Critical behaviors identification measuring behavior

From the point of view of purification, occlusion presents a serious obstacle in rejecting the impurities and residual solvent. Since solvent and temperature can drastically affect crystallization behaviors, these variables can play critical roles. Therefore, systematic screening of solvent and identification of proper crystallization conditions for optimum rejection of impurities are desirable. In view of the rapid development of high-throughput screening devices for the measurement of solubility (see Section 2.1.6), it is expected that there will be signih-cant progress in this field in the near future as well. 

In the long run it is hoped that the early identification of the critical form of metals associated with a certain type of project or industry may help planers and engineers to find appropriate technical measures to manipulate the behavior of metals in a way, which guarantees an occupationally and environmentally safe project development. Besides, it may save considerable costs by focusing in time on the real crucial issue. 

---