Growth continuous

Nucleation continues by secondary mechanisms and growth continues throughout the run until the batch achieves equilibrium and/or is dumped... 

If exponential growth continued, aluminium would overtake steel in 201 years (A.D. 2195) polymers would overtake steel in 55 years (A.D. 2049). 

Since all of the chains are intiated at about the same time and because growth continues until all of the styrene has been consumed, the chains will have similar lengths, i.e. there will be a narrow molecular weight distribution. In addition the chains will still have reactive ends. If, subsequently, additional monomer is fed to the reactor the chain growth will be renewed. If the additional monomer is of a different species to the styrene, e.g. butadiene, a binary diblock copolymer will be formed. 

Chain growth continues until the propagating polymer chain terminates. 

Boat. By far the most important application of RP in marine structures, particularly with respect to volume consumed, has been in boat construction. This has occurred in both civilian and military markets. Growth continues where it already dominates the small boats with the larger boat market growing. 

For many years the chemical industry had rapid growth continuing... 

Since the same mechanisms are involved, aggregation times are generally similar to adsorption times. As a consequence, ffoc growth rates typically parallel adsorption rates or, for continuous polymer addition, the rate of polymer addition. Furthermore, ffoc growth continues only so long as fresh polymer is... 

Much smaller values for the minimum number of atoms to form a stable growing crystal are observed for 3D nucleation of various atoms (e.g., Hg, Cu, Pb) on PL Here the number of atoms needed for the critical nucleus to ensure that growth continues varies from 5 to 15. If the planar surface of a metal is the catalyst, it is obvious that the fraction of atoms active—the surface ones—is an exceedingly tiny portion of the total number of atoms in the metal used. If, however, one uses small spheres, the fraction of the atoms actually on the surface and hence active in catalysis greatly... 

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