绪言抑制早期硫化或者焦烧的问题是近期许多报导的主题,这些工作大多集中在N-(环已基硫代)酞酰亚胺的应用及其作为一种特效的焦烧抑制剂的机理探讨方面,用N-(环已基硫代)酞酰亚胺抑制焦烧时也伴随了一种不希望的迟延硫化速率和降低模数的作用。我们在这方面的研究成果是发现了一类新型化合物,N-(氨基硫代)酰亚胺,其作用不仅 INTRODUCTION The suppression of early sulphurization or scorch has been the subject of many recent reports, most of which focus on the application of N- (cyclohexylthio) phthalimide and its mechanism as a specific scorch inhibitor In contrast, the inhibition of scorch with N- (cyclohexylthio) phthalimide is accompanied by an undesirable retardation of the cure rate and a reduction of the modulus. Our research results in this area have found a new class of compounds, N- (aminothio) imide, its role not only