CAJ | 학술논문

概述近年微波及超声波在钨冶金生产工艺中的应用研究进展，简介其应用工艺和技术。主要从微波在钨冶金中应用：促进黑、白钨矿浸出；促进含钨化合物合成；烧结含钨化合物与热分解制备三氧化钨；超声波在钨冶金中应用：强化钨矿浸出及仲钨酸铵结晶；辅助制备含钨化合物；工业探伤应用等领域进行介绍。微波及超声波技术在钨冶金中应用将越来越广泛和深入。
개술근년미파급초성파재오야금생산공예중적응용연구진전，간개기응용공예화기술。주요종미파재오야금중응용：촉진흑、백오광침출；촉진함오화합물합성；소결함오화합물여열분해제비삼양화오；초성파재오야금중응용：강화오광침출급중오산안결정；보조제비함오화합물；공업탐상응용등영역진행개소。미파급초성파기술재오야금중응용장월래월엄범화심입。
The application processes with microwave and ultrasonic technology in tungsten metallurgy is introduced. The application of microwave in tungsten metallurgy includes the promotion of the ore leaching of scheelite and wolframite, as well as the synthesis of tungsten-containing compounds, the sintering of the tungsten -containing compounds and the thermal decomposition preparation of tungsten trioxide. The application of ultrasonic in metallurgy of tungsten contains the enforcement of the extraction of tungsten-containing compounds and crystallization of APT , assisted preparation of tungsten-containing compounds and industrial testing. The application of microwave and ultrasonic technology in tungsten metallurgy are becoming increasingly prevalent and far-reaching.