生物质化学工程
生物質化學工程
생물질화학공정
Biomass Chemical Engineering
2015年
6期
45-49
,共5页
吴珽%梁龙%崔宏辉%邓拥军%房桂干
吳珽%樑龍%崔宏輝%鄧擁軍%房桂榦
오정%량룡%최굉휘%산옹군%방계간
近红外光谱%制浆原料%快速分类%化学成分
近紅外光譜%製漿原料%快速分類%化學成分
근홍외광보%제장원료%쾌속분류%화학성분
near-infrared spectroscopy%pulping material%fast classification%chemical components
对近红外光谱技术的原理、分析方法及特点等作了介绍,综述了当前将近红外光谱技术应用于制浆原料的快速分类,及其在制浆原料化学成分测定、水分含量测定、基本密度测定和纤维形态分析中的运用,并分析了实际投产应用面临的问题,最后对未来发展趋势进行了展望。
對近紅外光譜技術的原理、分析方法及特點等作瞭介紹,綜述瞭噹前將近紅外光譜技術應用于製漿原料的快速分類,及其在製漿原料化學成分測定、水分含量測定、基本密度測定和纖維形態分析中的運用,併分析瞭實際投產應用麵臨的問題,最後對未來髮展趨勢進行瞭展望。
대근홍외광보기술적원리、분석방법급특점등작료개소,종술료당전장근홍외광보기술응용우제장원료적쾌속분류,급기재제장원료화학성분측정、수분함량측정、기본밀도측정화섬유형태분석중적운용,병분석료실제투산응용면림적문제,최후대미래발전추세진행료전망。
The principles, analysis methods and characteristics of near-infrared spectroscopy technology were introduced. It also comprehensively summarized current studies of applications of near-infrared spectroscopy in pulping material analysis on the following aspects. They were fast classification, chemical components, moisture content, basic density and fiber morphology. Finally, the problems in actual production were analyzed and the future development trend was prospected.