Schematic of stages

Fig. 4 Schematic of stage structures of lithium intercalation in graphite (A) stage structures of Li-GICs and (B) in-phase structure of stage-1 LiGIC. (From Ref...

FIGURE 21.2 Schematic of stages, inputs and outputs of a life-cycle analysis. (For color version of this figure, the reader is referred to the online version of this book.)... 

Figure 8.6 (a) Schematic of stage formation during intercalation of lithium into graphite and (b) Li-ion charge-discharge profile of graphite. Adapted from Refs. 1 and 37. 

The process takes place in two stages that must be physically separate but temporally adjacent. Figure 1 presents a schematic of a typical parylene deposition process, also indicating the approximate operating conditions. 

Fig. 5. Schematic representation of gel surface (a) at the beginning of stage 1, where total pore area is 91% and total Si02 area is 9% and (b) at the end of...

Fig. 5. Schematic of a gaseous-diffusion stage showing a single converter in center.

Fig. 2. Schematic of a two-stage vacuum bromine steaming-out process.

Figure H-7 is the schematic of a basic I/P transducer. The transducer shovvm is characterized bv (1) an input conversion that generates an angular displacement of the beam proportional to the input current, (2) a pneumatic amplifier stage that converts the resulting angii-...

FIG. 18-149 Schematic of pusher centrifuge (a) single-stage pusher (b) multistage pusher. 

Fig. 7.14 Schematic diagram of stages of low-alloy steel oxidation in CO/CO2...

FIGURE 7.7 Schematic of a low-NOx/SOx pulverized coal burner. The addition of oxygen is staged to produee an initial fuel-rich zone in the burner that results in reduced emissions of nitrogen oxides. Courtesy, M. P. Heap, Energy and Environmental Research Corporation. 

A general schematic of a particle-beam interface is shown in Figure 4.5. The procedure used with this interface consists of four stages, as follows ... 

Figure 6. Scale-drawn schematic of the cluster reactor in relation to the pulsed cluster source. The letters A-F indicate the various stages of cluster preparation or synthesis, cooling, mixing and reacting, and finally flowing into vacuum toward detection.

Figure. 3.36. Schematic of the various stages in the formation and the growth of particles from a monomer dispersion during sintering (after Satterfield, 1991).

Schematic of a two-stage metal hydride reservoir. (Reproduced with permission from Maddalena, A., Petrisa, M., Paladea, P., Sartoria, S., Principia, G., Settimob, E., Molinasc, B., and Lo Russo, S., hit. ]. Hydrogen Energ., 31, 2097-2103,2006.)...

Reaction times of fermentation range from a few hours to several days. Batch processes are common, but continuous stirred tanks also are used either singly or in stages. A continuous stirred tank reactor (CSTR) also is called a chemostat. Figure 8.4 is a schematic of a fermentor with representative dimensions from the literature. 

Figure 2.23. Schematic of single-stage spinning cup atomization of melt.

Figure 6.9. Schematic of optical arrangement (top) and experimental setup (bottom) of two reference beam holography for recording images of a deforming droplet at different stages of spreading. (Reprinted from Ref. 368.)...

Figure 4.14 Schematic of a Buhler four-stage PET-SSP process, showing typical DSC thermograms (obtained at heating rates of 10°C/min) at each process stage... 

A simplified schematic of various available SSP systems is shown in Figure 4.18. The four main process stages of crystallization, annealing, reaction and cooling are present in all of the plant types. The processes differ from one another by the way in which the pellets are agitated in order to prevent agglomeration during heat-up. 

Figure 12.11 Schematic of a modern staple drawline for PET fibers 1, spun yarn supply cans 2, lubricating bath 3, two-stage drawing 4, heatsetting 5, cooling 6, reheating 7, crimping 8, dyeing 9, cutting 10, baling...

Fig. 4.57. Discrete dynode electron multipliers, (a) Schematic of a 14-stage SEM. (b) Photograph of an old-fashioned 16-stage Venetian blind-type SEM clearly showing the resistors and ceramics insulators between the stacking dynodes at its side, (a) Adapted from Ref. [238] by permission. Springer-Verlag Heidelberg, 1991.

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