Partial process

Fig.4. The partially processed pistons are tested on surfaces A, B, C. For surfaces A and B the subsurface transverse waves are used. All transducers are design in single box.

Partially Processed Food Products. Partially processed food products have received more than minimal processing but stiU requite refrigeration. 

Wet gas unprocessed or partially processed natural gas produced from strata containing condensible hydrocarbons. 

So far, only the inventory of finished product has been considered. There are also inventories of raw materials and work in process, i.e., partially processed materials or intermediate produc ts, to be considered. It is necessaiy to modify Eqs. (9-147) through (9-154) accordingly to take these inventories into account. 

On an energy-content basis, the system is balanced at all times i.e., there is sufficient energy in the gas (or solids) present in the system at any time to complete the work on all the solids (or gas) present at the same time. This is significant in that there is no lag in response to control changes or in starting up and shutting down the system no partially processed residual solids or gas need be retained between runs. 

Teilunga-brucb, m. Math.) partial fraction, -ebene, /. plane of division, -flacbe, /. (Geol.) division plane, -gesetz, n. law of partition, -koeffizient, m. partition coefficient, distribution coefficient, -zabl, /. dividend. -zeicben, n. mark of division hyphen, -zustand, m. state of division. Teil-verflUssigung,/. partial liquefaction, -vor-gang, m. partial process, -wand, /. division wall. 

The protein-bound oligosaccharide is then partially processed by glucosidases and mannosidases if no additional sugars are added, this results in a high-mannose chain. 

However, this formulation yields very little information on the actual course of the reaction, i.e. of which partial processes it consists. This set of partial processes is termed the mechanism of the electrode reaction. In the first case, the electrode reaction at some electrodes involves the formation of an adsorbed hydrogen atom, followed by the recombination reaction ... 

Polarization is produced by the slow rate of at least one of the partial processes in the overall electrode process. If this rate-controlling step is a transport process, then concentration polarization is involved if it is the charge transfer reaction, then it is termed charge transfer polarization, etc. Electrode processes are often classified on this basis. 

Fig. 5.54 Mixed potential. (A) Zinc dissolution in acid medium. The partial processes are indicated at the corresponding voltammograms. (B) Dissolution of mercury in nitric acid solution. The original dissolution rate characterized by (1) the corrosion current y a is enhanced by (2) stirring which causes an...

Partially processed food products, packaging, 18 32-33 Partially promoted catalyst system,... 

Nyabi et al. (162) demonstrated that PSs with mutated Asp residues are catalyti-cally inactive. Unexpectedly, these mutated PSs are still partially processed into amino- and carboxy-terminal fragments by a presenilinase-like activity and are able to rescue PEN2 expression and nicastrin glycosylation, and then they become incorporated into large 440-kDa complexes, demonstrating that the catalytic activity of PS and its other functions in the generation, stabilization, and transport of the y-secretase complex can be separated and extends the concept that PSs are multifunctional proteins (162). 

It has already been shown in Chapter 4 (section 4.2.1) that from the thermodynamic point of view the process described by Eq. (16.2) can be modeled by the sum of its partial processes (extraction steps), irrespective of whether they really proceed or not. That is because Gibbs free energy is the function of state and its total change does not depend on the reaction path. According to the complex formation-partition model [76], one can distinguish two main steps in extraction of metal ions ... 

Thus, the total current density, /totab is composed of two components. It is a result of the addition of current densities of the two partial processes. 

As individual G actin molecules are always oriented in the same direction relative to one another, F actin consequently has polarity, it has two different ends, at which polymerization takes place at different rates, if the ends are not stabilized by special proteins (as in muscle cells), then at a critical concentration of G actin the (+) end of F actin will constantly grow, while the (-) end simultaneously decays. These partial processes can be blocked by fungal toxins experimentally. Phalloidin, a toxin contained in the Amanita phalloides mushroom, inhibits decay by binding to the (-) end. By contrast, cytochalasins, mold toxins with cytostatic effects, block polymerization by binding to the (+) end. 

Mixtures of phosphine and oxygen, both above and below the explosion limits, subjected to flash photolysis show, in the spectra, the presence of PH-, OH- and PO-radicals as well as the PH2-radical Eiuiing the reaction of atomic oxygen with phosphine visible luminescence up to 3600 A and UV emission were observed, which were attributed to the partial processes ... 

Various animal parasites are associated with certain raw and partially processed food, not only in the developing part of the world but also in developed countries. In the United... 

If the cathodic partial current is larger than the anodic partial current, a total cathodic or reduction current will flow through the electrochemical interface, and vice versa. If both anodic and cathodic partial processes at an electrode are balanced, that is both partial currents are equal, no net reaction will take place at the electrode and no total net current will be observed through the external circuit. However, both... 

Electrolytic metal deposition ( electroplating ) is an empirical art widely in use to cover corrosion-sensitive surfaces with a thin protecting metal layer, e.g. of tin, nickel, zinc, etc. The complete plating process comprises several partial processes such as mass transport, charge transfer, adsorption of adatoms, surface diffusion of adatoms, and finally nucleation and crystal growth. 

Mass transport processes are involved in the overall reaction. In these processes the substances consumed or formed during the electrode reaction are transported from the bulk solution to the interphase (electrode surface) and from the interphase to the bulk solution. This mass transport takes place by diffusion. Pure diffusion overpotential t]A occurs if the mass transport is the slowest process among the partial processes involved in the overall electrode reaction. In this case diffusion is the rate-determining step. 

Types III, V, and XI—may decorate fibril surfaces with their partially processed N-terminal regions. A possible role of these moieties in the regulation of fibril diameter is discussed later. 

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