报道了一种模拟共振反应产额曲线的方法。
A simulation method of resonance reaction yield curve is reported.
声空化是声化学反应的主动力，对声化学产额的研究将能更好地利用声化学技术。
Sound cavitation is the driving force of sonochemical reactions. Investigation on sonochemical yield is useful in application of sonochemistry.
声空化是声化学反应的主动力，对声化学产额的研究将能更好地利用声化学技术。
Sound cavitation is the driving force of sonochemical reactions. Investigation on sonochemical yield is useful in application of sonochemistry.
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