16mn

Interfacial structure and tensile deformation behavior of 16Mn / Zn composites

16Mn/Zn复合材料界面组织结构与拉伸变形行为

WC-Co , 16Mn coating were prepared by electrical explosive spraying device .

利用电爆炸喷涂装置制备出了WC-Co、16Mn涂层。

Uniaxial tension and cyclic deformation behavior of 16Mn / Zn laminated aseismic composites

16Mn/Zn抗震复合材料的单向拉伸与循环变形行为

Experimental investigation of the fatique strength of welded " 16mn " steel girders ( 2 )

国产16锰低合金钢焊接梁的疲劳强度试验研究（二）

A wet H2S corrosion test is conducted in the laboratory using 16Mn ( HIC ) base material and welded joints .

实验室内选择16Mn（HIC）基材和焊接接头作为实验材质，在湿H2S环境中进行了腐蚀实验。

The results demonstrate that the SSCC sensitivity of 16Mn ( HIC ) increases with increase of hydrogen sulfide and decrease of pH value .

结果表明，16Mn（HIC）SSCC敏感性随硫化氢浓度的增加和pH值的降低而增加。

The double metal composite bend pipe of high Cr iron / 16Mn steel is produced by this proess and the room temperature machanical properties and effect of practical application was studied .

采用该法成功地制出了高铬铸铁／16Mn钢双金属复合弯管，进行了室温机械性能和实际工况使用检验。

The sample of 16Mn / Zn laminated aseismic composites has hysteresis characteristic , which make the structure conform to the inner force and deformation under repeated load and decrease the vibration .

16Mn钢/锌抗震复合材料试件具有滞回特性，使结构适应反复载荷作用下的内力和变形，起到减震的作用。

Grain refinement by explosive bonding can be used as a way of surface nano-crystallizing for metallic materials . The microstructure of the interface and properties of 00Cr18Ni5Mo3Si2 / 16Mn clad steel plate produced by explosive welding were investigated by means of HRTEM , TEM and SEM .

爆炸接合引起的晶粒细化为金属材料表面纳米化提供了一种重要的途径。用HRTEM、TEM和SEM研究了00Cr18Ni5Mo3Si216Mn爆炸接合复合板性能及接合界面微区组织结构。