1.
Conclusions Short exposure to high concentration of black fused alumina may cause serious aluminosis to the exposers.
结论短期、浓度接触黑刚玉粉尘可引起严重的铝尘肺。
2.
"The most common cause of severe disease is silica (see silicosis). Asbestos, Beryllium, and aluminum dusts can cause worse disease, often on Brief exposure."
硅是导致严重病情的最常见原因。石绵、铍和铝尘在短时间内接触就能引起严重的肺尘埃沉着
3.
vacuum cleaner alloy
真空吸尘器用铝铜合金
4.
Results The early common pathological change of alumina pneumoconiosis was the dust spots.
结果粉尘沉积性尘斑是铝矾土尘肺最常见的尘性病变。
5.
This paper introduced the producing flow, dust origin and dust equipments of open bauxite mine.
介绍了露天矿山铝土生产流程、尘源及产尘设备。
6.
Further Study on Alumina Sediment Characteristic on Bag Filter Medium
氧化铝粉尘在布袋除尘器过滤介质上沉积规律
7.
Application of ESP in Alumina Calcination System
电除尘器在氧化铝焙烧系统中的应用
8.
Analysis and Selection on Filtering Material of Bag-filter in Dust Treatment Process for Aluminum Melting Furnace & Holding Furnace
铝熔炼保温炉烟尘治理工艺中布袋除尘器滤料的分析选择
9.
Experimental Studies on the Characteristics of Magnesium and Aluminum Dust Explosion in Closed Room;
密闭空间镁铝粉尘爆炸特性的实验研究
10.
Application of S7-200 PLC in Removing Dust of Casting Aluminum Furnace;
S7-200 PLC在铝熔炼炉及其除尘系统的应用
11.
Development and Application of the Bag Dust Collector in Alumina Clinker Kiln Tail(Cound.)
氧化铝熟料窑窑尾袋式除尘器的开发与应用(续)
12.
Research on Optimization of Dust Cleaning Methods for Electrostatic Precipitator in Aluminium Production
铝电解生产中除尘器清灰方式的优化探讨
13.
Development and Application of the Bag Dust Collector in Alumina Clinker Kiln Tail
氧化铝熟料窑窑尾袋式除尘器的开发与应用
14.
Numerical simulation of detonation in suspended mixed RDX and aluminum dust
悬浮RDX炸药和铝颗粒混合粉尘爆轰的数值模拟
15.
Application of Frequency Changing and Speed Regulating Technique in Alumina Transfer and Dust Removing Systems
变频调速技术在氧化铝输送与净化除尘系统中的应用
16.
Study of pot fume dry scrubbing system-flow field inside bag filter
铝电解烟气干法净化系统的研究——除尘器内部流场
17.
Identification on occupational hazards from dusts or poisons and analysis on the critical control points in aluminum smelting process
铝冶炼生产过程中的尘毒危害识别与关键控制点分析
18.
Dust and dirt won't damage it, arid as there's no contact between the laser and the disc, it will never wear out.
灰尘和污物都不会对它造成损害，又由于激光和铝片之间没有接触，它将永无耗损。