making powder中文是什么意思

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中文翻译
造句

[生活需要] 制粉

making drugs into frostlike powder 制霜
-making 后缀〔口语〕使人…的： sick- [shy-] -making.
be the making of 成为...的基础, 是...的成功因素
in making 制造中, 建设中
in the making 在发展中
making n. 1.制作(物)，制造(物)，生产；一次制造量；发展[发达]过程；成功的原因[手段]；组织；〔常 pl.〕原料，材料。 2.〔口语〕〔pl.〕利益，赚头，所得。 3.〔pl.〕素质，要素。 4.〔pl.〕〔美口〕(自卷自抽的)卷烟材料[纸和烟]。 5. (煤矿中挖出来的)粉煤。 the makings of a good garden 一个美好的花园的条件。 be the making of 成为…的基础，保证…的成功 (His failure has been the making of him. 他的失败成了他成功的原因)。 have the makings of 具有…的素质。 in making 制造中，建设中。 in the making 酝酿中的，在发展过程中的；未完成的。
making it 圆舞曲女郎; 远行他方
powder n. 1.粉，粉末。 2.(搽脸的)香粉；牙粉；发粉。 3.(一服)药粉；粉剂；散。 4.尘土，泥屑；雪糁。 5.炸药，火药；〔比喻〕推动力；打击力；(打击对方所需的)力量。 6.〔美俚〕一杯酒。 7.〔pl.〕〔美俚〕逃跑；溜掉。 8.〔美俚〕老板的命令。 burn powder 〔美俚〕射击，开枪。 food for powder 炮灰。 foolish powder 〔美俚〕海洛英。 grind [reduce] to powder 磨碎；粉碎。 keep one's powder dry 准备，万一，做好准备。 take a powder 〔美俚〕逃掉；离开。 Put more powder into it! 加油!加一把劲! put on powder 搽粉。 smell of powder 闻过火药味，有实战经验。 smell powder 吸收实战经验。 wear powder 撒发粉。 vt. 1.把…作成粉，使成粉末，磨碎。 2.撒粉于；搽粉于；用粉状物覆盖 (with)。 3.用圆点图案装饰。 vi. 1.变成粉末。 2.搽香粉[发粉]。 3.〔美俚〕逃走。 powder up 〔美俚〕喝。
powder with 洒粉于
bag making 制袋
ball making 制球
believe in the making 相信造假
block making 砌块制造
block-making 大块砖制造
boiler making 炉马力
boiler-making 锅炉制造
bond making 成键
book making 1.著作。 2.编辑。 3.赛马赌博登记簿。
box-making 制盒
brand-making 创名牌; 创品牌
bread making 面包师; 面包制造；烘面包
brick making 制砖
brine making 盐水制备
budget making 预算编制
butter-making 奶油制造; 提制黄油

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例句与用法

Secondly, electricity consuming rate of making powder system is high
其次是制粉系统电耗率偏高。
Designed for making powders for food, pharmaceutical, and chemical products
食品、制药、化工等粉体制造。
Dispersion : the machine can make powder finer and softer and enhance brightness
分散度：本机能够让产品的粉末更细致，以及增加颜色的亮度。
Much power resource has been wasted because of high electricity consuming of making powder system
球磨机制粉系统电耗占发电厂厂用电的比例较大，浪费了大量的电力资源。
The company started by nestle became bigger during war years when it made powdered milk that was sold to soldiers and 6 ) civilians
雀巢成立的这家公司因为在战时生产奶粉卖给军人，规模变得更大。
But, the technical reconstruction should be carried on by way of studying and test to the making powder system of the ball mill
但是针对一台具体机组，应该对球磨机制粉系统进行调整试验研究，然后再确定改造方案。
The reconstruction about reducing electricity consuming rate of making powders systems is against directly the concrete unit . each power plant is different, and the reconstruction scheme is probably different
3球磨机制粉系统电耗率降低改造针对的是具体机组，各个发电厂情况不同，改造方案可能会有较大区别。
Successively make powder fruit candy such as power chip pineapple candy, banana candy, orange candy, which are advanced at the domestic . produce four candy sets, such as the high-grade mike candy, powder clip lollipop and powder clip gum candy, totally more than 150 varieties
先后研制开发了具有国内领先水平的粉质夹心菠萝糖、香蕉糖、柑橘糖等粉质水果硬糖系列，并生产高级奶糖、粉质夹心棒棒糖和粉质夹心胶糖等四大类糖果系列，共
In this paper based on the study of composition structure and properties of steel-making powder, relationship and laws between composition, structure and properties of cement and concrete with steel-making powder are revealed by testing composition and microstructure of hydration products, physical properties, workability and comprehensive durability of cement and concrete with steel-making slag powder . it provide theory reference and technology support for application and spread of steel-making slag powder mineral additive
本文在深入研究钢渣粉本身的组成、结构与性能关系的基础上，通过水化产物的组成与微结构测试、混凝土宏观力学性能、工作性能及长期耐久性能实验，揭示了含钢渣粉水泥混凝土的组成、结构与性能之间的相关规律，为钢渣粉掺合料的应用与推广提供了理论依据与技术支撑。
In this paper based on the study of composition structure and properties of steel-making powder, relationship and laws between composition, structure and properties of cement and concrete with steel-making powder are revealed by testing composition and microstructure of hydration products, physical properties, workability and comprehensive durability of cement and concrete with steel-making slag powder . it provide theory reference and technology support for application and spread of steel-making slag powder mineral additive
本文在深入研究钢渣粉本身的组成、结构与性能关系的基础上，通过水化产物的组成与微结构测试、混凝土宏观力学性能、工作性能及长期耐久性能实验，揭示了含钢渣粉水泥混凝土的组成、结构与性能之间的相关规律，为钢渣粉掺合料的应用与推广提供了理论依据与技术支撑。