1)  FS-MSVM
FS-MSVM
2)  FS
FS
1.
Effect of FS reagent on alumina-decreasing test in flotation of sedimentary and silica-calcia bearing phosphate rock;
FS药剂对沉积型硅钙质磷块岩浮选降铝试验的影响
2.
The samples were also characterized by XRD,XPS and FS testing techniques.
采用sol-gel法以600℃热处理的TiO2纳米粒子为载体,通过浸渍法在不同温度焙烧下制备了表面修饰质量分数为4%Ru的TiO2样品,并利用XRD、XPS和FS光谱等手段对样品进行表征,分析了焙烧温度对TiO2样品发光性质和光催化降解苯酚活性的影响,并探讨FS光谱强度与光催化活性的内在关系以及改性机制。
3.
In this paper,nanocrystal titania aerogel was prepared through sol-gel extracted by supercritical carbon dioxide, and three different nanosized particles,newly born aerogel particle, titania particles preserved in the form of aerogel for one year and preserved in the form of newly born aerogel powder particle for one year,were characterized by FT-Raman,FTIR,and FS.
本文用溶胶 凝胶过程超临界CO2 萃取制备纳米二氧化钛气凝胶 ,用FT Raman ,FTIR ,FS分别对初生态气凝胶粒子、在常态下以气凝胶形式保存了 36 0天的TiO2 纳米粒子及以初生态气凝胶的粉体保存了36 0天的TiO2 粒子进行表征 ,以光催化降解甲基橙为模型反应 ,结果表明 ,在常态下以气凝胶形式保存纳米TiO2 粒子能有效地防止由纳米TiO2 表面超亲水性引起粒子间的团聚 ,保持了初生态粒子的光催化活性。
3)  PCDD/Fs
PCDD/Fs
1.
Predicting lgK_(ow) of PCDD/Fs with density functional theory (DFT);
密度泛函方法预测二英类化合物(PCDD/Fs)的正辛醇/水分配系数
2.
Prediction of Photolysis Half-Lives of PCDD/Fs Adsorbed on Spruce Needles Optimized by Genetic Algorithm;
应用遗传算法建立云杉针叶表面PCDD/Fs光解半衰期的预测模型
4)  FS powder
FS粉
1.
FS powder can be used as a substitute for coal dust to prevent metal penetration.
FS粉可以取代煤粉作抗粘砂材料,其加入量比煤粉少,可以显著降低型砂的灰分、水分和发气量,提高透气性。
5)  PCDDs/Fs
PCDDs/Fs
1.
PCDDs/Fs can be accumulated by aquatic organism through three different mechanisms including the direct uptake from water by gills or skin (bioconcentration), uptake of suspended particles (ingestion) and the consumption of contaminated food (biomagnification).
水生生物体内PCDDs/Fs的累积作用是通过3种途径实现的,包括通过鳃和表皮从水中的直接摄入(生物富集),水中悬浮颗粒的摄取(吞入)和污染食物的消耗(生物放大)。
6)  FS method
FS法
1.
it introduces initial commercial application of diesel oil non-hydro refining technology by FS method in Mudanjiang Petrochemical Complex.
介绍了FS法柴油精制技术在牡丹江石油化工厂的首次工业应用。
参考词条
补充资料:acrisin fs 017
CAS:9011-05-6
分子式:(CH4N2O·CH2O)x

中文名称:脲醛树脂;脲与甲醛的聚合物;羟甲基脲树脂;脲甲醛树脂;脲醛树脂胶粘剂NQ-20;尿素甲醛树脂;水泥石棉板,纤维闪石

英文名称:Urea formaldehyde resin; Urea, polymer with formaldehyde; acrisin fs 017; aerolite 300; aerolite a 300; aerolite ffd; agroform; amikol 65; anaflex

性状描述:无色到浅色液体或白色固体,无味,硬度高,耐油、抗霉、耐光性好。

生产方法:由脲(尿素)与甲醛缩聚成低分子量的初产物溶液,再经真空干燥而成为固体。

用途:用于木材、胶合板、家具制造、农机具修理及其他竹木材料的粘接剂,织物和纸张的处理剂,还可用于塑制民用电器、瓶盖和钮扣等日用品。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。