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1)  internal slot
内槽
2)  in-cell
槽内式
1.
2-Methyl-1,4-naphthoquinone(2-MNQ) was prepared from 2-methylnaphthalene(2-MN) by "in-cell" indirect electrolytic oxidation,using cation-exchange membrane as diaphragm,Ti/PbO2 as anode,Pb as cathode,sulfuric acid as supporting electrolyte,Cr6+/Cr3+ as oxidative medium and tetrabutylammonium bromide as phase transfer agent.
以Ti/PbO2为阳极、Pb为阴极、硫酸为支持电解质,采用Cr6+/Cr3+为氧化媒质,四丁基溴化铵为相转移剂,在阳离子交换膜为隔膜的“板框式”电解槽中,进行“槽内式”间接电氧化2-甲基萘(2-MN)合成2-甲基-1,4-萘醌(2-MNQ)的研究。
2.
2-Nitrobenzaldehyde is prepared from o-Nitrotoluene by indirect electrolytic oxidation in"in-cell".
采用V~(5+)/V~(4+)作氧化媒质,以邻硝基甲苯为原料,苯做溶剂,在浓硫酸存在下,以十六烷基三甲基溴化铵(CTAB)为相转移催化剂,用“槽内式”电合成邻硝基苯甲醛。
3)  cell furnace hearth shape
槽膛内型
1.
Expect to build up a process control strategy inside cell furnace hearth shape after overcoming to thin electrolysis slot and starting related improvement and implement result.
通过阐述240 kA预焙槽启动后期建立槽膛内型的工艺控制策略的相关改善与实施效果,指出采用“分段控制,等梯度降温降分子比”的工艺制度能成功建设较规整的高分子比炉帮。
4)  freeze profile
槽膛内形
1.
The freeze profile is very important to failure-free operation of aluminum electrolytic cell.
据此,建立了一个230kA预焙铝电解槽的准三维热电模型,并用Fortran语言开发了一套仿真软件,实现了槽膛内形的在线仿真和显示。
2.
Combined with the research of mathematical model for freeze profile in alumimum electrolysis cell and the calculated results, the visualization and its software design of freeze profile were investigated in this paper, and a set of software characterized by friendly windows GUI was successfully developed in Borland C ++ by the authors.
利用Windows操作系统的优势,结合数学模型的研究与结果,对铝电解槽槽膛内形在线显示的可视化仿真软件进行了设计研究;并用BorlandC++成功地开发出了一套具有良好的Windows用户界面风格的软件。
3.
Aluminum industry has been paying great attention to the freeze profile in cells.
一直以来铝工业界对槽膛内形的研究都有着高度的重视,因为在铝电解长期的生产实践和理论研究中表明,槽膛内形对电流分布、熔体流动、电流效率、吨铝能耗和槽寿命等均有显著的影响。
5)  Pot Lining
槽内衬
1.
Detail analysis effect that different kinds of pot Lining Structure make Pot Lining damage and Life.
文章详细分析了不同类型的槽内衬结构对槽内衬破损和寿命的影响,并对造成槽内衬破损的各种因素进行了分析和探讨[1]。
6)  spent potliner
废槽内衬
1.
The toxicity of spent potliner(briefness as SPL) is discussed in this paper according to the research on main constitutes,microstructure,tiny section components,ash content and hydrating reactivity of SPL.
从废槽内衬的物相组成、微观形貌、微区成分、灰分、水化反应性五方面研究了废槽内衬的危害性,结果表明,废槽内衬的危害性主要在于其浸出毒性,毒害物质主要是可溶氟化物和氰化物,毒害物质主要来自于电解质对内衬的渗透、侵蚀,废槽内衬中可溶F-和CN-的浓度远远高于国家标准规定的允许排放量,因此废槽内衬被认定为固体危险废弃物,严重危害生态环境,必须进行无害化处理。
补充资料:内卸式斗式提升机
分子式:
CAS号:

性质:斗式提升机的一种。该机用来连续、平稳输送粒度相对较小的能自由流动的物料。料斗固定在两根钢制滚子链上、设有能自动调整料斗和链条可移动的导向装置。料斗为环形向内开口。物料通过下部机壳内的斜槽送入。卸料则采用重力式。装料口和卸料口都是沿封闭循环料斗的内侧。卸料在提升机上部机壳经溜槽卸出。此机在低速条件下运行。

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