1) BSC activated mineral utensil
BSC活性矿化器
1.
In order to improve the water taste-feeling quality and ensure the microelements enough for human bodies,the technology,which incorporated nanofiltration with BSC activated mineral utensil to produce activated mineral purified water,was proposed,and design and application of this technology were also introduced.
在目前广泛采用的纯水制备工艺的基础上,为提高水质口感及保证水中含有人体所需的微量元素,提出钠滤与BSC活性矿化器相结合制取活性矿物质净化水的工艺,并对该工艺的设计与应用进行了探讨。
2) balanced scorecard
BSC
1.
Model of the university management based on balanced scorecard;
基于BSC导向的高校管理模式探索
2.
In this paper, according to the basic theory of balanced scorecard, the meaning and appraising requirement of resource -saving society, we put forward a logical theory model for appraising resource - conserving society system from four aspects including the resource - saving thought, the institution and organization, the process, and the comprehensive performance.
在对资源节约型社会的内涵及其评价要求进行分析的基础上,根据平衡计分卡(BSC)的基本原理,构建了基于节约资源的观念、制度与组织、过程、综合绩效等4个维度的评价资源节约型社会系统的逻辑理论模型。
4) active mineral
活性矿物
1.
This paper introduces the main classification of active minerals, and suggests that the major factors affecting mineral activity are degree of amorphous derivative, chemical components, water quenching condition, and the fineness of min.
介绍了活性矿物的主要分类,认为无定形化的程度、化学组成、水淬条件及活性矿物掺科的细度是影响活性矿物活性的主要因素。
5) active filler
活性矿粉
1.
The ways of improvement were including with the addition of normal filler,lime,cement and active filler,respectively,or with combined addition of two mentioned above.
采取掺入普通矿粉、消石灰、水泥、活性矿粉等单一或综合的措施,进行了各种措施下沥青混合料性能指标的室内试验,研究了不同措施对片麻岩沥青混合料路用性能的改善效果。
2.
Alternative methods of using active filler,replacement of gneiss fine aggregates into limestone fine aggregates were employed in this study to investigate the performance of gneiss asphalt concrete.
采取掺入活性矿粉、用石灰岩石屑代替片麻岩石屑等综合措施,进行了片麻岩沥青混合料性能指标的室内试验,研究了活性矿粉对SBS改性沥青和湖改性沥青片麻岩沥青混合料的改善效果,并进行了试验段的铺筑。
6) activated mineral purified water
活性矿物质净化水
1.
In order to improve the water taste-feeling quality and ensure the microelements enough for human bodies,the technology,which incorporated nanofiltration with BSC activated mineral utensil to produce activated mineral purified water,was proposed,and design and application of this technology were also introduced.
在目前广泛采用的纯水制备工艺的基础上,为提高水质口感及保证水中含有人体所需的微量元素,提出钠滤与BSC活性矿化器相结合制取活性矿物质净化水的工艺,并对该工艺的设计与应用进行了探讨。
补充资料:kessco bsc
CAS:123-95-5
分子式:C22H44O2
分子质量:340.58
中文名称:硬脂酸丁酯;十八酸丁酯;硬脂酸正丁酯
英文名称:n-Butyl stearate ;Octadecanoic acid, butyl ester;stearic acid, butyl ester ;apex 4 ;bs ;butyl octadecanoate ;butyl stearate;estrex 1b 54, 1b 55 ;groco 5810 ;kessco bsc;tegester butyl stearate
沸点:220℃
熔点:18-23℃
性质描述:浅黄色液体,凝固点20-22℃,沸程195-220℃(0.53kPa),中沸点206℃(0.53kPa),闪点188℃,着火点224℃,蒸气压1.46×1.46-2kPa(150℃),0.36kPa(200℃)。相对密度(25/20℃)0.85,粘度(25℃)7.9×10-3kPa·s,折光率1.442±0.001。水中溶解度< 0.01%(25℃),水在其中的溶解度0.1%(25℃)。溶于大多数有机溶剂,难溶或微溶于甘油;乙二醇;甲醇和某些胺类。
生产方法:硬脂酸和丁醇在硫酸催化下酯化,然后在高温;减压下脱醇,再经水洗,压滤,即得成品。收率(以硬脂酸计)为87%。
原料消耗(kg/t)硬脂酸(一级品) 850丁醇(工业品) 250
用途:该品是多种树脂加工时的内润滑剂,无毒,具有防水性和较好的热稳定性。主要用于聚氯乙烯透明软质和硬质挤塑;注塑;压延制品,用量0.5-1份。该品对改性氯乙烯-乙酸乙烯共聚物;聚苯乙烯;丁腈胶等的加工性能也十分有效。还可用作织物的润滑剂,防水剂,润滑油的添加剂,化妆品的基料等。
分子式:C22H44O2
分子质量:340.58
中文名称:硬脂酸丁酯;十八酸丁酯;硬脂酸正丁酯
英文名称:n-Butyl stearate ;Octadecanoic acid, butyl ester;stearic acid, butyl ester ;apex 4 ;bs ;butyl octadecanoate ;butyl stearate;estrex 1b 54, 1b 55 ;groco 5810 ;kessco bsc;tegester butyl stearate
沸点:220℃
熔点:18-23℃
性质描述:浅黄色液体,凝固点20-22℃,沸程195-220℃(0.53kPa),中沸点206℃(0.53kPa),闪点188℃,着火点224℃,蒸气压1.46×1.46-2kPa(150℃),0.36kPa(200℃)。相对密度(25/20℃)0.85,粘度(25℃)7.9×10-3kPa·s,折光率1.442±0.001。水中溶解度< 0.01%(25℃),水在其中的溶解度0.1%(25℃)。溶于大多数有机溶剂,难溶或微溶于甘油;乙二醇;甲醇和某些胺类。
生产方法:硬脂酸和丁醇在硫酸催化下酯化,然后在高温;减压下脱醇,再经水洗,压滤,即得成品。收率(以硬脂酸计)为87%。
原料消耗(kg/t)硬脂酸(一级品) 850丁醇(工业品) 250
用途:该品是多种树脂加工时的内润滑剂,无毒,具有防水性和较好的热稳定性。主要用于聚氯乙烯透明软质和硬质挤塑;注塑;压延制品,用量0.5-1份。该品对改性氯乙烯-乙酸乙烯共聚物;聚苯乙烯;丁腈胶等的加工性能也十分有效。还可用作织物的润滑剂,防水剂,润滑油的添加剂,化妆品的基料等。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条