The profile of cracked products can be adjusted in a wide range by the degree of hydrogen transfer reaction.
氢转移反应的进行程度可以在较大范围内改变裂化产品的分布。
Control of this reaction, which arises due to the drastically different carbon solubility of austenite and ferrite, enables a wide range of properties to be achieved through heat treatment.
控制这一由于奥氏体和铁素体的碳溶解性完全不同而产生的反应,使得通过热处理能获得很大范围的特性。
Since this USES a 2.5 second reaction time and braking friction of 0.29, initial distances outside this range should almost always result in stopping before collision.
因为这使用2.5秒反应时间和用刹车使0.29的磨擦放慢速度,在这范围外边的最初距离应该经常导致在冲突之前停止。
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