sintering中文,sintering的意思,sintering翻译及用法

2026-03-22 09:43 浏览次数 27

sintering

英['sɪntərɪŋ]美['sɪntərɪŋ]

n. 烧结

v. 烧结;使熔结(sinter的ing形式)

adj. 烧结的

sintering 英语释义

英语释义

    1. to cause to become a coherent mass by heating without melting

    2. to undergo sintering

    3. to cause to become a coherent mass by heating without melting
    the binding of sintered hydroxyapatite with bone

sintering 片语

片语

sintering charge烧结

sintering plant烧结厂;烧结车间

sintering method烧结法

sintering of铸砂烧贴

explosive sintering爆炸烧结

microwave sintering微波烧结

pressureless sintering无压烧结

high sintering高温烧结

sintering process烧结法,烧结过程

sintering ore烧结矿

sintering furnace[炉窑] 烧结炉

sintering pallet烧结机台车

sintering coal炼焦煤;粘结性煤

sintering temperature烧结温度;软化温度

sintering machine烧结机

sintering 例句

英汉例句

  • but two problems can not be overcame. firstly, the conventional sintering process needs 3~5 percent carbon, and it will exhausted a large mounts of coal resource.

    但传统的烧结工艺存在两个问题:一是烧结过程中需要配加约3~5%的固定碳,需要消耗大量的煤炭资源;

  • there are some processes such as hot isostatic pressing which combine the compaction and sintering processes into a single step.

    还有一些工艺如热均衡挤压,将压实和烧结工艺合并为单一步骤。

  • it's made of high density special copper alloy with sintering porous bronze in its interlayer and rolled ptfe compound on the surface.

    该产品以高密度铜合金为基体,中间烧结多孔青铜层,表面轧制ptfe为主混合物。

  • good quality , high production and energy consumption in iron-making are directly influenced by the high or low production and the quality of sintering ores.

    烧结矿产量的高低、质量的优劣都将直接影响到炼铁生产的产、质量及能源消耗。

  • dimensional control can be exercised on the as-sintered component as the injected density is sensibly uniform so shrinkage on sintering is also uniform.

    烧结零件可以实现尺寸控制,因为注塑密度明显均匀,所以烧结收缩也是均匀的。

  • with service wear of dpf, or due to improper regeneration control, dpf burnout or sintering may occur, leading to dpf failure.

    随着dpf的使用,可能会出现老化或者由于再生控制不当出现dpf烧漏、烧结而导致dpf失效。

  • therefore, these results prove that crystal formation interferes with the sintering process of a crystalline frit .

    所以这些结果证明晶体结构干扰结晶弗里茨的烧结过程。

  • powder metallurgy(fig. 5.1) uses sintering process for making various parts out of metal powder. the metal powder is compacted by placing in a closed metal cavity (the die) under pressure.

    粉末冶金(图5.1)采用烧结工艺将金属粉末制成各种各样的零件。金属粉末放在封闭的金属腔(模具)中在压力下被压实。

  • second pressing operation, repressing, can be done prior to sintering to improve the compaction and the material properties.

    在烧结前可以进行二次挤压作业(再挤压)以改善压实状态和材料性能。

  • effect of the two different additives in the sintering process at high temperatures and ultra-high pressures was discussed.

    讨论了两种不同类型添加剂在超高压高温下烧结所起的作用。

  • sintering densification process is one way to manufacture p/m for producing tool steel products with high properties.

    烧结致密法是制取高性能粉末冶金工具钢制品的一个途径。

  • in powder forging an as-pressed component is usually heated to a forging temperature significantly below the usual sintering temperature of the material and then forged in a closed die.

    在粉末锻造中,压制零件一般加热到远低于该材料通常烧结温度的锻造温度,然后在闭模中锻造。

  • relative density, tensile strength and elongation of sintering specimens were also measured and analyzed.

    并对烧结样的相对密度、抗拉强度、延伸率等性能进行了测定与分析。

  • usually, layer and vertical crack are caused by moulding, and horizontal and reticulate crack are caused by sintering .

    通常层裂和竖向裂纹是机压所致,横向裂纹和网状裂纹是烧成造成的。

  • powder can be spread onto a tray and then solidified in the required pattern with a squirt of a liquid binder or by sintering it with a laser or an electron beam.

    将粉末洒向一个托盘,然后用一小盘液体粘合剂把粉状物按需要的形状进行固化,或者用激光器或电子束管将其烧结成所需形状。

  • from the analysis of the results given above it is possible to establish a relationship between the sintering behaviour and the crystallization process, for each frit.

    从以上的分析结果中我们是不可能为每一个弗里茨建立烧结行为和结晶过程关系的。

  • the density of the component can also change during sintering, depending on the materials and the sintering temperature.

    根据材料和烧结温度的不同,零件的密度在烧结过程中也会改变。

  • for high tolerance parts, a sintering part is put back into a die and repressed. in genera this makes the part more accurate with a better surface finish.

    对较大公差的零件,烧结后可放回模具重新挤压。一般而言这会使零件更精确同时具有更好的表面光洁度。

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