16MnR

Welding method of 16MnR ( HIC ) using in petro-chemical device

石化装置用16MnR（HIC）钢的焊接

Butt Joint Welding Technique of 1Cr18Ni9Ti / 16MnR Compound Steel Plate

1Cr18Ni9Ti/16MnR复合钢板对接焊工艺研究

Research and Development of Lamellar Tearing Resistant Steel 16MnR & Z25

抗层状撕裂钢16MnR&Z25的研制

The Application of High Toughness 16MnR ( WH510 ) Steel on Spherical Tanks

高韧性16MnR（WH510）在球形储罐上的应用

Corrosion Analysis of C-276 + 16MnR Clad Steel Plate Used in the Reactor of Phosphate

磷酸盐反应釜用C-276+16MnR复合板的腐蚀原因分析

The Hot Shaping Process of Super Duplex Steel Clad Plate 16MnR + SAF 2507

超级双相钢复合板16MnR+SAF2507热成型工艺

The Microstructures in the Interface Reaction Zone of Explosively Welded L2 / 16MnR

爆炸焊接L2/16MnR界面反应区显微结构

Development and Application of High-toughness 16MnR ( WH510 ) Steel

高韧性16MnR（WH510）钢的开发及应用

Analysis and Disposal for the Cracking on 16MnR + 405 Explosive Stainless Clad Steel Plate Heat Exchanger Shells

16MnR+405复合钢板换热器壳体断裂原因分析及处理方法

Microstructure and Properties of the Welded Joints of SAF2205 / 16MnR Duplex Stainless Steel Composite Plate

SAF2205/16MnR双相不锈钢复合板焊接接头的组织与性能

Interfacial Microstructures of hot-rolled 316l / 16mnr composite plate

316L／16MnR热轧复合板界面组织结构的研究

The Welding Process of 16MnR + 0Cr13Al Clad Plate

复合板16MnR+0Cr13Al的焊接工艺

Welding of 16MnR + 00Cr17Ni14Mo2 Composite Pipe

16MnR+00Cr17Ni14Mo2复合管焊接

Thus , 16MnR + 0Cr18Ni10Ti composite plate was used when the tower was renewed , which has been proved appropriate in material selection .

设备更新时塔体材料采用16MnR+0Cr18Ni10Ti复合板，投用后设备腐蚀甚微，证明选材是可行的。

The microstructures in the interface reaction zone of explosively welded L2 / 16MnR have been studied by using TEM , SEM and EDS.

用SEM、EDS、TEM对L2／16MnR爆炸焊接界面反应区进行了研究。

This article has evaluated simply the welding performance of 16MnR ( HIC ) carbon steel from Pcm & Ceq and the method of Max. hardness value of welding heat effect area .

评价了新型16MnR（HIC）钢的焊接性，从钢板的Pcm、Ceq以及焊接热影响区最高硬度值法等方面进行了分析；

In this paper , the tension test is carried out at various loading rates of 1-500mm / min at a temperature of-110 ℃ for a pressure vessel steel ( 16MnR ) , and the mechanical properties at different strain rates are measured .

本文在-110℃和1～500mm／min的加载速率范围内，对一种压力容器钢16MnR进行了不同加载速率下的拉伸实验，测量了该钢在不同应变率下的拉伸力学性能。

Through the research on the interface of 16MnR / stainless bimetallic plates , which made by the new techniques of explosive welding-hot rolling , we found a noncrystalline structure layer and a confused microcrystalline layer existing in the interface , which have never been reported before .

采用爆炸焊接&热轧新工艺生产的16MnR／不锈钢复合板，在爆炸焊接热轧坯料界面中，发现了以前从未报道过的非晶态结构层及混乱的微晶层的形成。