Main defects and key technology in beamhouse effeeting.quality of pigskin garment leather producing were discussed in this paper.

本文讨论了内猪正服装革存在的主要质量缺陷,以及鞣准备中严重影响这些质量的关键工艺技术。

The surface defect appeared mainly as air bubbles and ferroferric oxide drops which centred around the lower outer - field portion of the stoneware cup.

表观缺陷主要表现为釉泡和氧化铁粒,且其集中于杯体下部外侧面。

The pattern of fracture by impact penetration test and tensile fatigue test of thermite welding with stereoscan was observed,and the component of defect with energy spectrum was analyed.

微观缺陷主要包括微孔和杂,其中微孔由微气孔和微缩孔组成,杂物按形态和尺寸分为团杂、锥杂、粒杂、积聚物杂、丝杂和混合形杂。

Main defects and key technology in beamhouse effeeting.quality of pigskin garment leather producing were discussed in this paper.

本文讨论了目前国内猪正服装革存在的主要质量缺陷,前准备中严重影响这些质量的关键工艺技术。

The surface defect appeared mainly as air bubbles and ferroferric oxide drops which centred around the lower outer - field portion of the stoneware cup.

表观缺陷主要表现为釉泡氧化铁粒,且其集中于杯体下部外侧面。

The pattern of fracture by impact penetration test and tensile fatigue test of thermite welding with stereoscan was observed,and the component of defect with energy spectrum was analyed.

观缺陷主要包括孔夹杂,其中孔由气孔孔组成,夹杂物按形态尺寸分为团簇状夹杂、锥状夹杂、粒状夹杂、积聚物夹杂、丝状夹杂混合形夹杂。

Main defects and key technology in beamhouse effeeting.quality of pigskin garment leather producing were discussed in this paper.

本文讨论了内猪正服装革存在的主要质量缺陷,以及鞣准备中严重影响这些质量的关键工艺技术。

The surface defect appeared mainly as air bubbles and ferroferric oxide drops which centred around the lower outer - field portion of the stoneware cup.

表观缺陷主要表现为釉泡和氧化铁粒,且其集中于杯体下部外侧面。

The pattern of fracture by impact penetration test and tensile fatigue test of thermite welding with stereoscan was observed,and the component of defect with energy spectrum was analyed.

微观缺陷主要包括微孔和杂,其中微孔由微气孔和微缩孔组成,杂物按形态和尺寸分为团杂、锥杂、粒杂、积聚物杂、丝杂和混合形杂。

Main defects and key technology in beamhouse effeeting.quality of pigskin garment leather producing were discussed in this paper.

本文讨论了目前国内猪正服装革存在的主要质量缺陷,以及鞣前准备影响这些质量的关键工艺技术。

The surface defect appeared mainly as air bubbles and ferroferric oxide drops which centred around the lower outer - field portion of the stoneware cup.

表观缺陷主要表现为釉泡和氧化铁粒,且其集于杯体下部外侧面。

The pattern of fracture by impact penetration test and tensile fatigue test of thermite welding with stereoscan was observed,and the component of defect with energy spectrum was analyed.

观缺陷主要包括和夹杂,其气和缩组成,夹杂物按形态和尺寸分为团簇状夹杂、锥状夹杂、粒状夹杂、积聚物夹杂、丝状夹杂和混合形夹杂。

Main defects and key technology in beamhouse effeeting.quality of pigskin garment leather producing were discussed in this paper.

本文讨论了目前国内猪正服装革存在的主要质量缺陷,以及鞣前准备严这些质量的关键工艺技术。

The surface defect appeared mainly as air bubbles and ferroferric oxide drops which centred around the lower outer - field portion of the stoneware cup.

表观缺陷主要表现为釉泡和氧化铁粒,且集于杯体下部外侧面。

The pattern of fracture by impact penetration test and tensile fatigue test of thermite welding with stereoscan was observed,and the component of defect with energy spectrum was analyed.

观缺陷主要包括孔和夹杂,孔由气孔和缩孔组成,夹杂物按形态和尺寸分为团簇状夹杂、锥状夹杂、粒状夹杂、积聚物夹杂、丝状夹杂和混合形夹杂。

Main defects and key technology in beamhouse effeeting.quality of pigskin garment leather producing were discussed in this paper.

本文讨论了目前国内猪正服装革存在的主缺陷,以及鞣前准备中严重影响这些的关键工艺技术。

The surface defect appeared mainly as air bubbles and ferroferric oxide drops which centred around the lower outer - field portion of the stoneware cup.

表观缺陷主表现为釉泡和氧化铁粒,且其集中于杯体下部外侧面。

The pattern of fracture by impact penetration test and tensile fatigue test of thermite welding with stereoscan was observed,and the component of defect with energy spectrum was analyed.

微观缺陷主包括微孔和,其中微孔由微气孔和微缩孔组,物按形态和尺寸分为团簇状、锥状、粒状、积聚物、丝状和混合形。

Main defects and key technology in beamhouse effeeting.quality of pigskin garment leather producing were discussed in this paper.

本文讨论了目前国内猪正服装革存在的主要质量缺陷,以及鞣前准备中严重影响这些质量的关键工艺技术。

The surface defect appeared mainly as air bubbles and ferroferric oxide drops which centred around the lower outer - field portion of the stoneware cup.

表观缺陷主要表现为釉泡和氧化铁粒,且其集中于杯体下部外侧面。

The pattern of fracture by impact penetration test and tensile fatigue test of thermite welding with stereoscan was observed,and the component of defect with energy spectrum was analyed.

微观缺陷主要包括微孔和夹,其中微孔由微气孔和微缩孔组成,夹物按形态和尺寸分为团簇夹、锥夹、粒夹、积聚物夹、夹和混合形夹。

Main defects and key technology in beamhouse effeeting.quality of pigskin garment leather producing were discussed in this paper.

本文讨论了目前国内猪正服装革存在的主要陷,以及鞣前准备中严重影响这些的关键工艺技术。

The surface defect appeared mainly as air bubbles and ferroferric oxide drops which centred around the lower outer - field portion of the stoneware cup.

表观陷主要表现为釉泡和氧化铁粒,且其集中于杯体下部外侧面。

The pattern of fracture by impact penetration test and tensile fatigue test of thermite welding with stereoscan was observed,and the component of defect with energy spectrum was analyed.

微观陷主要包括微孔和杂,其中微孔由微气孔和微缩孔,杂物按形态和尺寸分为团簇状杂、锥状杂、粒状杂、积聚物杂、丝状杂和混合形杂。

Main defects and key technology in beamhouse effeeting.quality of pigskin garment leather producing were discussed in this paper.

本文讨论了目前国内猪正服装革存在的质量缺,以及鞣前准备中严重影响这些质量的关键工艺技术。

The surface defect appeared mainly as air bubbles and ferroferric oxide drops which centred around the lower outer - field portion of the stoneware cup.

表观缺表现为釉泡和氧化铁粒,且其集中于杯体下面。

The pattern of fracture by impact penetration test and tensile fatigue test of thermite welding with stereoscan was observed,and the component of defect with energy spectrum was analyed.

微观缺包括微孔和夹杂,其中微孔由微气孔和微缩孔组成,夹杂物按形态和尺寸分为团簇状夹杂、锥状夹杂、粒状夹杂、积聚物夹杂、丝状夹杂和混合形夹杂。

Main defects and key technology in beamhouse effeeting.quality of pigskin garment leather producing were discussed in this paper.

本文讨论了目前国内猪正服装革存在的主要质量缺陷,以及鞣前准备中严重影响这些质量的关键工艺技术。

The surface defect appeared mainly as air bubbles and ferroferric oxide drops which centred around the lower outer - field portion of the stoneware cup.

表观缺陷主要表泡和氧化铁粒,且其集中下部外侧面。

The pattern of fracture by impact penetration test and tensile fatigue test of thermite welding with stereoscan was observed,and the component of defect with energy spectrum was analyed.

微观缺陷主要包括微孔和夹杂,其中微孔由微气孔和微缩孔组成,夹杂物按形态和尺寸分团簇状夹杂、锥状夹杂、粒状夹杂、积聚物夹杂、丝状夹杂和混合形夹杂。