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不同材料组合对皮鞋湿度舒适性能影响的研究 被引量:3
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作者 顾任飞 苗洁 《中国皮革》 CAS 北大核心 2013年第14期112-115,121,共5页
皮鞋舒适性所包含的众多指标当中,湿度舒适性即鞋腔内的湿气含量,是影响皮鞋舒适性的最重要的因素之一。选择几种常见的面料、里料、内底和鞋垫材料互相搭配,生产出样品鞋,并在样品鞋上裁取试样,测量出试样材料的相关物理性能,在最接近... 皮鞋舒适性所包含的众多指标当中,湿度舒适性即鞋腔内的湿气含量,是影响皮鞋舒适性的最重要的因素之一。选择几种常见的面料、里料、内底和鞋垫材料互相搭配,生产出样品鞋,并在样品鞋上裁取试样,测量出试样材料的相关物理性能,在最接近成鞋的实际穿着状态下,研究不同的材料组合对皮鞋湿度舒适性能的影响。 展开更多
关键词 材料组合 皮鞋 湿度舒适性
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基于鞋腔湿度的皮鞋舒适性主观评价方法 被引量:4
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作者 顾任飞 杨志敏 苗洁 《中国皮革》 CAS 北大核心 2015年第13期27-30,37,共5页
选择常见的4种面料、2种里料、1种内底和2种鞋垫材料互相搭配,生产出16类皮鞋各10双,合计160双255号(二型半)胶粘满帮男皮鞋作为样品鞋。选择了10位身高(170±5)cm,年龄为19~23岁,无脚病、脚型正常、脚长和脚跖围符合样品... 选择常见的4种面料、2种里料、1种内底和2种鞋垫材料互相搭配,生产出16类皮鞋各10双,合计160双255号(二型半)胶粘满帮男皮鞋作为样品鞋。选择了10位身高(170±5)cm,年龄为19~23岁,无脚病、脚型正常、脚长和脚跖围符合样品鞋号型、身体健康、有较强的理解和敏锐感觉的大学生作为受试者,并尽量保证南北方籍的比例相当。通过受试者对样品鞋进行试穿,并对试穿后的样品鞋面料的透水气性、吸水气性测试指标与主观舒适性评价进行对比。结果显示,基于鞋腔湿度的皮鞋舒适性主观评价是可行和准确的。 展开更多
关键词 皮鞋 透水气 吸水气 鞋腔湿度舒适性 主观评价
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Questionnaire Research on Indoor Environment Quality i n China 被引量:3
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作者 朱能 刘俊杰 《Transactions of Tianjin University》 EI CAS 2003年第2期157-160,共4页
With 1 185 pi eces of questionnaire, it is found that in China, people take fresh air, odor, e tc., as well as indoor air temperature, humidity, as the most important indoor a ir parameters. It is also found that ther... With 1 185 pi eces of questionnaire, it is found that in China, people take fresh air, odor, e tc., as well as indoor air temperature, humidity, as the most important indoor a ir parameters. It is also found that there is a significant sensitivity differen ce in indoor environment between southerners and northerners in China. People fr om different regions have different demands for their working and living environ ment. Therefore, as a good design of air conditioning system, it is strongly rec ommended that the different demands of people from different regions should be t aken into consideration. 展开更多
关键词 indoor air environment QUESTIONNAIRE thermal comfort
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Gray Synthetic Evaluation on Moisture Comfort of Sportswear Fabrics under the Condition of Heavy Sweating
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作者 李敏 刘瑜 张渭源 《Journal of Donghua University(English Edition)》 EI CAS 2007年第1期146-150,共5页
Moisture and water transfer under the condition of heavy sweating are analyzed. Four different experiments are made to test moisture resistance, water-keep, wicking effect and drying ability of samples. Then gray anal... Moisture and water transfer under the condition of heavy sweating are analyzed. Four different experiments are made to test moisture resistance, water-keep, wicking effect and drying ability of samples. Then gray analysis method is introduced to evaluate the comprehensive comfort of these fabrics. Result shows chemical fiber with high moisture transfer performance has advantage in water transfer and diffusion, which is suitable for human under the condition of heavy sweating. Though natural fiber can absorb moisture well, it cannot transfer fluid sweat. Therefore natural fiber fabrics such as cotton, wool are unsuitable to make functional sportswear. 展开更多
关键词 clothing comfort moisture transfer heavy sweating vapor diffusion gray clustering analysis
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Indoor Air Quality and Thermal Comfort Evaluation in Latvian Daycare Centers with Carbon Dioxide, Temperature and Humidity as Indicators
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作者 Galina Stankevica Arturs Lesinskis 《Journal of Civil Engineering and Architecture》 2012年第5期633-638,共6页
Latvian children under the age of 7 can spend up to 60 hours per week in daycare centers and therefore it is very important to establish a healthy and comfortable daycare environment that children will find pleasant a... Latvian children under the age of 7 can spend up to 60 hours per week in daycare centers and therefore it is very important to establish a healthy and comfortable daycare environment that children will find pleasant and stimulating to stay in. This study investigates indoor air quality and thermal comfort within six daycare centers (old, renovated and new-built) in moderate climate zone of Latvia. Measurements of carbon dioxide, air temperature and relative humidity were carried out, and data regarding daycare center characteristics and maintenance activities was collected via combination of field visits, record analysis and interviews. It was found that carbon dioxide concentrations exceeded 1000 ppm in 75% of daycare centers studied, with the highest (1356 ppm) measured in a renovated facility with the natural ventilation system. Thus installation of more efficient ventilation system (mechanical) is recommended to provide acceptable indoor air quality, since opening of windows itself cannot provide the optimal conditions indoors. In all facilities the temperature was kept above 20℃ and the average relative humidity was 40±35%, creating comfortable thermal environment for children. 展开更多
关键词 Daycare center indoor air quality thermal comfort.
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