1) shock wave hardening treatment
爆炸硬化处理
2) explosion hardening
爆炸硬化
1.
Hadifield steel was treated with explosion hardening.
对Mn13Cr2高锰钢进行了爆炸硬化处理。
2.
The hardening craft and hardening mechanics of explosion hardening of high-Mn steel was summarized,the achievements of explosion hardening research and the further work were simply introduced in this field.
对高锰钢爆炸硬化工艺和硬化机理进行了综述,并对爆炸硬化的研究进展及需要开展的进一步工作作了简单介绍。
3.
In this paper,We use explosion hardening treament to improve the wear span of the high carbon steel of a hammar crsher in building material,and it obviously improve the distribution of the hardness and anti crossion.
通过对建材用锤式破碎机上的高锰钢件进行爆炸硬化试验研究,使其硬度和耐磨性得到了明显的提高,并对此方法的经济效益及应用前景作了分析。
3) explosive hardening
爆炸硬化
1.
Research on explosive hardening experiment of the DHP copper sheet
DHP铜板爆炸硬化实验研究
2.
For the shortages of explosives used on explosive hardening at present,a new polymer bonded plastic explosive is developed.
针对目前爆炸硬化所用炸药的性能不足,研制出一种高聚物粘结塑性炸药,利用该塑性炸药对高锰钢辙叉进行爆炸硬化。
4) explosive treatment
爆炸处理
1.
The whole process of the relief of the welding residual stress through an explosive treatment is simulated by using the nonlinear dynamic finite element method.
利用非线性动力有限元法对爆炸处理消除焊接接头残余应力的全过程进行了数值模拟。
5) explosion treatment
爆炸处理
1.
The successful application of explosion treatment on relieving welding residual stress in S belt of hot-blast stove in WIS(G)CO is introduced.
介绍了消除焊接残余应力爆炸处理技术在武钢高炉热风炉上的成功应用。
2.
Not only significant reduc- tion of the surface welding tensile residual stresses but also even distribution of stresses through the thickness are achieved due to the explosion treatment.
对三峡工程采用的60mm厚 NK-HITEN 610U2调质高强钢对接和角接的焊接试板进行爆炸处理。
3.
The results indicated that after the explosion treatment, the fatigue property of the plastic, clastic and elasto-plastic zones on the 16MnR steel weld, attected by the explosion shock wave, arc all improved but t.
结果表明,16MnR钢焊缝经爆炸处理后,冲击波的塑性作用区、弹性作用区以及弹(?)塑性转变区的疲劳性能均得到改善,但三区有不同的疲劳特性。
6) explosion pre-hardening
爆炸预硬化
1.
, the influences of solution treatment, aging and explosion pre-hardening on the microstroucture and wear resistance of ZGMn13VTiMoRE steel have been studied.
运用金相、透射及扫描电镜和冲蚀磨损等试验方法,研究了不同水韧及时效工艺处理和爆炸预硬化对高锰钢(ZGMn13VTiMoRE)组织和耐磨性的影响,提出了优化热处理工艺。
补充资料:硬化纸
分子式:
CAS号:
性质:又称硬化纸。一种坚硬度很高的加工纸。成品有平板、卷筒、管状等。纸质坚硬。具有优良的弹性、耐磨性、耐腐蚀性、耐热性、机械强度、绝缘性能和机械加工成型性能。加工制品耐久、质轻(比铝轻)且美观。原纸具有较高的强度、较低的灰分和良好的吸水性能。用本色亚硫酸盐化学木浆或棉浆,经打浆、施胶,不加填(料),在长网造纸机上抄造而成。将原纸用膨润剂(浓氯化锌溶液或铜铵溶液)浸渍处理,使纤维素润胀胶化,然后在胶化机上层层黏合,再经老化成熟、水浸脱盐、干燥整形而制成钢纸。一般添加红色或灰色。供机电、纺织等工业制作各种工具垫片、绝缘材料和其他零件之用。
CAS号:
性质:又称硬化纸。一种坚硬度很高的加工纸。成品有平板、卷筒、管状等。纸质坚硬。具有优良的弹性、耐磨性、耐腐蚀性、耐热性、机械强度、绝缘性能和机械加工成型性能。加工制品耐久、质轻(比铝轻)且美观。原纸具有较高的强度、较低的灰分和良好的吸水性能。用本色亚硫酸盐化学木浆或棉浆,经打浆、施胶,不加填(料),在长网造纸机上抄造而成。将原纸用膨润剂(浓氯化锌溶液或铜铵溶液)浸渍处理,使纤维素润胀胶化,然后在胶化机上层层黏合,再经老化成熟、水浸脱盐、干燥整形而制成钢纸。一般添加红色或灰色。供机电、纺织等工业制作各种工具垫片、绝缘材料和其他零件之用。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条