1) SUMMA canister
SUMMA罐
1.
[Objective]To develop a method for determination of variety volatile organic compounds(VOCs)in air collected in SUMMA canisters and analyzed by gas chromatography/mass spectrometry(GC/MS).
[目的]建立并完善适用于日常检测工作的SUMMA罐采样-气相色谱-质谱(GC-MS)联用技术检测空气中多种挥发性有机物的方法。
2) SUMM
SUMMA
1.
To investigate the relation between the performance of a single compute node and the entire parallel system, the SUMMA(Scalable Universal Matrix Multiplication Algorithm) is taken as an instance of our research works afterwards.
为了使BLAS在SMP结点上具有更高的效率 ,本文讨论了BLAS3的多线程化问题 ;同时以SUMMA作为并行计算的实例 ,说明提高结点机程序的性能对并行计算性能的影响 。
3) SUMMA canister sampling & GC-MS analyzing
SUMMA罐采样GC-MS法
4) tank
[英][tæŋk] [美][tæŋk]
罐
1.
Structural design of rebuilding dome roof tank to inner floating roof tank;
拱顶罐改装内浮顶罐的结构设计
2.
Selection of Assembling and Lifting Process for Steel Storage Tanks;
钢制储罐组装起升工艺的选择
3.
Domestically Produced Welding Consumables Used in the Automatic Welding of Horizontal Seams on 50, 000 m~3 Tanks;
国产焊材用于5万m~3储罐环缝自动焊
5) the cage position restriction service
罐笼罐耳
1.
In the case of the special situation in using process of the cage position restriction service of Chacheng Coal Mine of Xuzhou Mining Bureau Corporation and through construction design and change the surface material,the author reconstructed the former structure.
针对徐州矿务集团土宅城煤矿副井罐笼罐耳使用过程中出现的特殊情况,通过结构设计及表面材料处理对原有结构进行了改造。
6) tank within tank
罐中罐
1.
Through the description of "tank within tank" on building process and working effect in refining wastewater treatment plant, this paper provided a building and improving technology with simple construction and easy operation for the first disposal facilities in wastewater treatment plant of refining enterprise.
通过对一种设计思路新颖,具有污水贮存、均质、沉砂、除油等功能一体化的含油污水处理设施——“罐中罐”,在炼油污水处理场建设施工过程、使用效果的叙述,为炼油企业污水处理场提供结构简单、操作方便的一级处理设施的建设、改造技术。
2.
The "Tank within tank' is an organic-whole technology and equipment that is one kind of disposal facilities for refinery wastewater containing oil, integrated with many function such as quality average, sediment, oil elimination and buffer regulation by means of hydro-cyclone.
介绍了具有复合功能的水力旋液型均质、除油、沉淀、调节罐(WS-Ⅱ型、简称“罐中罐”)技术和设备的开发和工业应用的情况,通过生产实践和现场标定,显现了该设备具有较高的除油能力和缓冲调节能力,其可靠的收油、排泥设施使得运行稳定,基本上解决了现存污水调节罐的问题,设计思想独特新颖,操作简便可靠,值得推广和应用。
补充资料：Su
分子式 C4H4O3
分子量 100.07
CAS号 108-30-5
琥珀酸酐为白色斜方形棱状结晶。熔点119.6℃。相对密度d204=1.2340。溶于乙醇、氯仿和四氯化碳,微溶于水和乙醚。其沸点随压力不同而变化。
用途;琥珀酸酐是重要的有机合成中间体。在医药工业上主要用于合成氯霉素琥珀酸酯钠（Chloramphenicol sodium succinata)、羟孕酮琥珀酸酯钠、氢化可的松琥珀酸酯钠等。
分子量 100.07
CAS号 108-30-5
琥珀酸酐为白色斜方形棱状结晶。熔点119.6℃。相对密度d204=1.2340。溶于乙醇、氯仿和四氯化碳,微溶于水和乙醚。其沸点随压力不同而变化。
用途;琥珀酸酐是重要的有机合成中间体。在医药工业上主要用于合成氯霉素琥珀酸酯钠（Chloramphenicol sodium succinata)、羟孕酮琥珀酸酯钠、氢化可的松琥珀酸酯钠等。
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