当前位置: > 投稿>正文

硼化物的英文,英语,boride是什么意思,boride中文翻译,boride怎么读、发音、用法及例句

09-16 投稿

?boride

boride 发音

英:[?b??r?a?d]  美:[?b??ra?d]

英:  美:

boride 中文意思翻译

常见释义: 硼化物

n.[无化]硼化物

boride 短语词组

1、uranium boride ─── [化] 硼化铀

2、zirconium boride ─── [机] 硼化锆

3、chromic boride ─── [化] 硼化铬

4、boride tlve-5p ─── 硼化物tlve-5p

5、calcium boride ─── 硼化钙,六 ─── 硼化钙

6、boride nozzle ─── 硼化物喷嘴

7、titanium boride ─── [建] 硼化钛

8、americium boride ─── 硼化镅

9、aluminium boride ─── [机] 硼化铝

10、manganese boride ─── [化] 硼化锰

11、tungsten boride ─── [机] 硼化钨

12、boride cermet ─── 硼化物金属陶瓷

13、chromium boride ─── [建] 硼化铬

14、boride element ─── 硼化物元素

15、boride stone ─── 硼化物石

16、boride am-8 ─── 硼化物am-8

17、boride powder ─── 硼化物粉

18、barium boride ─── [机] 六硼化钡

boride 相似词语短语

1、boat ride ─── 搭船;搭船(歌名,BoatRide)

2、arride ─── vt.使欢喜;使满足

3、Doriden ─── n.多睡丹;苯乙哌啶酮(镇静安眠药)

4、to ride ─── n.取手(日本地名)

5、bornite ─── n.[矿物]斑铜矿

6、borage ─── n.玻璃苣,琉璃苣;紫草科

7、joyride ─── n.驾车游玩;兜风;追求享乐

8、bourride ─── n.蒜味蛋黄鱼羹

9、borides ─── n.[无化]硼化物

boride 常见例句(双语使用场景)

1、samarium boride ─── 硼化钐

2、The boron atoms for the formation of boronize layer in microwave field come from the activation boron atoms decomposed by medium and gaseous boride. ─── 微波场下的渗硼层形成所需的硼原子来源于介质分解的活性硼原子和气态硼化物分解的硼原子。

3、Study on Corrosion Resistance of Ternary Boride Cermet Clad Materials ─── 三元硼化物金属陶瓷覆层材料耐腐蚀性能研究

4、Keywords steel A3;ternary boride;laminated material;microstructure; ─── A3钢;三元硼化物;覆层材料;显微结构;

5、aluminum boride ─── 十二硼化铝

6、Keywords ternary boride;steel;cermet;cladding material; ─── 三元硼化物;钢;陶瓷;覆层材料;

7、A New Type Steel Cladding Material- Ternary Boride Base Cermet Cladding Material ─── 一种新型钢材覆层材料-三元硼化物基金属陶瓷覆层材料

8、The influence of alloy ingredient on corrosion resistance of ternary boride cermet clad materials was studied. ─── 研究了合金组分对覆层材料耐腐蚀性的影响。

9、preparation of ternary boride hard alloy cladding layer on steel substrate is studied. ─── 研究采用铸渗法制备三元硼化物硬质合金覆层钢基材料。

10、The ternary boride base cermets have exhibited good mechanical properties and excellent wear and corrosion resistance. ─── 指出三元硼化物基金属陶瓷具有良好的机械性能和杰出的耐磨、耐蚀等性能;

11、uranium boride ─── 硼化铀

12、boride refractory ─── 硼化物耐火材料

13、vanadium boride ─── 硼化钒

14、barium boride ─── 六硼化钡

15、Mo2FeB2 ternary boride ─── Mo2FeB2三元硼化物

16、The boride layers on different carbon steels have been extracted by etching in 18% HCl water solution and observed under SEM. ─── 采用盐酸溶液腐蚀方法直接举取不同碳钢表面的硼化物层,在扫描电镜下观察其立体形貌。

17、Keywords boronizing mechanism;concentration gradient;boride; ─── 渗硼机理;浓度梯度;硼化物;

18、Study on the Abrasion Behaviour of 65Mn Steel by Convenient Heat Treatment and 45 Steel Boride Layer ─── 常规处理65Mn钢与45钢硼化物层的磨粒磨损性能研究

19、gadolinium boride ─── 硼化钆

20、Research on Ternary Boride Based Cermet ─── 新型三元硼化物基金属陶瓷的研究

21、Boride series of main products: boric acid, borax, and so on. ─── 硼化物系列主要产品有:硼酸、硼砂等。

22、Keywords electro-metallurgical steel bonded carbide;WC particle;boronizing;boride; ─── 电冶钢结硬质合金;WC粒子;渗硼;硼化物;

23、Keywords liquid sintering technology;ternary boride;carbide alloy;clad material; ─── 液相烧结法;三元硼化物;硬质合金;覆层材料;

24、activated boron atoms come from the boron atoms which decomposed by boriding medium and gaseous boride. ─── 渗硼层形成所需的硼原子来源于介质分解的活性硼原子和气态硼化物分解的硼原子。

25、Part of amorphous transformed into nano-crystalline because of the heat of the following layer.The coating was composed of amorphous, nano-crystalline and boride. ─── 后续涂层的加热以及周围组织释放的结晶潜热使部分非晶转变成纳米晶,涂层由非晶、纳米晶及硼化物组成。

26、the high boron steel with fine isoaxial boride exhibits an excellect impact toughness and a suitable hardness after heat treatment. ─── 具有细密等轴硼化物网孔的高硼钢热处理后的冲击韧度最好,硬度适中。

27、The ternary boride base cermets have exhibited good mechanical properties and excellent wear and corrosion resistance. ─── 指出三元硼化物基金属陶瓷具有良好的机械性能和杰出的耐磨、耐蚀等性能;

28、The reaction sintering process and production process of ternary boride base cermet produced by reaction sintering method were introduced. ─── 介绍了用反应烧结法制备三元硼化物基金属陶瓷的反应烧结过程及一般制备工艺过程;

29、yttrium boride ─── 硼化钇

30、tungsten boride ─── 硼化钨

31、PROPERTIES OF TERNARY BORIDE HARD ALLOY CLADDING MATERIAL PREPARED BY THE LIQUID SINTERING TECHNIQUE ─── 液相烧结三元硼化物硬质合金覆层材料的特性

32、ternary boride cermet ─── 三元硼化物基金属陶瓷

33、titanium boride ─── 硼化钛

34、Boride layer ─── 渗硼层

35、Keywords boriding;induction heating;boride; ─── 渗硼;感应加热;硼化物;

36、thorium boride ─── 硼化钍

37、This paper deals with properties of fire-retardant of veneers from thinning wood of Cunninghamia lancelolate, treated with flame retardant agent including dicyandiamide, phosphoric acid and boride. ─── 摘要探讨了在由双氰胺、磷酸、硼化物等配制的阻燃剂处理的杉木间伐材单板生产阻燃型层压板的工艺和性能。

38、The preparation of ternary boride hard alloy cladding layer on steel substrate is studied. ─── 研究采用铸渗法制备三元硼化物硬质合金覆层钢基材料。

39、The conclusion can be used to guide the manufacturing of ternary boride cermets cladding parts. ─── 本文的研究结果对于三元硼化物金属陶瓷硬质覆层零件的制造具有实际意义。

40、Ternary boride cermets material is fabricated by cladding cermets on steel substrate with liquid sintering technology.During its fabrication the cladding thickness will shrink. ─── 三元硼化物金属陶瓷硬质覆层材料是利用液相烧结技术在钢基体上涂覆金属陶瓷而制得的新型层状复合材料,在烧结过程中,覆层的厚度会发生收缩。

41、Keywords Boride layer;Brittleness;Control;Polybasic boronizing; ─── 硼化物层;脆性;控制;多元渗硼;

42、Mo2FeB2 boride ─── Mo2FeB2硼化物

43、Boron and carbon are the important elements that can decide boride and matrix respectively, and their contents affect the microstructure and properties of the HBIA greatly. ─── 硼、碳分别是决定硼化物和基体的重要元素,其含量对组织和性能起决定作用。

44、Keywords Fe-B-C alloy;boride;lath martensite;wear resistance;hammer; ─── 合金;硼化物;板条马氏体;耐磨性;锤头;

45、scandium boride ─── 硼化钪

46、Keywords reaction sintering technology ternary boride PM HSS strengthening; ─── 反应硼化烧结;三元硼化物;粉末高速钢;强化;

47、The properties such as high hardness,excellent properties of abrasive resistance,corrosive resistance,physical and mechanical of ternary boride cermets are introduced briefly (also tested,analysed and discussed)here. ─── 同时对三元硼化物基金属陶瓷的耐磨性、耐腐蚀性、相关的物理性能和力学性能作了测试、分析和探讨。

48、Boron and boride have been widely applied to modern industry. ─── 摘要硼及其硼化物在现代工业中有着广阔的应用前景。

49、Keywords Ternary Boride;Cermet Cladding;Corrosion Resistance; ─── 三元硼化物;金属陶瓷覆层;耐腐蚀性;

50、Microstructure and Properties of Ternary Boride Based Metal Cermets Coating Prepared by Vacuum Powder Sintering ─── 真空粉末烧结三元硼化物基金属陶瓷覆层的组织与性能

51、ternary boride hard alloy ─── 三元硼化物硬质合金

52、reason that rare earth and nitrogen changes the shape of boride and properties is discussed at last. ─── 最后分析了高硼低碳铁基合金凝固组织和性能变化的原因。

53、boride alloy ─── 含B化合物

54、tantalum boride ─── 硼化钽

55、Influence of Alloy Ingredient on Mechanical Property of Ternary Boride Based Cermet Cladding Materials ─── 合金组分对金属陶瓷覆层材料性能影响的研究

56、Why under TEM acicular-lingulate boride has the characteristic of“tree-wheel”has also been analysed. ─── 着重探讨了硼化物在其生长过程中的微观机制,分析了硼针的透射电镜组织呈现“年轮”特征的原因。

57、titanium boride fibre ─── 硼化钛纤维

58、Boron and boride have been widely applied to modern industry. ─── 硼及其硼化物在现代工业中有着广阔的应用前景。

59、ternary boride cermets cladding material ─── 硬质覆层材料

60、chromic boride ─── [化] 硼化铬

61、As there's close relation between the properties and the content of alloying elements,effects of alloying elements must be paid attention to during the designing process of ternary boride base cermet. ─── 由于三元硼化物基金属陶瓷的性能与合金元素的含量有密切的关系,所以在进行三元硼化物基陶瓷的设计过程中要特别注意合金元素的作用。

62、Abstract: The abrasion and scuffing behaviour of Ni-base spray-welded coating containing WC by oxygen-acetylene was studied and compared with those of boride layer using a MM200 wear tester. ─── 文摘:利用MM200型磨损试验机研究了氧-乙炔焰镍基碳化钨喷熔层的磨粒磨损和抗咬合特性,并与硼化物层进行了比较。

63、Keywords ternary boride;cermet;cemented carbide;surface treatment;vacuum powder sintering; ─── 三元硼化物;金属陶瓷;硬质合金;表面处理;真空粉末烧结;

64、silicon boride ─── 硼化硅

65、boride base cerment ─── 硼化物基金属陶瓷

66、To improve the anti-corrosion property of low carbon steel in zinc melt,the iron boride is synthesized on the surface of the low carbon steel with solid boriding processing. ─── 为提高低碳钢的抗锌蚀能力,采用固态渗硼工艺在低碳钢的表面形成了致密的铁硼化合物保护层。

67、Keywords Ternary boride;Cladding material;Cast sintering;Microstructure; ─── 三元硼化物;覆层材料;铸造烧结;微观结构;

68、Keywords boriding;boride;wearability;sliding wear; ─── 渗硼;硼化物;耐磨性;滑动磨损;

69、boride cathode ─── 硼化物阴极

70、boride and composite ─── 硼化物

71、This paper deals with properties of fire-retardant of veneers from thinning wood of Cunninghamia lancelolate,treated with flame retardant agent including dicyandiamide,phosphoric acid and boride. ─── 探讨了在由双氰胺、磷酸、硼化物等配制的阻燃剂处理的杉木间伐材单板生产阻燃型层压板的工艺和性能。

72、boride ceramics ─── 硼化物陶瓷

73、The abrasion and scuffing behaviour of Ni-base spray-welded coating containing WC by oxygen-acetylene was studied and compared with those of boride layer using a MM200 wear tester. ─── 利用MM200型磨损试验机研究了氧-乙炔焰镍基碳化钨喷熔层的磨粒磨损和抗咬合特性,并与硼化物层进行了比较。

74、ternary boride ─── 三元硼化物

75、Technology of Optimizing Construction Technics for Boride - Neutron Lifetime Logging ─── 硼-中子寿命测井施工工艺优化技术

76、boride cement ─── 硼化物金属陶瓷

77、Keywords Fe-B-C alloy;quenching temperature;cooling rate;hardness;boride; ─── 合金;淬火温度;冷却速度;硬度;硼化物;

78、The results show that heat treating structure is high- tenacity low-carbon martensitic matrix and high-hardness eutectic boride. ─── 结果表明,淬火热处理组织为高韧性低碳马氏体基体+高硬度共晶硼化物相。

79、Keywords ternary boride;cermet cladding;liquid phase sintering;alloy ingredient;corrosion resistance; ─── 三元硼化物;金属陶瓷覆层;液相烧结;合金组分;耐腐蚀性;

80、preparation of cainium boride ─── 硼化钙

81、A Comparative Study of the Electronic Structure of Two Boride Superconductors at High Pressure ─── 两种一硼化物超导体在高压下的电子结构研究

82、Keywords Mechanical property;Surface technology;Boride layer;Yielding; ─── 力学性能;表面处理;渗硼层;屈服;

83、boride coating ─── 硼化物涂层

84、Using in situ formation of ternary boride base cermets hard phases through chemical reactions and sinterbonding onto steel substrates though liquid sintering we successfully prepared a kind of ternary boride base cermet. ─── 摘要通过化学反应将原料粉来生成三元硼化物硬质相并通过液相烧结烧与钢很好的结合,用这种工艺成功地在钢基体上涂覆了预压制的三元硼化物基金属陶瓷。

85、molybdenum boride ─── 硼化钼

86、neodymium boride ─── 硼化钕

87、Keywords boron;borate;boride;new type boron-containing materials; ─── 硼;硼酸盐;硼化物;含硼新型材料;

88、cerium boride ─── 硼化铈

89、Comparison of Burning Behavior between Boride and Ammonium Phosphate Treated Plantation Wood ─── 硼化物及磷酸盐处理人工林木材的燃烧性能比较

版权声明: 本站仅提供信息存储空间服务,旨在传递更多信息,不拥有所有权,不承担相关法律责任,不代表本网赞同其观点和对其真实性负责。如因作品内容、版权和其它问题需要同本网联系的,请发送邮件至 举报,一经查实,本站将立刻删除。

猜你喜欢