Davy had finished ravelling out his herring net.

戴维已经开鲱鱼网结。

In addition to the type and character of physical crosslink network, the entanglement, topological factors, reptation model, lateral .

介绍了物理交联网类型与特性,综述了交联结、拓扑因素、蠕动模型、横向扩散模型以及瞬变网模型。

Treatments are being deeloped to preent the accumulation of cerebral plaques and tangles or to desegregate them once they are present.

目前正在开发治疗手段旨在阻止大脑中斑块和结蓄积，或者当它们产生时能够被清除。

The dynamic rheological behavior and non-isothermal cold crystallization of poly(ethylene terephthalate)(PET)were studied to reflect the disentanglement effect of the pulsatile extrusion flow field.

通过分析 PET 熔体动态流变参数和结晶动力学过程变化,间接证实动态挤出聚合物熔体分子结作用。

Davy had finished ravelling out his herring net.

戴维已经解鲱鱼网的缠结。

In addition to the type and character of physical crosslink network, the entanglement, topological factors, reptation model, lateral .

介绍了物理交联网的类型与特性,综述了交联的缠结、拓扑因素、蠕动模型、横向扩散模型以及瞬变网模型。

Treatments are being deeloped to preent the accumulation of cerebral plaques and tangles or to desegregate them once they are present.

目前发的治疗手段旨阻中斑块和缠结的蓄积，或者当它们产生时能够被清除。

The dynamic rheological behavior and non-isothermal cold crystallization of poly(ethylene terephthalate)(PET)were studied to reflect the disentanglement effect of the pulsatile extrusion flow field.

通过分析 PET 熔体的动态流变参数和结晶动力学过程的变化,间接证实动态挤出聚合物熔体分子的解缠结作用。

Davy had finished ravelling out his herring net.

戴维已经解开鲱鱼网的缠结。

In addition to the type and character of physical crosslink network, the entanglement, topological factors, reptation model, lateral .

介绍了物理交联网的类与特性,综述了交联的缠结、拓扑因素、蠕动、横向扩散及瞬变网。

Treatments are being deeloped to preent the accumulation of cerebral plaques and tangles or to desegregate them once they are present.

目前正在开发的治疗手段旨在阻止大脑中斑块和缠结的蓄，当它们产生时能够被清除。

The dynamic rheological behavior and non-isothermal cold crystallization of poly(ethylene terephthalate)(PET)were studied to reflect the disentanglement effect of the pulsatile extrusion flow field.

通过分析 PET 熔体的动态流变参数和结晶动力学过程的变化,间接证实动态挤出聚合物熔体分子的解缠结作用。

Davy had finished ravelling out his herring net.

戴维已经解开鲱鱼网的缠结。

In addition to the type and character of physical crosslink network, the entanglement, topological factors, reptation model, lateral .

介绍了物理交联网的类型与特性,综述了交联的缠结、拓扑因素、型、横向扩散型以及瞬变网型。

Treatments are being deeloped to preent the accumulation of cerebral plaques and tangles or to desegregate them once they are present.

目前正在开发的治疗手段旨在阻止大脑中斑块和缠结的蓄积，或者当它们产生被清除。

The dynamic rheological behavior and non-isothermal cold crystallization of poly(ethylene terephthalate)(PET)were studied to reflect the disentanglement effect of the pulsatile extrusion flow field.

通过分析 PET 熔体的态流变参数和结晶力学过程的变化,间接证实态挤出聚合物熔体分子的解缠结作用。

Davy had finished ravelling out his herring net.

戴维已经解开鲱鱼网。

In addition to the type and character of physical crosslink network, the entanglement, topological factors, reptation model, lateral .

介绍了物理交联网类型与特性,综述了交联、拓扑因素、蠕动模型、横向扩散模型以及瞬变网模型。

Treatments are being deeloped to preent the accumulation of cerebral plaques and tangles or to desegregate them once they are present.

目前正在开发治疗手段旨在阻止大脑中斑块和蓄积，或者当它们产生时能够被清除。

The dynamic rheological behavior and non-isothermal cold crystallization of poly(ethylene terephthalate)(PET)were studied to reflect the disentanglement effect of the pulsatile extrusion flow field.

通过分析 PET 熔体动态流变参数和晶动力学过程变,证实动态挤出聚合物熔体分子解作用。

Davy had finished ravelling out his herring net.

戴维已经解开鲱鱼结。

In addition to the type and character of physical crosslink network, the entanglement, topological factors, reptation model, lateral .

介绍了物理交联类型与特性,综述了交联结、拓扑因素、蠕动模型、横向扩散模型以及瞬变模型。

Treatments are being deeloped to preent the accumulation of cerebral plaques and tangles or to desegregate them once they are present.

目前正在开发治疗手段旨在阻止大脑中斑块和结蓄积，或者当它们产生时能够被清除。

The dynamic rheological behavior and non-isothermal cold crystallization of poly(ethylene terephthalate)(PET)were studied to reflect the disentanglement effect of the pulsatile extrusion flow field.

通过分析 PET 熔体动态流变参数和结晶动力学过程变化,实动态挤出聚合物熔体分子解结作用。

Davy had finished ravelling out his herring net.

戴维已经解开鲱鱼网的缠。

In addition to the type and character of physical crosslink network, the entanglement, topological factors, reptation model, lateral .

介绍了物理交联网的类型与特性,综述了交联的缠、因素、蠕动模型、横向扩散模型以及瞬变网模型。

Treatments are being deeloped to preent the accumulation of cerebral plaques and tangles or to desegregate them once they are present.

目前正在开发的治疗手段旨在阻止大脑中斑块和缠的蓄积，或者当它们产生时能够被清。

The dynamic rheological behavior and non-isothermal cold crystallization of poly(ethylene terephthalate)(PET)were studied to reflect the disentanglement effect of the pulsatile extrusion flow field.

分析 PET 熔体的动态流变参数和晶动力学程的变化,间接证实动态挤出聚合物熔体分子的解缠作用。

Davy had finished ravelling out his herring net.

戴维已经解开鲱鱼网的缠结。

In addition to the type and character of physical crosslink network, the entanglement, topological factors, reptation model, lateral .

介绍了物理交联网的类型与特性,综述了交联的缠结、拓扑因素、蠕动模型、横向扩散模型以及瞬变网模型。

Treatments are being deeloped to preent the accumulation of cerebral plaques and tangles or to desegregate them once they are present.

在开发的治疗手段旨在阻止大块和缠结的蓄积，或者当它们产生时能够被清除。

The dynamic rheological behavior and non-isothermal cold crystallization of poly(ethylene terephthalate)(PET)were studied to reflect the disentanglement effect of the pulsatile extrusion flow field.

通过分析 PET 熔体的动态流变参数和结晶动力学过程的变化,间接证实动态挤出聚合物熔体分子的解缠结作用。

Davy had finished ravelling out his herring net.

戴维已经解开鲱鱼网的缠结。

In addition to the type and character of physical crosslink network, the entanglement, topological factors, reptation model, lateral .

介绍了物理交联网的类型与特性,综述了交联的缠结、拓扑因素、型、横向扩散型以及瞬变网型。

Treatments are being deeloped to preent the accumulation of cerebral plaques and tangles or to desegregate them once they are present.

目前正在开发的治疗手段旨在阻止大脑中斑块和缠结的蓄积，或者当它们产生被清除。

The dynamic rheological behavior and non-isothermal cold crystallization of poly(ethylene terephthalate)(PET)were studied to reflect the disentanglement effect of the pulsatile extrusion flow field.

通过分析 PET 熔体的态流变参数和结晶力学过程的变化,间接证实态挤出聚合物熔体分子的解缠结作用。