Studying the dimensions and hole form of stainless steel (304) under the effect of thermal operation of a non-leaner crystallization KD*P

Abstract

This article aims to study the effect of non-leaner crystallization (KD*P)  temperature on its transformational efficiency for generating wavelength (0.53,um), identifying its effect on the dimensions of the hole and conical of stainless steel (304). The study employs the descriptive experimental approach. It is divided into an introduction and three sections. Section 1 presents the devices used. Section 2 discusses the method of piercing the samples. Section 3 presents and discusses the results. It concludes that the temperature of crystallization plays a vital role in increasing its transformational efficiency wherein the best temperature was (36)c, but it was less than that for both temperature 70c, 50c.