2) titanium mother board
钛种板
1.
The material and design of titanium mother board,the material of hanging ear, the fastening manner between titanium and hanging ear, the manner of wraping border of titanium, and the uses of titanium in traditional copper electrolysis were presented.
介绍了在传统铜电解生产中 ,钛种板的材质、设计、挂耳材质与联接方式、包边以及使用情
3) variety plate
品种板
1.
This article puts forward ideas for the production of optimized variety plate,enhances variety plate output by a large margin and achieves prominent economic efficiency and social benefits through analysis of production features in terms of variety plate with Q345 series plate as typical product.
通过分析 Q3 45系列板为代表的品种板的生产特点 ,提出的优化品种板生产的思路 ,大幅度提高了品种板产量 ,取得显著的经济效益和社会效
2.
In order to meet the needs of variety plate production,The Plate Plant of Jinan Steel optimized the process layout of straightening section,improved the temperature system and reduction schedule and took some management measures such as plane resolution and one grade-one treatment method.
济钢中板厂为满足品种板生产需要,优化了矫直区工艺布局,改进了温度制度、压下制度,并采取了平面解析、一品一法等管理措施,建立起适合其自身特点的品种板高效化生产新途径,品种板比例达86。
4) implant template
种植模板
5) protecting seeds device
护种板
1.
The seeding wheel,the cleaning-seeds mechanism,the protecting seeds device and the forced seeding mechanism were analyzed.
通过对各种清种方式的分析,决定采用轮式清种机构,提出了护种板和强制排种机构的形式。
6) chestnut seeds
板栗种子
1.
This study aims to discover the relationship among browning, the contents of soluble sugars and desiccation sensitivity in chestnut seeds.
试图揭示板栗种子褐变与脱水敏感性和可溶性糖含量之间的关系。
2.
The results of the study indicated that the main phenolics in mature chestnut seeds is tannin.
为进一步探索板栗褐变的发生规律 ,对南方早熟板栗种子不同部位的单宁含量进行了研究。
3.
In the process of ripeness and the storage of chestnut seeds, the relative electric conductivity and ultraviolet absorption value were higher obviously in embryonic axes than those in outer of flesh.
板栗种子在成熟及沙藏过程中 ,胚轴浸出液的相对电导率和紫外吸收值、胚轴的总酚含量和 POD活性均明显高于边果肉 ,而 SOD活性则明显低于边果肉 ,MDA的积累也明显快于边果肉 。
补充资料：种板
种板
starting blank
zhongbon种板(starting blank)电解制取始极片的阴极板。一般用2一3mm厚的紫铜板、不锈钢或钦板制成，其尺寸略大于始极片。种板表面不仅要平整光滑，还要经过均匀上蜡、皂水煮泡或电化学处理，使表面能形成均匀的导电隔离层，以便于始极片从种板中剥离。 种板电解槽的阳极一般与生产电解槽的阳极同，但电解条件要求比生产槽严格。电解制取种板的电流密度、电解温度、电解液中的杂质均较电解生产的低，阴极周期则较电解生产短得多。 (王立川钟竹前)
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