【摘 要】
:
This study focused on SME textile manufacturers in Taiwan.First, literature reviews and semi-structured interviews were conducted to investigate the eco-production environment, the capability of eco-d
【机 构】
:
Department of Testing and Certification, Taiwan Textile Research Institute, Chinese Taipei
【出 处】
:
The 12th Asian Textile Conference (第12届亚洲纺织会议暨2013年纺织学术年会)
论文部分内容阅读
This study focused on SME textile manufacturers in Taiwan.First, literature reviews and semi-structured interviews were conducted to investigate the eco-production environment, the capability of eco-design in the Taiwanese textile industry.
其他文献
A circular jacquard method for 3D tubular fabric was advanced in this paper.Circular jacquard weave is now used to produce multi-layer three dimensional tubular fabrics on circular jacquard loom.
Life Cycle Inventory (LCI) is the measurement of input of materials and energy and output of environmental release data associated with the manufacture, use and disposal of a product.
A smart daylight induced system based on textile fabrics treated with nano titanium dioxide was fabricated.The system has the ability to capture mist from atmosphere, which is achieved through the bui
Wool is a natural and renewable fibre with grass as its major production input.However, much of the wet processing of wool produces effluents which, in some cases, have significant environmental impac
In this paper, the properties, significance and inspiration of spider silk will be analyzed from the aspect of shape memory, advanced fiber development and functional textiles.
Sustainable polymer materials can be designed by employing nanoscale (molecular) simulation tools, which enables us to predict the characteristics of materials as a function of the chemical compositio
The market value of wool is limited due to consumers placing increasingly high demands on machine washability and a soft handle.Machine washing causes wool to shrink and felt due to the configuration
Textile dyeing and chemical finishing are facing great challenges due to increased public concerns on human health and environmental safety of textile products and textile processing.
Electrospinning is a simple and versatile technique for producing nanofibers from various materials including polymers, composites, carbons, ceramics, and metals.
Various types of textile structures, such as linear (yarn), two dimensional (non-woven, knitted, and woven fabric) and three dimensional (non-woven, knitted, and woven including braided structures) ha