| English | Chinese |
| A.M.100A alloy | A.M.100A 铸造镁合金 (10Al, 0.1Mn, 余量 Mg) |
| A.M.F.alloy | A.M.F.耐蚀合金 (57Ni, 余量其他) |
| A. S. T. M. Tentative Standard ASTM | 美国材料试验协会试行标准 |
| A. S. T. M. Tentative Standard ASTM | 试行标准 |
| A.I.M.& M.E.= | 美国矿冶工程师学会 (American Institute of Mining and Metallurgical Engineers) |
| alternating e.m.f. | 交变电动势 |
| A.S.T.M.standard ASTM | 美国材料试验协会标准 |
| A.S.T.M.standard ASTM | 标准 |
| back e.m.f. | 反电势 |
| casting speed min. /max. 1/2. 5 m/min. | 拉坯速度最低/最高1/2. 5m/min |
| class m quaternary equilibrium | 第三类四相平衡图 (L+α + β=γ+δ) |
| class m quinary equilibrium | 第三类五相平衡图 (L+α+β=γ+δ+ε) |
| C.N.R.M. test | CNRM 还原试验 |
| C.N.R.M. test | 比利时国家冶金研究中心还原试验 |
| combination stirring of M + S | 结晶器和二冷区组合电磁搅拌 (Moreover, by the combination stirring of M + S, the widest equiaxed crystal zone can be obtained with the least negative segregation. 此外，如果采用结晶器+二冷区组合式电磁搅拌，则可获得最宽的等轴晶区和最轻的负偏析。) |
| β-creep of stage m of work-hardening curve | 加工硬化曲线第 III阶段的β蠕变 |
| daily coke consumption / m² of hearth section of BF | 高炉燃燒强度 (【技】每平方米高炉炉缸面积昼夜消耗的焦炭量。) |
| design institutes directly affiliated to M.M.I. | 冶金部部属设计院所 |
| D.L.M. Dwight-Lloyd-Me Wane process | D.L.M. 带式烧结机-电炉联合直接炼铁法 |
| D.L.M. process Dwight-Lloyd-McWane | 带式烧结机-电炉联合直接炼铁法 |
| eccenter-wor m•pump | 偏心蜗杆泵 |
| F.M.beam | 调频声波束 |
| high-intensity M-stirring | 结晶器高强度电磁搅拌 |
| impregnating P/ M parts | 浸渗粉末冶金零件 |
| induced e.m.f. | 感生电动势 |
| internal e.m.f. | 内部电动势 |
| J. A. M•coating process | JAM 快速磷化法 |
| Lewatit M2 | 卢泰特 M2 (强碱性阴离子交换) |
| M.A.R.M.200 alloy | M.A.R.M.200 镍基超级铸造合金 (0.15C, 10Co, 9Cr, 12.5W, 5Al, 2Ti, 0.05Zr, 0.015B, 余量 Ni) |
| M.B.V. modified Bauer-Vogel process | MBV 铝氧化膜生成法 |
| M. C.102 alloy | MC102 镍合金 (20Cr, 6.5Nb, 6Mo, 2.5W,余量 Ni) |
| M-electromagnetic stirring | 结晶器电磁搅拌 |
| M-electromagnetic stirring | M -电磁搅拌 |
| M-EMS | M- 电磁搅拌 |
| M-EMS | 结晶器电磁搅拌 |
| m-ethyltoluene | 间乙基甲苯 (C9H12) |
| M.G. alloy | MG 铝镁合金 (5Mg,余量 Al；7Mg,余量 Al) |
| M-G set | 电动机发电机组 |
| M.I.A.alloy | MIA变形镁合金 (1.2Mn,0.09Ca,余量 Mg) |
| M.K. steel | 铝镍强磁钢 |
| M. K. steel | 铝镍强磁钢 (约含10Al, 25Ni) |
| M.K.W mill | 偏八辊轧机 |
| M.K.W mill | MKW多用途轧机 |
| M energy level | 能级 |
| m-methylaniline | 间甲基苯胺 (C7H9N) |
| M-P hot stove | 马琴外燃式热风炉 |
| M.P.A. Standard | 金属粉末协会标准 |
| M.P.I.F. Standard | 金属粉末工业联合会标准 |
| M-radiation | M-系辐射 |
| M + S-electromagnetic stirring | M+S- 电磁搅拌 |
| M + S-electromagnetic stirring | 结晶器和二冷区组合电磁搅拌 |
| M-shaped contour | M 形断面 (高炉料线的) |
| M-shaped contour | M 型断面 |
| M-shaped profile | M 形炉料剖面 (【技】高炉布料过程中，料线高于碰撞点时，炉料落在料面上，随着料线的提高，堆尖逐步远离炉墙，炉内形成) |
| M-shaped profile | M 形料面 |
| M+S-stirring | M+S- 电磁搅拌 |
| M+S-stirring | 结晶器和二冷区组合电磁搅拌 |
| M-stirred billet | 结晶器电磁搅拌过的小方坯 |
| M-stirrer | 结晶器电磁搅拌器 |
| M-stirring | M-电磁搅拌 (From these results, it is concluded that M-stirring enhances the uniform shell growth in the mold, thus resulting in the elimination of the surface cracks. 根据这些结果，得到的结论是：结晶器电磁搅拌强化了结晶器内坯壳均匀生长，从而消除了表面裂纹。) |
| M-stirring | 结晶器电磁搅拌 |
| M-stirring device | 结晶器电磁搅拌装置 |
| M-stirring intensity | 结晶器电磁搅拌强度 |
| M-stirring system | 结晶器电磁搅拌系统 |
| M-stockline | M 形料线 (高炉的) |
| M-stockline of blast furnace | 高炉 M 形料线 |
| m-tolunitrile | 间甲苯基氰 (C8H7N) |
| M. V. C. alloy | MVC 耐蚀铸造硅铝合金 (89Al,USi) |
| m-xylenol | 间-二甲苯酚 (C8H10O) |
| P.M.G. alloy | PMG 硅青铜 (4Si, 2Zn,2Fe,0.5Mn,余量 Cu) |
| P.M.G. metal | PMG 硅青铜 |
| P/M parts moulding | 粉末冶金零件压制成型 |
| P/M super alloy | 粉末冶金超级合金 |
| R.O.M. screenings | 筛下原矿粉 |
| R.O.M. run-of-mine screenings | 筛下原矿粉 |
| r.p.m. meter | 转速表 (用于测量每分钟转数) |
| S.A.M.alloy | 特种铝基混合稀土合金 (11 混合稀土 ,2Si,1.5Cu,1.25Ni,1Mn, 0.3Cr,0.02Ti，余量 Al) |
| single M-stirring | 单一结晶器搅拌 |
| single-coil M-EMS | 单线圈结晶器电磁搅拌 |
| thermo-E.M.F. | 热电动势 |
| Wofatit M | 沃法泰特M (弱碱性阴离子交换) |
