分离筛用英语怎么说,分离筛的英文翻译


词语导航

基本信息

词语:分离筛

繁体:分離篩

拼音:fēn lí shāi

英语翻译

【机】 separating screen

分词翻译

分离的英语翻译:

part; detach; dispart; dissociate; divorce from; secede; segregate; split
【计】 decatenation; deconcatenation; decouple; kick-off; kick-out
【化】 isolation; segregation; separation
【医】 abruptio; ap-; aphoresis; apo-; chorisis; detachment; dia-; diaeresis
diastasis; disassociation; disconnect; dissociation; divarication
isolate; isolation; segregation; separation; sequester; sequestration
solution; sublatio; sublation
【经】 separate

筛的英语翻译:

bolt; griddle; riddle; screen; sieve; sift; sifter
【化】 sieve
【医】 ethmo-; screen; sieve

翻译例句

1. 采用糠粞分离使米糠和碎米、米粞分离效率高,能耗低。

Separate rice bran , smash rice by Chaff rotary sifter , high efficiency, low consumption.

2. 主要的浆料选设备有振动、离心分离筛、压力(离心式或向心式)。

The major types of stock screens are vibratory, gravity centrifugal, and pressure (centrifugal or centripetal).

3. 老式的分离在结构上与磨机合为一体,静止不动,很难分离黏度较高的物料。

The old separating screen in structure is connected with the mill and immovable, so it is difficult to separate the higher viscous materials.

4. 皮壳与破碎的豆瓣,通过振动和吸壳器彼此分离,豆瓣由滚轮压成片。

Sakers and aspirators separate the hull from the cracked cotyledons and rollers flake them .

5. 指出高效、节能的分子吸附分离法是实现二氯苯异构体分离的最佳选择。

The best choice for separating the isomers of dichlorobenzene is the adsorption separation by zeolite adsorbents in high efficiency.

6. 介绍了作为气体分离用途的碳分子(CMS)的典型的和非常规的制备方法及应用。

The typical and unconventional preparation methods of carbon molecular sieves (CMS) used for gas separation were introduced in this paper.

7. 介绍了作为气体分离用途的碳分子的典型的和非常规的制备方法及应用。

The typical and unconventional preparation methods of carbon molecular sieves used for gas separation were introduced in this paper.

8. 无无网,采高科技空气分离设计,粗细可任意调整,操作方便。

No mesh, no net, adopt science and technology air separator designed, fineness is adjustable, easy to operate.

9. 当出现这种情况时候,铬(Crn+)就会和表面分离,将材料格下层的铁(Fe)和镍(Ni)暴露氧化。

When this occurs, the chromium (Crn+) separates from the surface and opens the way for oxidation of the iron (Fe) and nickel (Ni), lower in the metal lattice.

10. 介绍了国内外目前以PS A技术进行空气分离制备氧气所用沸石分子吸附剂的研究状况。

This paper reviewed research of zeolite adsorbents for preparation of oxygen through the air separation by PSA technology.

11. 方法采用薄层色谱法初,利用薄层制备色谱技术将可疑斑点分离后进行质谱检测,并与对照品的质谱图比较确认。

METHODS TLC was used to find and separate the components, then the components were detected by MS and the MS spectra were compared with the standard substance.

12. 提出了应用非晶强度曲线和多重峰分离程序,根据X射线衍射图进行4A分子结晶度测定的方法。

A method for the measurement of crystallinity of Zeolite 4a is presented. This method USES an amorphous intensity curve and multiple peaks separation program based on XRD pattern.

13. 方差分析表明:圆筒速度是影响谷粒分离率的最重要的参数。

Experimental variance analysis shows that the peripheral velocity of the rotating screen is one of the most important factors which affect the percentage of grain separation from straw and chaff.

14. 琼脂糖作为优良的惰性载体和高分子在近代生物化学的定性、定量分析中,在对微生物蛋白质等生物材料的分离技术中得到广泛的应用。

As an ideal carrier and high molecular sieve, agarose is widely used in qualitative and quantitative modern biochemical analysis and in separation of Microorganism. Protein and biological material.

15. 指出高效、节能的分子吸附分离法是实现氯甲苯异构体分离的最佳选择。

The best choice for separating the isomers of chlorotoluene is the adsorption separation by zeolite adsorbents in high efficiency.

16. 本文综述了分子复合膜的制备方法,介绍了分子复合膜在混合气体分离中的应用及分离机理。

The preparation of zeolite composite membranes has been reviewed in details. Their application in gas separation and the mechanism of separation have been discussed briefly.

17. 城市生活垃圾处理过程中的各种分设备,如振动、格、滚筒等均可视作是二进制的分离设备。

Various screening equipments used in city garbage process, such as vibratory screen, grid and roller screen, can be classified as binary separating equipment.

18. 为了生产用于分子脱蜡装置的正戊烷脱附剂,利用络合化学试剂对切割分离后的重整正戊烷油进行了脱烯烃精制实验。

In order to produce n pentane desorbing agent for molecular sieve dewaxing unit, the refining tests for reformed n pentane oil were carried out by using complexing agents.

19. 对比试验结果表明,螺旋钢丝圆筒确能提高物料分的分离完全度,但物料的轴向平均速度有所下降。

It is shown that sizing efficiency of the cylinder is higher than that of general cylinder and that axial average speed of material has certain decrease by experiments.

20. 中孔分子在吸附、催化与分离以及化学组装制备先进材料和分子器件等方面具有潜在的应用价值。

Mesoporous molecular sieves have potential applications in adsorption, catalysis and separation, preparation of advanced materials, and molecular devices.

21. 采用吸附分离工艺,以5A分子为吸附剂,氮气为脱附剂,将重整拔头油分离成高纯度的正构烷烃和异构烷烃。

Adsorption and separation technology were studied with reforming topped oil as feedstock, 5 a molecular sieve as adsorbent, nitrogen as desorbent.

22. 先将液态丙烯汽化成气态,用气体进样阀将气态丙烯样品进样到气相色谱仪中,由5A分子填充柱进行分离,用TCD检测器检测,外标法定量。

Propylene was vaporized from liquid to gas, then sampled to GC by gas sample valve, separated in 5A molecular sieve column, and determined with TCD.

23. 基于碳分子动态吸附机理,建立了分离氧氩的实验装置。

The experimental apparatus for the separation of oxygen and argon was established based on the kinetic adsorption of carbon molecular sieves.

24. 有吸附,表现出了分子效应。 可望应用于结构类似而分子体积大小不同的有机物特别是天然有机物的吸附分离WwW.wENTIYi.com

Therefore, it would find some uses in adsorptive separation of organic compounds with similar structure but different molecular size.

25. 部分含有轻杂质的浆料则经过槽体切线方向的轻杂质出口管而进入圆筒,进行浆料与轻杂质的分离

The parts including the light impurity pulp enters cylinder sieve through the tangent direction outlet pipe of light impurity. To carry on the pulp and the light impurity separation.

26. 对分子生产废水进行了絮凝沉降分离试验,确定了絮凝剂、助凝剂及絮凝沉降分离条件。

A test for separation of suspended Solids in the wastewater from molecular sieve production by flocculating settling has been performed.

27. 分离器安装在了三台同时工作的主振动上。

The separator was installed on three primary shakers working simultaneously.

28. 该分离器安装在MONGOOSEPRO振动内,与DURAFLO可替换复合布配合使用。

The separator was installed on MONGOOSE PRO shale shakers and used in combination with DURAFLO † composite replacement screens.

29. 该分离器安装在MONGOOSEPRO振动内,与DURAFLO可替换复合布配合使用。

The separator was installed on MONGOOSE PRO shale shakers and used in combination with DURAFLO † composite replacement screens.

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