1) chemical and physical treatment
理化处理
2) chemical treatment
化学处理
1.
Study of surface chemical treatment on synthetic diamond;
人造金刚石的表面化学处理研究
2.
Study on chemical treatment of circulating cooling water for production of formaldehyde;
甲醛生产中循环冷却水化学处理的研究
3.
An internal chemical treatment for small type boilders;
小型锅炉的锅内化学处理
3) biotreatment
[,baiəu'tri:tmənt]
生化处理
1.
It is reported that salinity affects the wastewater biotreatment system as well as the impact of biology activity.
研究了废水中不同含盐量对生化处理效果以及生物学变化规律的影响。
2.
It is toxic organic conditions,biotreatment of sequencing batch reactor are studied.
通过SBR试验,分析有机物在不同条件下的降解情况,旨在研究其生化处理影响因子,并由此提出处理该类废水所应注意的工艺条件和处理建议。
3.
Wastewater from pharmaceutical industry is treated by oxidation - biotreatment process:treating quantity is 100 m3/d, inflow CODCr value is 1 000 ～ 4 000 mg/L.
运行实践表明,氧化处理工艺能够降解该废水中的大多数高分子化合物;生化处理中的水解酸化工艺可明显提高废水的可生物降解性,生物接触氧化处理工艺CODCr去除率大于97%。
4) crystallization
[英]['kristəlai'zeiʃən] [美][,krɪstḷɪ'zeʃən]
晶化处理
1.
Mg_(65) Cu_(25) Y_(10) alloy has the largest supercooled liquid regionΔT_x (=T_x-T_g, where T_x and T are the crystallization temperature and the glass transition temperature, respectively) and the best GFA in Mg-Ln-TM system.
对Mg基块体非晶合金的玻璃形成能力、晶化和熔化行为进行了分析，研究了非晶合金的硬度；对Mg-Cu-Nd-Y非晶条带的拉伸塑性进行了测试；对Mg_(65)Cu_(25)Nd_4Y_6块体非晶合金进行等温晶化处理，并研究了不同晶化工艺对合金的显微组织及性能的影响。
2.
This dissertation was proposed the viewpoint of the crystallization for glass substrate stuff and obtained lapping specially side .
本文提出了二步微晶化法方案作为微晶玻璃基板的最终的晶化处理工艺，并获取了具有最佳机械强度的基板材料。
3.
The effect of the sputtering parameter and crystallization temperature on the microstructure of the NiTi SMA/PZT heterogeneity composite was studied.
7Pa条件下溅射沉积NiTi SMA薄膜,再经600℃二次晶化处理。
5) homogenizing treatment
均化处理
1.
After the homogenizing treatment of the cast Mg-Li-Zn-Zr Alloy, θ' (MgLi2Zn) turned into 6 (MgLiZn), which is more steady.
对铸态Mg-Li-Zn-Zr合金均化处理后,合金的θ’相转变为更为稳定的θ相(MgLiZn),并且均化处理可以明显提高铸态Mg-7。
2.
Research works of this thesis aims at the light magnesium lithium alloys and mainly focuses on the effects of the misch metal and some thermal treatments such as the homogenizing treatment 、 the hydrogenating treatment etc.
本论文以轻质镁锂合金材料为研究对象,以均化处理、氢化处理等热处理手段和混合稀土对Mg-Li-Zn-Zr系镁合金的显微组织和机械性能影响为主要研究内容,以具有代表性的Mg-7。
6) phosphating treatment
磷化处理
1.
Phosphating treatment and blackening treatment as two different ways have been used and the microstructure and the microhardness have been analyzed under different pretreatment craft.
实验结果表明:磷化和黑化处理都可以提高材料表面的激光吸收率,但磷化处理更容易控制具体参数;在相同的激光功率和扫描速度下,经过磷化工艺预处理的处理层厚度比未经预处理的处理层提高了0。
补充资料：理化
物理学和化学的合称。
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