Interlink® system

There is a routine procedure to form the transport pores in catalysts catalyst is mixed with some additive, which can be burned off after preparation. Consider the catalyst with true density pc = 3.3 g/cm3 and the additive (carbon black) with true density of pA= 1.2 g/cm3. Calculate the amount of additive necessary to form the interlinked system of transport pores. 

The independent stations are finally united in a complete layout of the system, and the interlinking system and the bumpers are defined. In a final simulation of the material flow, the buffer sizes can be optimized and bottlenecks eliminated. The planning results are available as data and also as a 3D model of the assembly line. This provides aU participants with enough data upon which to base their decisions (see Figure 34). 

Above it was remarked that the interlinked systems form, to a certain extent, a transition between the linear and the globular polymers. On these grounds their properties may be expected to be somewhere between those of the two systems mentioned, and this can actually be observed. 

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