Cleavable block copolymers could be cleaved into separate homopolymers under external stimuli (such as heat, light or agents).

这种聚合物在外部刺激（、光、特殊试剂等）可以发生解离，从而变为两段均聚物。

This paper compares the performance levels of selected GMS materials as antistat and mould release agents in homopolymer and random and impact copolymer PP injection moulding applications.

本文比较了几种甘油单硬脂酸(GMS)产在均聚无规与耐冲击共聚PP的注塑应用中作为抗静电剂和脱模剂的效果。

Cleavable block copolymers could be cleaved into separate homopolymers under external stimuli (such as heat, light or agents).

这种聚合物在外部刺激下（如热、光、特殊试剂等）可以发生解离，从而变聚物。

This paper compares the performance levels of selected GMS materials as antistat and mould release agents in homopolymer and random and impact copolymer PP injection moulding applications.

本文比较了几种甘油单硬脂酸(GMS)产在聚无规与耐冲击共聚PP的注塑应用抗静电剂和脱模剂的效果。

Cleavable block copolymers could be cleaved into separate homopolymers under external stimuli (such as heat, light or agents).

这种聚合物在外部刺激下（如热、光、特殊试等）可解离，从而变为两段均聚物。

This paper compares the performance levels of selected GMS materials as antistat and mould release agents in homopolymer and random and impact copolymer PP injection moulding applications.

本文比较了几种甘油单硬脂酸(GMS)产在均聚无规与耐冲击共聚PP注塑应用中作为抗静电和脱效果。

Cleavable block copolymers could be cleaved into separate homopolymers under external stimuli (such as heat, light or agents).

这种聚合部刺激下（如热、光、特殊试剂等）可以发生解离，从而变为两段均聚。

This paper compares the performance levels of selected GMS materials as antistat and mould release agents in homopolymer and random and impact copolymer PP injection moulding applications.

本文比较了几种甘油单硬脂酸(GMS)产均聚无规与耐冲击共聚PP的注塑应用中作为抗静电剂和脱模剂的效果。

Cleavable block copolymers could be cleaved into separate homopolymers under external stimuli (such as heat, light or agents).

这种聚合物在外部刺激下（如热、光、特殊试等）可以发生，而变为两段均聚物。

This paper compares the performance levels of selected GMS materials as antistat and mould release agents in homopolymer and random and impact copolymer PP injection moulding applications.

本文比较了几种甘油单硬脂酸(GMS)产在均聚无规与耐冲击共聚PP的注塑应用中作为抗静电模的效果。

Cleavable block copolymers could be cleaved into separate homopolymers under external stimuli (such as heat, light or agents).

这种聚合物在外部刺激下（如热、光、特殊试剂等）可以发生解离，从而变为两段均聚物。

This paper compares the performance levels of selected GMS materials as antistat and mould release agents in homopolymer and random and impact copolymer PP injection moulding applications.

本文比较了几种甘油单硬脂酸(GMS)产在均聚无规与耐冲击共聚PP的注塑应用中作为抗静电剂和脱模剂的效果。

Cleavable block copolymers could be cleaved into separate homopolymers under external stimuli (such as heat, light or agents).

这种聚合物在外部刺激下（如热、光、特殊试剂等）可以发生解离，从而变为两段均聚物。

This paper compares the performance levels of selected GMS materials as antistat and mould release agents in homopolymer and random and impact copolymer PP injection moulding applications.

本文比较了几种甘油单硬脂酸(GMS)产在均聚无规与耐冲击共聚PP的注塑应用中作为抗静电剂和脱模剂的效果。

Cleavable block copolymers could be cleaved into separate homopolymers under external stimuli (such as heat, light or agents).

这种聚合物在外部刺激下（如热、光、特殊试等）可以发生，而变为两段均聚物。

This paper compares the performance levels of selected GMS materials as antistat and mould release agents in homopolymer and random and impact copolymer PP injection moulding applications.

本文比较了几种甘油单硬脂酸(GMS)产在均聚无规与耐冲击共聚PP的注塑应用中作为抗静电模的效果。

Cleavable block copolymers could be cleaved into separate homopolymers under external stimuli (such as heat, light or agents).

种聚合物在外部刺激下（如热、光、特殊试剂等）可以发解离，从而变为两段均聚物。

This paper compares the performance levels of selected GMS materials as antistat and mould release agents in homopolymer and random and impact copolymer PP injection moulding applications.

本文比较了几种甘油单硬脂酸(GMS)产在均聚无规与耐冲击共聚PP的注塑应用中作为抗静电剂和脱模剂的效果。