ժҪ Indirect methods to detect and evaluate inclusions in steel are extensively reviewed, including total oxygen measurement, nitrogen pickup, steel and slag composition measurement, lining refractory observation, tracer studies to determine exogenous inclusions from slag and lining erosion, SEN clogging and final product tests. There is no single ideal method to detect and evaluate inclusions in steel, so it is best to couple several methods together to give a more accurate evaluation. Total oxygen content and nitrogen pickup in low carbon aluminum-killed steel as criterion of clean steel in many plants are summarized.
Abstract��Indirect methods to detect and evaluate inclusions in steel are extensively reviewed, including total oxygen measurement, nitrogen pickup, steel and slag composition measurement, lining refractory observation, tracer studies to determine exogenous inclusions from slag and lining erosion, SEN clogging and final product tests. There is no single ideal method to detect and evaluate inclusions in steel, so it is best to couple several methods together to give a more accurate evaluation. Total oxygen content and nitrogen pickup in low carbon aluminum-killed steel as criterion of clean steel in many plants are summarized.
ZHANG Li-feng. Indirect Methods to Detect and Evaluate Inclusions in Steel A Review[J]. �й������ڿ���, 2006, 1(4): 0-0.
ZHANG Li-feng. Indirect Methods to Detect and Evaluate Inclusions in Steel A Review. Chinese Journal of Iron and Steel, 2006, 1(4): 0-0.
2006, Vol. 1 