According to acoustic structure theory base,acoustic principle of multi-holes acoustextile and nonwovens characteristics,nonwovens acoustic theory are analysed in the paper.

根据结构理论基础以及多孔材料的理,结合非织造布的结构特点,系统分析了非织造布的原理。

Shape-set silk floss of a compound-layered structure is made by nonwoven technology mainly with waste silk from filatures and three-dimensionally crimpy fibres.

定形棉采用非织造布工艺，以缫厂的下脚废为主要原料与三卷曲成复合层结构。

Our needle punched nonwoven had wide range of grammage, materials, and width. Was used in should pad, mattress, iron board, package, filtration, blanket, wipes xxxxx

我司生产的各种针棉，克重、幅宽范围广，广泛应用于垫肩、床垫、烫衣板、包装、过滤、毛毯、擦拭布等。

The results indicated that argon plasma treatment had some effects on the mechanical properties of pylen nonwoven fabric, but had no effect on the application of pylen nonwoven fabric.

结果表明，通过氩气等离子体表面活化处理，虽然会对无纺丙纶非织造物的力学性能造成影响，但是不会影响丙纶非织造物的使用。

According to acoustic structure theory base,acoustic principle of multi-holes acoustextile and nonwovens characteristics,nonwovens acoustic theory are analysed in the paper.

根据吸声结理论基础以及多孔吸声材料的吸声机理,结合非织造布的结,系统分析了非织造布的吸声原理。

Shape-set silk floss of a compound-layered structure is made by nonwoven technology mainly with waste silk from filatures and three-dimensionally crimpy fibres.

定形棉采用非织造布工艺，以缫厂的下脚主要原料与三维卷曲纤维组成复合层结。

Our needle punched nonwoven had wide range of grammage, materials, and width. Was used in should pad, mattress, iron board, package, filtration, blanket, wipes xxxxx

我司生产的各种针棉，克重、幅宽范围广，广泛应用于垫肩、床垫、烫衣板、包装、过滤、毛毯、擦拭布等。

The results indicated that argon plasma treatment had some effects on the mechanical properties of pylen nonwoven fabric, but had no effect on the application of pylen nonwoven fabric.

结果表明，通过氩气等离子体表面活化处理，虽然会对无纺丙纶非织造物的力学性能造成影响，但是不会影响丙纶非织造物的使用。

According to acoustic structure theory base,acoustic principle of multi-holes acoustextile and nonwovens characteristics,nonwovens acoustic theory are analysed in the paper.

根据吸声结构理以及多孔吸声材料吸声机理,结合非织造布结构特点,系统分析了非织造布吸声原理。

Shape-set silk floss of a compound-layered structure is made by nonwoven technology mainly with waste silk from filatures and three-dimensionally crimpy fibres.

定形棉采用非织造布工艺，以缫厂下脚废为主要原料与三维卷曲纤维组成复合层结构。

Our needle punched nonwoven had wide range of grammage, materials, and width. Was used in should pad, mattress, iron board, package, filtration, blanket, wipes xxxxx

我司生种针棉，克重、幅宽范围广，广泛应用于垫肩、床垫、烫衣板、包装、过滤、毛毯、擦拭布等。

The results indicated that argon plasma treatment had some effects on the mechanical properties of pylen nonwoven fabric, but had no effect on the application of pylen nonwoven fabric.

结果表明，通过氩气等离子体表面活化处理，虽然会对无纺丙纶非织造物力学性能造成影响，但是不会影响丙纶非织造物使用。

According to acoustic structure theory base,acoustic principle of multi-holes acoustextile and nonwovens characteristics,nonwovens acoustic theory are analysed in the paper.

根据吸声结构理论基础以及多孔吸声材料的吸声机理,结合非织造布的结构特点,系统分析了非织造布的吸声原理。

Shape-set silk floss of a compound-layered structure is made by nonwoven technology mainly with waste silk from filatures and three-dimensionally crimpy fibres.

定形棉采非织造布工艺，以缫厂的下脚废为主要原料与三维卷曲纤维组成复合层结构。

Our needle punched nonwoven had wide range of grammage, materials, and width. Was used in should pad, mattress, iron board, package, filtration, blanket, wipes xxxxx

我司生产的各种针棉，克重、幅宽范围广，广泛应于垫肩、床垫、、包装、过滤、毛毯、擦拭布等。

The results indicated that argon plasma treatment had some effects on the mechanical properties of pylen nonwoven fabric, but had no effect on the application of pylen nonwoven fabric.

结果表明，通过氩气等离子体表面活化处理，虽然会对纺丙纶非织造物的力学性能造成影响，但是不会影响丙纶非织造物的使。

According to acoustic structure theory base,acoustic principle of multi-holes acoustextile and nonwovens characteristics,nonwovens acoustic theory are analysed in the paper.

根据吸声构论基础以及多孔吸声材料的吸声,合非织造布的构特点,系统分析了非织造布的吸声原。

Shape-set silk floss of a compound-layered structure is made by nonwoven technology mainly with waste silk from filatures and three-dimensionally crimpy fibres.

定形棉采用非织造布工艺，以缫厂的下脚废为主要原料与三维维组成复合层构。

Our needle punched nonwoven had wide range of grammage, materials, and width. Was used in should pad, mattress, iron board, package, filtration, blanket, wipes xxxxx

我司生产的各种针棉，克重、幅宽范围广，广泛应用于垫肩、床垫、烫衣板、包装、过滤、毛毯、擦拭布等。

The results indicated that argon plasma treatment had some effects on the mechanical properties of pylen nonwoven fabric, but had no effect on the application of pylen nonwoven fabric.

果表明，通过氩气等离子体表面活化处，虽然会对无纺丙纶非织造物的力学性能造成影响，但是不会影响丙纶非织造物的使用。

According to acoustic structure theory base,acoustic principle of multi-holes acoustextile and nonwovens characteristics,nonwovens acoustic theory are analysed in the paper.

根据吸声结基础以及多孔吸声材料的吸声机,结合非织造布的结特点,系统分析了非织造布的吸声原。

Shape-set silk floss of a compound-layered structure is made by nonwoven technology mainly with waste silk from filatures and three-dimensionally crimpy fibres.

定形棉采用非织造布工艺，以缫厂的下脚废为主要原料与三维卷曲纤维组成复合层结。

Our needle punched nonwoven had wide range of grammage, materials, and width. Was used in should pad, mattress, iron board, package, filtration, blanket, wipes xxxxx

我司生产的棉，克重、幅宽范围广，广泛应用于垫肩、床垫、烫衣板、包装、过滤、毛毯、擦拭布等。

The results indicated that argon plasma treatment had some effects on the mechanical properties of pylen nonwoven fabric, but had no effect on the application of pylen nonwoven fabric.

结果表明，通过氩气等离子体表面活化处，虽然会对无纺丙纶非织造物的力学性能造成影响，但是不会影响丙纶非织造物的使用。

According to acoustic structure theory base,acoustic principle of multi-holes acoustextile and nonwovens characteristics,nonwovens acoustic theory are analysed in the paper.

根据吸声结构理论基础以及多孔吸声材料的吸声机理,结合造布的结构特点,系统分析了造布的吸声原理。

Shape-set silk floss of a compound-layered structure is made by nonwoven technology mainly with waste silk from filatures and three-dimensionally crimpy fibres.

定形棉采用造布工艺，以缫厂的下脚废为主要原料与三维卷曲纤维组成复合层结构。

Our needle punched nonwoven had wide range of grammage, materials, and width. Was used in should pad, mattress, iron board, package, filtration, blanket, wipes xxxxx

我司生产的各种针棉，克重、幅宽范围广，广泛应用于垫肩、床垫、烫衣板、包装、滤、毛毯、擦拭布等。

The results indicated that argon plasma treatment had some effects on the mechanical properties of pylen nonwoven fabric, but had no effect on the application of pylen nonwoven fabric.

结果表明，气等离子体表面活化处理，虽然会对无丙纶造物的力学性能造成影响，但是不会影响丙纶造物的使用。

According to acoustic structure theory base,acoustic principle of multi-holes acoustextile and nonwovens characteristics,nonwovens acoustic theory are analysed in the paper.

根据吸声结理论基础以吸声材料的吸声机理,结合非织造布的结特点,系统分析了非织造布的吸声原理。

Shape-set silk floss of a compound-layered structure is made by nonwoven technology mainly with waste silk from filatures and three-dimensionally crimpy fibres.

定形棉采用非织造布工艺，以缫厂的下脚废为主要原料与三维卷曲纤维组成复合层结。

Our needle punched nonwoven had wide range of grammage, materials, and width. Was used in should pad, mattress, iron board, package, filtration, blanket, wipes xxxxx

生产的各种针棉，克重、幅宽范围广，广泛应用于垫肩、床垫、烫衣板、包装、过滤、毛毯、擦拭布等。

The results indicated that argon plasma treatment had some effects on the mechanical properties of pylen nonwoven fabric, but had no effect on the application of pylen nonwoven fabric.

结果表明，通过氩气等离子体表面活化处理，虽然会对无纺丙纶非织造物的力学性能造成影响，但是不会影响丙纶非织造物的使用。

According to acoustic structure theory base,acoustic principle of multi-holes acoustextile and nonwovens characteristics,nonwovens acoustic theory are analysed in the paper.

根据吸声结构理论基础以及多孔吸声材料的吸声机理,结合非造布的结构特点,系统分析了非造布的吸声原理。

Shape-set silk floss of a compound-layered structure is made by nonwoven technology mainly with waste silk from filatures and three-dimensionally crimpy fibres.

定形棉采非造布工艺，以缫厂的下脚废为主要原料与三维卷曲纤维组成复合层结构。

Our needle punched nonwoven had wide range of grammage, materials, and width. Was used in should pad, mattress, iron board, package, filtration, blanket, wipes xxxxx

我司生产的各种针棉，克重、幅宽范围广，广于垫肩、床垫、烫衣板、包装、过滤、毛毯、擦拭布等。

The results indicated that argon plasma treatment had some effects on the mechanical properties of pylen nonwoven fabric, but had no effect on the application of pylen nonwoven fabric.

结果表明，通过氩气等离子体表面活化处理，虽然会对无纺丙纶非造的力学性能造成影响，但是不会影响丙纶非造的使。