KDP crystals with different concentrations of EDTA in solution were grown.
Light scatter was detected with ultramicroscopic method. It has been proven
that light scatter in KDP crystal aggravates with the increasing concentra
tion of EDTA in the growth solution. The increase with light scatter occurs
since EDTA inhibits the growth of KDP crystal at high concentration, which
results in the formation of mother liquid inclusions, which in turn causes
light scatter. The density, size and shape of light scatter are varied wit
hin different sectors of the KDP crystal. The mechanism of the effect is di
scussed. (C) 2000 Elsevier Science B.V. All rights reserved.