactor concrete in this chapter. 

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Subsequently, the process elements of a view instance can be embedded into private process instances of the subscriber. Thereby, any new restrictions on the embedded elements, e.g. new incoming control flows, have to be negotiated between the subscriber and publisher before they can take effect. 

It is therefore of interest to investigate just a single stick array when we feed only a single pair of terminals while the rest are loaded with the same load impedances Z. We have denoted the terminal impedance for this case for the embedded element stick impedance Zemb eie stk- Examples are shown in Fig. D.7. The array has the same dimensions as nsed in the previons section (see insert). The calcnlations were obtained from the method of moment program ESP [137]. Similar to the SPLAT program nsed to obtain the resnlts in Figs. D.5 and D.6, it uses dielecttic cylinders placed aronnd each element. 

Fig. D.7 The embedded element stick impedance Zemb eie atk for element dimensions identical to Fig. D.6. From the ESP program. Dielectric "undenvear modeled by dielectric cylinder around the elements, (e With one parasitically excited dipole on top and bottom. Loaded with Z = 100 ohms, (b) With two parasitically excited dipoles on the top and two on the bottom. Loaded with Zl = 100 ohms. Includes matching section (see text), (c) With three parasitically excited dipoles on the top and bottom. Includes matching section (see text).

An even greater difference is observed if we consider the embedded element stick impedance Zemb eie stk as shown in Fig. D.7. Here we excite only the center element of a single stick while all the other elements in the stick array are parasitically excited. 

We can now proceed to the generation of conformations. First, random values are assigne to all the interatomic distances between the upper and lower bounds to give a trial distam matrix. This distance matrix is now subjected to a process called embedding, in which tl distance space representation of the conformation is converted to a set of atomic Cartesic coordinates by performing a series of matrix operations. We calculate the metric matrix, each of whose elements (i, j) is equal to the scalar product of the vectors from the orig to atoms i and j ... 

The compounds obtained in solid state have the general formula [MefSCNf JR., (R-cations of cyanine dyes) and could be embedded into polyvinylchloride matrix. Using the matrix as work element of electrodes shows the anionic function concerning the anionic thiocyanate complexes of Pd, Hg, Zn and the response to sepai ately present thiocyanate and metallic ions is not exhibited. 

These are bimetal elements, consisting of a bimetal junction which produces a small voltage proportional to the temperature at the junction. They are thus able to detect the winding temperature conditions when embedded inside the motor windings. For more details refer to DIN 43710. 

The gauge element in the form of a foil (50 ohms) is normally embedded in materials such that the active gauge element is normal to the stress-wave propagation direction. Manganin is the only in situ stress gauge available for... 

Proeess flow measurement at inlet or diseharge of maehine Radial-bearing temperature thermoeouple or resistanee temperature element embedded in eaeh bearing, or temperature at lube oil diseharge of eaeh bearing. 

For Sm, Eu, and Yb, on the other hand, nanocapsules containing carbides were not found in the cathode deposit by either TEM or XRD. To see where these elements went, the soot particles deposited on the walls of the reaction chamber was investigated for Sm. XRD of the soot produced from Sm203/C composite anodes showed the presence of oxide (Sm203) and a small amount of carbide (SmC2). TEM, on the other hand, revealed that Sm oxides were naked, while Sm carbides were embedded in flocks of amorphous carbon[12J. The size of these compound particles was in a range from 10 to 50 nm. However, no polyhedral nanocapsules encaging Sm carbides were found so far. 

Most bones of the human skeleton are composed of two structurally distinct types of tissue compact (dense) and trabecular (cancellous, spongy) bone. Both types contain the same elements cells ( osteocytes) embedded in a mineralised matrix and connected by small canals ( canaliculi ). In compact bone, which makes up 85% of the skeleton, these components form elongated cylinders of concentric lamellae surrounding a central blood vessel (called osteon or Haversian system). Cancellous bone, in contrast, forms thin,... 

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