中国建材科技
中國建材科技
중국건재과기
CHINA BUILDING MATERIALS SCIENCE & TECHNOLOGY
2013年
2期
39-44
,共6页
镁质硫铝酸盐水泥%串联复合%界面层弹性模量%压力渗透
鎂質硫鋁痠鹽水泥%串聯複閤%界麵層彈性模量%壓力滲透
미질류려산염수니%천련복합%계면층탄성모량%압력삼투
magnesia sulphoaluminate cement%series connection composite%interface layer elastic modulus%pressure penetration
镁质硫铝酸盐水泥强度高、碱度低和与植物纤维复合能力强的性能是生产中密度纤维板的优良材料,如何克服镁质硫铝酸盐水泥弹性模量高、极限应变值小、黏结强度低的特点在与低弹性模量植物纤维复合中的负面影响,达到有机树脂胶合生产中密度纤维板的复合效果,是本文所要解决的问题.
鎂質硫鋁痠鹽水泥彊度高、堿度低和與植物纖維複閤能力彊的性能是生產中密度纖維闆的優良材料,如何剋服鎂質硫鋁痠鹽水泥彈性模量高、極限應變值小、黏結彊度低的特點在與低彈性模量植物纖維複閤中的負麵影響,達到有機樹脂膠閤生產中密度纖維闆的複閤效果,是本文所要解決的問題.
미질류려산염수니강도고、감도저화여식물섬유복합능력강적성능시생산중밀도섬유판적우량재료,여하극복미질류려산염수니탄성모량고、겁한응변치소、점결강도저적특점재여저탄성모량식물섬유복합중적부면영향,체도유궤수지효합생산중밀도섬유판적복합효과,시본문소요해결적문제.
Magnesia sulphoaluminate cement of high strength,low cement basicity and and plant fiber composite ability strong performance is the production of medium density fiberboard of fine materials,how to overcome magnesia sulphoaluminate cement elastic modulus,high limit strain is small,the characteristics of the bond strength low in and low elastic modulus plant fiber composite of the negative effect,achieve organic resin agglutination production medium density fiberboard composite effect,this paper is to solve the problem.
