This proved that nitrourea was a more suitable reactant than urea to synthesize Keto-RDX.

由此表明了在生成RDX酮的反应过程中，脲上比脲更为合适的反应形式。

This paper presents the studies on the reaction form of urea or nitrourea which condenses with nitrolysis fragments of urotropine to form Keto-RDX in nitrating agents.

通过改变加料方式来究脲或脲在化剂中与乌洛托品解碎片进行缩合反应的形式。

This proved that nitrourea was a more suitable reactant than urea to synthesize Keto-RDX.

由此表明了在生成RDX酮的反应过程中，硝基上比更为合适的反应形。

This paper presents the studies on the reaction form of urea or nitrourea which condenses with nitrolysis fragments of urotropine to form Keto-RDX in nitrating agents.

通过改变加料方或硝基在硝化剂中与乌洛托品硝解碎片进行缩合反应的形。

This proved that nitrourea was a more suitable reactant than urea to synthesize Keto-RDX.

由此表明了在生成RDX酮的反应过程中，硝基更为合适的反应形式。

This paper presents the studies on the reaction form of urea or nitrourea which condenses with nitrolysis fragments of urotropine to form Keto-RDX in nitrating agents.

通过改变加料方式来究或硝基在硝化剂中与乌洛托品硝解行缩合反应的形式。

This proved that nitrourea was a more suitable reactant than urea to synthesize Keto-RDX.

由此表明了在生成RDX酮的反应过程中，硝基脲上比脲更为合适的反应形式。

This paper presents the studies on the reaction form of urea or nitrourea which condenses with nitrolysis fragments of urotropine to form Keto-RDX in nitrating agents.

通过改变加料方式来究脲或硝基脲在硝化剂中与乌洛托品硝解碎片进行缩合反应的形式。

This proved that nitrourea was a more suitable reactant than urea to synthesize Keto-RDX.

由此表明了在生成RDX酮反中，硝基脲上比脲更为合适反式。

This paper presents the studies on the reaction form of urea or nitrourea which condenses with nitrolysis fragments of urotropine to form Keto-RDX in nitrating agents.

通改变加料方式来究脲或硝基脲在硝化剂中与乌洛托品硝解碎片进行缩合反式。

This proved that nitrourea was a more suitable reactant than urea to synthesize Keto-RDX.

由此表了在生成RDX应过程中，硝基脲上比脲更为合适应形。

This paper presents the studies on the reaction form of urea or nitrourea which condenses with nitrolysis fragments of urotropine to form Keto-RDX in nitrating agents.

通过改变加料方来究脲或硝基脲在硝化剂中与乌洛托品硝解碎片进行缩合应形。

This proved that nitrourea was a more suitable reactant than urea to synthesize Keto-RDX.

由此在生成RDX酮的反应过程中，硝基脲上比脲更为合适的反应形式。

This paper presents the studies on the reaction form of urea or nitrourea which condenses with nitrolysis fragments of urotropine to form Keto-RDX in nitrating agents.

通过改变加料方式来究脲或硝基脲在硝化剂中与乌洛托品硝解碎片进行缩合反应的形式。

This proved that nitrourea was a more suitable reactant than urea to synthesize Keto-RDX.

表明了在生成RDX酮的反应过程中，硝基脲上比脲更为合适的反应形式。

This paper presents the studies on the reaction form of urea or nitrourea which condenses with nitrolysis fragments of urotropine to form Keto-RDX in nitrating agents.

通过改变加料方式来究脲或硝基脲在硝化剂中与乌洛托品硝解碎片进行缩合反应的形式。

This proved that nitrourea was a more suitable reactant than urea to synthesize Keto-RDX.

由此表生成RDX酮的反应过程中，硝基脲上比脲更为合适的反应形式。

This paper presents the studies on the reaction form of urea or nitrourea which condenses with nitrolysis fragments of urotropine to form Keto-RDX in nitrating agents.

通过改变加料方式来究脲或硝基脲硝化剂中与乌洛托品硝解碎片进行缩合反应的形式。