crystal growth

Crystal growth is an important field of material science, which involves controlled phase transformation. In the past few decades, there has been a growing interest in crystal growth process, particularly in view of the increasing demand for materials for technological applications. Crystal growth and characterization are of vital interest for many areas. This has enabled the commercial development of single crystals with promising the NLO properties including potential applications that lie in the fields of high density data storage, high-resolution printing and spectroscopy. Single crystal growth has prominent role to play in the present era of rapid technical and scientific advancement, where the application of crystals has unbounded limits. The single crystals form an indispensable part of the rapidly advancing technology. With the progress in crystal growth technology, materials having attractive non linear properties root the technological development in the current situation. The emergence of new materials with superior quality is often responsible for major advances in new technologies. The growth of high quality organic single crystals is a fundamental step in the investigation of the properties of a new material, and progress towards technological applications. There are different techniques have been proposed for the growth of organic single crystals in the present study we use the solution growth method.