nitriding ['naitraidiŋ]

nitriding的基本解释

v.

渗氮

与nitriding相关的网络例句 [注：此内容来源于网络，仅供参考]

The using instance of mould is complex, its always abated by abrasion, fatigue, or bad hot stability, and so on. To extend the longevity of mould, people try to use general heat treatment and other surface treatment, especially the gas nitriding, because of its inherent excellence, such as wearable、incohesive、co-fatigue、stand against permanence intensity and causticity under changeable load and so on, also the gas nitriding facility is cheapness, so the gas nitriding technics is abroad used.

为了提高模具的使用寿命，人们除了采用常规热处理外，各种表面强化技术也被广泛应用，特别是气体氮化工艺，因其能显著提高工件的耐磨性、抗擦伤性能、抗粘和性能、接触疲劳性能、冲击或交变载荷下的持久强度和耐腐蚀性能等，而且气体氮化工艺设备投资、生产成本低，更是被广泛关注。

It was revealed that content of water among nitriding agent, space velocity, final nitriding temperature, temperature rate, the ratio of N2 and H2 all have impacts on the formulation of high surface area γ-Mo2N and the significance reduces in turn.

研究发现氮化剂中水含量、空速、氮化终温、升温速率、氢氮体积比对高比表面积γ-Mo2N/SiO2的形成均有影响，且影响显著性依次降低。

Based on the study of heat treatment process,the different nitriding effects under conditions of different nitriding methods,temperatures and time are presented.

通过热处理工艺试验研究，比较在不同的氮化温度及时间条件下的氮化效果，制定出适合40CrNiMo材料的合理的氮化工艺参数。

与nitriding相关的网络解释 [注：此内容来源于网络，仅供参考]

plasma nitriding：离子氮化

physical vapor deposition 物理蒸镀 | plasma nitriding 离子氮化 | pre-annealing 预备退火

plasma nitriding：离子渗氮

等离子体:Discharge Plasma | 离子渗氮:plasma nitriding | 血浆分布:plasma distribution

nitriding：渗氮

其产生的情况可用下式表示:电浆技术除了在半导体业及电路板业有上述用途外,在塑料加工中用途更大,一般塑料的光滑表面皆可用电浆法加以微粗化,使具亲水性及在接着力上大大增强,亦为化学铣作(Chemical Milling)及钢料表面渗氮(Nitriding)等制程所采用.

nitriding：氮化

渗碳(carburizing) ,氮化(nitriding) 之防止,例如钢铁表面硬化 (case hardening)时在不要硬化部份镀Cu.coating),涂装(coating)等工业技术,达到防蚀,增进可焊性,润滑性,耐磨性,附著性及钢材防止渗碳等的多项目的.占去马口铁很大的市场尤其一些锡生产的开发国家如印尼,

nitriding：氮化处理

metallizing 真空涂膜 | nitriding 氮化处理 | nitrocarburizing 软氮化