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TENARA~建筑织物 被引量:2
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作者 托马斯.卡尔马丁 《世界建筑》 2009年第10期114-114,共1页
TENARA 建筑织物(简称为“TENARA 织物”)是2003年面世的一种纺织品膜结构新面料。这种材料的独特之处就在于它是一种全氟聚合物复合材料。其中的稀松布由高强度膨体聚四氟乙烯纺织纤维(ePTFE)制成。该稀松布由两层含氟聚合物层覆... TENARA 建筑织物(简称为“TENARA 织物”)是2003年面世的一种纺织品膜结构新面料。这种材料的独特之处就在于它是一种全氟聚合物复合材料。其中的稀松布由高强度膨体聚四氟乙烯纺织纤维(ePTFE)制成。该稀松布由两层含氟聚合物层覆盖,可防水,并有TENARA 织物的热或高频焊接创造受载焊缝的功能。 展开更多
关键词 建筑织物 聚合物复合材料 膨体聚四氟乙烯 含氟聚合物 纺织纤维 高频焊接 膜结构 纺织品
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电动汽车电子零部件防水透气解决方案 被引量:2
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作者 Rainer Enggruber 《汽车工程师》 2015年第11期58-59,共2页
电动汽车行驶过程中,电子零部件要经常受到极高的温差和压差的影响,导致其被污染和密封失效。文章采用空气和压力均衡的透气膜技术,提出一种对电子零部件安装防水透气膜的解决方案。通过在逆变器外壳和高压电池外壳中安装透气膜,使压差... 电动汽车行驶过程中,电子零部件要经常受到极高的温差和压差的影响,导致其被污染和密封失效。文章采用空气和压力均衡的透气膜技术,提出一种对电子零部件安装防水透气膜的解决方案。通过在逆变器外壳和高压电池外壳中安装透气膜,使压差得到快速均衡,防止了污物和液体的侵入。该方案可显著提高部件的可靠性,延长其使用寿命,减少了设计、制造和保修中的成本投入。 展开更多
关键词 电动汽车 电子零部件 透气膜 压力均衡 防水透气
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通过防水透气产品提高传感器的可靠性 被引量:1
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作者 陈玉峰 《传感器世界》 2015年第10期27-29,共3页
智能设备通常都配备传感器来实时收集数据,大多数都安装在苛刻的环境中,那样会降低传感器的性能,并且如果传感器安装在设备外壳上,则其必须能够经受此类环境挑战。了解如何选取适当的防水防尘透气解决方案,可以延长传感器和设备的使用... 智能设备通常都配备传感器来实时收集数据,大多数都安装在苛刻的环境中,那样会降低传感器的性能,并且如果传感器安装在设备外壳上,则其必须能够经受此类环境挑战。了解如何选取适当的防水防尘透气解决方案,可以延长传感器和设备的使用寿命、降低总成本,提升品牌信誉。 展开更多
关键词 传感器 可靠性 防水 防尘 透气 解决方案
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既能防水又能透气的机壳
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作者 Dipan Patel 《电子产品世界》 2003年第09B期51-52,共2页
关键词 防水性能 透气性能 机壳 使用寿命 电子系统 透气孔
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Degradable, absorbable or resorbable——what is the best grammatical modifier for an implant that is eventually absorbed by the body?
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作者 刘洋 郑玉峰 拜伦海耶斯 《Science China Materials》 SCIE EI CSCD 2017年第5期377-391,共15页
The adoption of grammatical modifier for im- plants or other kinds of biomaterials eventually absorbed by the body has been a long-standing confusing issue, and there are diverse terms in the large fields of research,... The adoption of grammatical modifier for im- plants or other kinds of biomaterials eventually absorbed by the body has been a long-standing confusing issue, and there are diverse terms in the large fields of research, which not only causes the difficulties when searching on the Internet, but also blurs the meaning and boundaries for researchers. Prior unification attempts at laws/standards set the basis for such research fields towards researching, labeling, marketing and instructions for use. Considering this, the typical gram- matical modifiers "biodegradable", "resorbable" "absorbable", along with their noun forms used in the decades of scien- tific research have been reviewed and explained, interdiscipli- nary in chemistry, ecology, materials science, biology, micro- biology, medicine, and based on usage customs, laws, stan- dards and markets. The term "biodegradable" has been not only used in biomaterials but also in ecology waste manage- ment, biomedicine and even natural environment. Mean- while, the term "resorbable" has long been used in biological reaction (osteoclast driven bone resorption), but is inappro- priate for implants that do not carry the potential to grow back into their original form. The term "absorbable" focuses more on the host metabolism to the foreign biodegradation products of the implanted material/device compared with the term "degradable/biodegradable". Meanwhile the coherence and normalization of the term "absorbable" carried by its own in laws and standards contributes as well. In general, the au- thors consider the term "absorbable" to be the best grammat- ical modifier with respect to other adjectives which share the same inherence. A further internationally unified usage is proposed by us. 展开更多
关键词 biodegradation BIOABSORPTION bioresorption biodegradable ABSORBABLE biomaterials
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