1) alkali lignin
碱木素
1.
Study on electrochemical oxidation of alkali lignin;
碱木素电化学氧化的研究
2.
Pyrolysis characteristics and kinetics of alkali lignin separated from kraft black liquor were studied by thermogravimetric analysis.
用热重分析法研究了从黑液中提取碱木素的热解行为及其动力学规律,并分析了碱木素在不同升温速率下的热解特性。
3.
The pyrolysis characteristics of black liquor solid were studied via thermogravimetric analysis,and the effect of heating rate on the pyrolysis characteristics was investigated,followed by a comparison with that of alkali lignin.
采用热重分析法对黑液固形物样品的热解行为进行了研究,分析了黑液在不同升温速率时的热解特性,并与纯碱木素的热解特性进行对比。
2) soda lignin
碱木素
1.
Synthesis and application of soda lignin as paper strengthening agents;
碱木素纸张增强剂合成及应用
2.
Copolymerization of wheat straw soda lignin with ethylene oxide;
麦草碱木素与环氧乙烷共聚的研究
3.
Fractionation and characterization of wheat straw soda lignin;
麦草碱木素分级和结构特性的研究
3) alkaline lignin
碱木素
1.
Using papermaking alkaline lignin to produce zinc lignosulfonate and its effect on corn growth;
利用麦草造纸碱木素生产螯合锌肥及其对玉米生长的影响
2.
Based on the practical problems, a kind of blocking material, of which alkaline lignin is the main component, is prepared.
针对现场实际问题,研制了一种以碱木素为主要成分的堵剂,考查了碱木素浓度、温度、pH值、矿化度等因素对堵剂性能的影响。
3.
Phenolic agent in alkaline lignin separated fromthe the black liquid can result in a chain etherized reaction on cycloalkanes by alkaline distilling so as to make lignin change its property.
从蒸煮黑液中分离的碱木素苯环上的酚羟基可与环氧烷基胺发生醚化接枝反应，从而使木素胺化改性。
4) alkali lignin
碱木质素
1.
Study on Deoxidization of Alkali Lignin by CuO/C Catalyst;
氧化铜/活性炭（CuO/C）催化还原碱木质素研究
2.
Study on Deoxidization of Alkali Lignin by Pd/C Catalyst;
钯/炭（Pd/C）催化还原碱木质素的研究
3.
The change of chemical structure of straw alkali lignin in deoxidization reaction with cyclohexene catalyzed by CuO/C catalyst which was prepared by equal volume impregnation was studied by FTIR,UV,1H-NMR and HPLC.
用等体积浸渍法制备CuO/C催化剂,采用FTIR、UV、1H-NMR光谱和HPLC色谱,分析了以CuO/C为催化剂,以环己烯为还原剂对麦草碱木质素进行催化,研究了碱木质素的化学结构变化。
5) alkali dissolved lignin
碱溶木素
6) raw alkaline lignin
粗碱木质素
1.
Enzymatic hydrolysis of xylan in raw alkaline lignin by xylanase from Trichoderma reesei was studied.
研究用里氏木霉木聚糖酶降解粗碱木质素中的木聚糖,得出了适宜的酶解条件:pH值4。
补充资料：碱木素
碱木素
一、碱木素介绍:
碱木素俗称木糖粉，它是利用碱法制浆废液经过最新生产工艺，喷雾干燥而成。由于碱木素中胶体分子有带电的核和溶剂化外壳，构成亲水基因，从而具有一定的表面活性，掺入混凝土中能起一定的减水效应。
二、主要技术指标:
外观:棕(黄)褐色粉末
水不溶物:≤1.5％
ph值:8～10
水份:≤5.0％
细度:80目通过率≥95％
三、主要用途
1、型煤造气粘结剂，水煤浆分散剂；
2、[[水泥]]生产的助磨剂；
3、[[陶瓷]]、耐火材料生产粘合、增强剂；
4、铸造、砂模粘合剂；
5、[[复合肥]]、[[氮肥]]生产造粒剂；双高饲料处理剂；
6、碱木素化学改性主要原料；
7、用做木质素磺酸钠减水剂生产的主要原料，也可适配用做普通混凝土减水剂。
四、包装、贮存及运输:
1、包装:内衬塑料薄膜外用聚丙烯编织袋双层包装,25kg/包。
2、贮存:存放于干燥通风处，应注意防潮防湿。长期存放不变质，如有结块,粉碎或
溶解后不影响使用效果。
3、运输:本产品无毒无害,系非易燃易爆危险品。采用汽车、火车运输均可。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。