1) vanadium carbonitride
碳氮化钒
1.
The effect of technical parameters on nitrogen content in vanadium carbonitride is investigated.
研究了一步法合成碳氮化钒的生产工艺及工艺参数对碳氮化钒氮含量的影响。
2) vanadium carbonitfidc
钒碳氮化物
3) vanadium-nitrocarburizing
氮碳钒共渗
1.
The technological process of die steel H13 was inguired by low temperature salt-bath vanadium-nitrocarburizing,and microstructures,hardness,element distribution and phases of the infiltration of samples were investigated.
探讨了H13模具钢的低温盐浴氮碳钒共渗工艺,并对渗层组织、硬度、渗层中的元素分布以及物相组成等进行了研究。
4) vanadium nitride
氮化钒
1.
A review on the preparation and application of vanadium nitride;
氮化钒制备技术发展历程及其应用
2.
Study on drying process of vanadium nitride green pellets
氮化钒生球干燥过程研究
3.
Development and application for preparation technology of vanadium nitride
氮化钒制备技术的发展及应用
5) nitrided ferrovanadium
氮化钒铁
1.
Industrial experiment of producing high-strength reinforcement metal with nitrided ferrovanadium
使用氮化钒铁合金生产高强度钢筋的工业试验
2.
The small size particles produced during ferrovanadium sizing operation are formed into nitrided briquette so as to obtain nitrided ferrovanadium, The effect of ferroalloy size, pressure, nitriding temperature and nitniding time was studied on the nitrogen content of the product.
对高钒铁合金精整过程中产生的细颗粒物料进行压块渗氮，得到氮化钒铁产品，研究了合金粒度、压块压强、渗氮温度、渗氮时间对产品含氮量的影响。
6) vanadium nitride
一氮化钒
补充资料：氮化钒
分子式：
CAS号：
性质： 绿褐色粉末。密度5.75～6.13g/cm3。热稳定性、耐腐蚀性好。加热到2000℃也不与水作用。微溶于王水。将金属钒在氮气流中加强热即可制得，或将五氧化二钒与碳混合，置于氮气流中加强热制得。可用作高温绝缘材料。
CAS号：
性质： 绿褐色粉末。密度5.75～6.13g/cm3。热稳定性、耐腐蚀性好。加热到2000℃也不与水作用。微溶于王水。将金属钒在氮气流中加强热即可制得，或将五氧化二钒与碳混合，置于氮气流中加强热制得。可用作高温绝缘材料。
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