1)  precipitation hardening steel
沉淀硬化钢
2)  deposition
沉淀
1.
Discussion on solving the problem of rice wine deposition;
关于解决黄酒沉淀问题的探讨
2.
The Deposition of Tea Beverages and Application of Technology of Clarification;
茶饮料沉淀的成因与澄清技术的应用
3.
Application of Flocculation and Deposition in Treatment of Refining Wastewater;
浅谈混凝沉淀在炼油污水中的应用
3)  precipitate
沉淀
1.
Discrepant analysis of iron precipitate synthesized by two strains of different iron-oxidizing bacteria;
两株不同铁氧化细菌合成的沉淀差异性分析
2.
The precipitate in low-alcohol Maotai Liquor mainly include reversible white floc, black fine solids precipitation, and gray floc.
低度茅台酒生产中产生的主要沉淀为:可逆性的白色絮状沉淀、黑色细颗粒沉淀和灰白色絮状沉淀。
3.
after alcohol-degrading might produce the lost of gloss, turbidity and precipitate; the suspended substances produced in distillation and packing, the produc.
低度白酒生产过程的技术难点主要是白酒降度产生失光、浑浊、沉淀,其主要原因是由于降度后棕榈酸乙酯、油酸乙酯和亚油酸乙酯等析出;蒸馏、包装等过程带入的悬浮物,生产用水、生产容器所含金属离子等为低度白酒产生沉淀的主要原因;还有低度白酒酒体在货架期的水解、酯化反应也会引起低度白酒产生失光、浑浊和沉淀。
4)  sedimentation
沉淀
1.
Pretreatment of wastewater from thiophanate methyl production by sedimentation-oxidation process;
沉淀-氧化法预处理甲基硫菌灵生产废水的研究
2.
Technology of sedimentation in separation of enzymes;
酶的分离纯化过程中的沉淀分离技术
3.
Treatment of wastewater from jeans production by hydrolytic acidification/biological contact oxidation/sedimentation;
水解酸化/生物接触氧化/沉淀工艺处理牛仔衣染色废水
5)  sediment
沉淀
1.
The effect of the preparation conditions on size distribution of barium carbonate sediment particle;
制备条件对碳酸钡沉淀粒度分布的影响
2.
Dealing with sediment titration analysis according to Ringbom′sadditional reaction theory;
用林帮的副反应思想处理沉淀滴定分析
3.
Analysis of amino acid in soy sauce and its secondary sediment;
酱油二次沉淀物氨基酸组分分析
6)  precipitation
沉淀
1.
The experimental research on the characteristics of flocculating precipitation of acid washing wastewater;
酸性废水絮凝沉淀特性的试验研究
2.
Effects of solution conditions on the precipitation of calcium phosphate for recovery;
溶液条件对磷酸钙沉淀法回收磷的影响
3.
Experimental study of influential factors in the process of struvite precipitation;
鸟粪石沉淀过程中的影响因素实验研究
参考词条
补充资料:沉淀硬化

precipitationhardening:通过单独或复合加入硬化元素,而获得高强度、高韧性、高耐蚀性的一类材料,称为沉淀硬化。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。