添加合金元素 的英文怎麼說

中文拼音 [tiānjiāgějīnyuánsù]
添加合金元素 英文
alloy addition
  • 添 : 動詞1. （增加） add; increase 2. [方言] （生小孩） give birth to
  • 合 : 合量詞（容量單位） ge, a unit of dry measure for grain （=1 decilitre）
  • 金 : Ⅰ名詞1 （金屬） metals 2 （錢） money 3 （古時金屬制的打擊樂器） ancient metal percussion instrum...
  • 素 : Ⅰ形容詞1 （本色; 白色） white 2 （顏色單純） plain; simple; quiet 3 （本來的; 原有的） native Ⅱ名...
  • 添加 : increase; add; addition; adjunction
  1. In regard to the low wear resistance of the white iron shot in the practical application, based on experimental research and trial production, by alloying and proper heat treatment, the shot can be made with higher hardness, better toughness and increased service life

    摘要針對白口鐵丸在實際應用過程中不耐磨的現象，通過大量實驗研究和試生產，找到通過添加合金元素生產合金鐵丸，並通過適當熱處理等手段，使其既具有較高硬度，又有良好的韌性，使用壽命得到提高，滿足拋丸工作的需要，節約大量資金，提高了勞動生產率。
  2. 3 brass powder : three kinds of powder, type10, type20 and type30, can been offered. rare earth element and other trace amount of alloy element can been added

    黃銅粉：分10 、 20 、 30黃銅粉，可添加稀土等微量合金元素，分為用於含油軸承及金剛石製品兩類。
  3. The magnesium alloy is considered as this metal incendiary agent. changing the components of the traditional magnesium alloy, we find a new magnesium alloy, which can set fire to the wooden ammunition chests more effectively

    確定用鎂基合金作為此種高能燃燒劑，針對傳統鎂基合金產生熱量不足的缺點，通過添加某種金屬元素改變其組成成分，得到具有良好縱火效果的新型鎂基合金。
  4. In actual engineering applications, its wear resistance reduces due to the high temperature resulted from the continuous and heavy load service, which cannot fit the demand of engineering applications. based on the recent research throughout the world, in order to improve mechanical properties and wear resistance at high temperature of za27 alloy, si and mn are added to modify its microstructure. its microstructure and mechanical properties are tested and the sliding friction at ambient temperature and sliding friction at high temperature of znalsi and znaimn are studied

    本文研究了za系合金中應用最廣泛的za27合金，針對企業在工業應用過程中發現za27在中低速重載連續工作時，因溫升造成耐磨性下降，難以滿足工況要求的實際情況，為進一步提高其力學性能和高溫耐磨性，結合國內外研究現狀，在za27合金基礎上，添加si 、 mn合金元素調整合金的組織，通過顯微組織分析和常溫機械性能測試，以探索znalsi及znalmn合金常溫及高溫滑動摩擦條件下的摩擦特性。
  5. To remove dissolved oxygen in the molten metal prior to pouring, elements have been added which have high affinity for oxygen such as titanium, vanadium, niobium and magnesium

    為了在澆鑄之前消除熔化金屬中的溶解氧，需要在金屬中添加具有很高的氧親合力的元素，如鈦，釩，鈮和鎂。
  6. Mixing alloy elements of ni, mo, w in fe - c - cu alloy, the sintered steel was prepared. the microstructure and wear resistance properties of the sintered steel had been studied. the influence of heat - treated technology and the alloy elements on the microstructure and the wear resistance had been studied and analyzed

    以fe - c - cu合金為基粉，添加合金元素ni 、 mo 、 w制備燒結鋼，並對試樣進行了微觀組織和耐磨性分析，系統地研究了熱處理工藝及合金元素鎳、鉬、鎢的復合添加對燒結鋼組織和耐磨性的影響。
  7. Results of the experiments showed that the wear mechanisms of the sintered steel included abrasive wear, adhesive wear and fatigue wear, and it was the abrasive wear most important. it was the sintered steel mixed by ni, mo that was the best on the wear resistance, because of the great lot of bainite ; the sintered steel quenched and low temperature tempered mixed by mo, w that was the best on the wear resistance, because of the rigidity of the steel was the highest

    實驗結果表明：本文中幾種燒結鋼的磨損機制均是由磨粒磨損、粘著磨損、和疲勞磨損共同作用的，且以磨粒磨損為主；在燒結態下，復合添加合金元素鎳、鉬的燒結鋼的耐磨性能最好，這是因為生成了大量的硬質相貝氏體；而淬火、低溫回火態下，則復合添加鉬、鎢的燒結鋼的耐磨性能最好，這是因為熱處理態下添加鉬、鎢的燒結鋼的硬度最高。
  8. Abstract : the tribology characters of rare earth used in high temperature were reviewed in this paper. the tribological characteristics of rare earth metals, inorganical rare earth compounds used as additives in high temperature lubricating were summarised. the application of rare earth alloy, rare earth high temperature ceramic and rare earth high temperature lubricating coating were briefly discussed. several research subjects of this filed were also suggested

    文摘:本文對稀土元素的高溫摩擦學特性研究發展進行了綜述與探討，主要討論了稀土金屬及稀土化合物作為高溫潤滑劑和潤滑添加劑的摩擦學特性，並對稀土在稀土合金、稀土高溫陶瓷和稀土高溫塗層中的應用進行了討論，最後提出了稀土在高溫潤滑研究中的幾個值得進一步深入研究的方向。
  9. Technologies were then developed including using of zinc alloy, such as zn - mn, zn - mg and zn - ni alloy baths, and high temperature hot dipping process

    為此，國外發展了多種熱鍍鋅技術，包括在鋅浴中添加合金元素的多元合金、鋅錳合金、鋅鎂合金和鋅鎳合金熱鍍鋅技術及高溫鍍鋅技術。
  10. Finally this thesis discussed the tendency of manganese content influencing the wear resistance and pointed the contribution to wear resistance of alloy element in 28cr cast iron and gave the range of proposition manganese content

    最後本文討論了含錳量對耐磨性影響的趨勢，指出了添加合金元素對28cr鑄鐵耐磨性的貢獻，給出了建議含錳量范圍。
  11. Through analyzing the phase composition and microstructure of sm2fe17 - xnbx alloys ( x = 0. 5, 1, 2, 3 ), we study the influence of the addition of element nb on the microstructure of sm2fe17 alloys. the results show that the as - cast structure of sm2fe17 - xnbx alloys can be improved effectively

    本文重點研究了添加過渡族nb元素對sm - fe合金相組成和微結構的影響，實驗研究發現：添加微量的nb元素可以有效的改善sm - fe合金鑄態組織的顯微結構。
  12. Wetting between reinforcement sicp and the molten metal is often poor when it is blow 1000 ' c ; 2. during the processing, many phases of the interfacial reaction products have negative influence on the properties of the produced composites

    Sic顆粒增強復合材料中界面反應生成的有害雜質相較多，對復合材料的性能的影響較大。可以通過添加mg 、 li等活潑的合金元素，對增強體顆粒進行表面預處理來改善潤濕性。
  13. In this paper, the vsi is produced by powder metallurgy. various alloy elements added, porosity and microstructure of materials is considered to affact the vsi ' s property ; matching between the working and none - working layer of vsi is discussed ; and the cost reduction of two - layer vsi is analysed as well

    研究了各種合金元素的添加、孔隙率和顯微組織對閥座圈工作性能的影響；討論了雙層閥座圈工作層與非工作層之間的匹配；分析了雙層閥座圈在成本上的優勢。
  14. It follows that the fracture behaviour and the impact toughness and magnetic properties, especially the coercivity, were dramaticly different according to the ways elements addition

    結果表明，不同合金元素或不同添加方式，對磁體斷裂方式、沖擊韌性及磁性能（特別是矯頑力）有不同的影響。
  15. The impact toughness of the magnets could be improve with appropriate alloying elements addition during ball milling while there was no visible changes to the fracture behaviour, and the coercivity of magnets with al and ti was significantly enhanced

    晶間單獨或復合添加適量合金元素對磁體沖擊韌性均有一定提高作用，但對斷裂模式沒有明顯影響，復合添加ti 、 al能顯著提高磁體矯頑力。
  16. Abstract : effects of mixed re metals on the properties of low oxygen cleaned round copper rods manufactered by continuous casting and rolling were studied. it shows that trace re elements improve not only the elongation of the rods significantly but also the conductivity, meanwhile, reducing the oxygen contents in the material. in consequence, the product grade is raised from grade 2 to grade 1, and the final products are improved to higher - grade

    文摘:研究了混合稀土金屬對連鑄連軋生產的低氧光亮圓銅桿性能的影響.結果表明，添加微量稀土元素不僅能明顯提高材料的延伸率，而且還提高了其導電性能，同時降低了材料中的氧含量，性能指標從原來的2級品上升為1級品，從而提高了最終產品的檔次
  17. Mg can prevent the fragile auc3 phase from producing, then the properties of the mmcs are improved. the addition of ce can also improve the wetting between al - si - sicp ceramic system. while it influent on the al - sicp ceramic system more effectively

    添加同等量的稀土ce元素時，對sicp al - si復合材料浸潤性的改善程度沒有對sicp al復合材料浸潤性改善程度明顯，因為ce與al - si合金中的si反應生成穩定的ce _ 5si _ 3類化合物，損失了一部分的稀土ce 。
  18. In this dissertation, the magnets were prepared by powder metallurgy. powders of ag were added during ball milling, and powders of al and ti were added separately and jointly during ball milling, while al and ti were jointly added during melting. the samples were sintered for 0. 5h at 1090

    本文採用粉末冶金方法制備燒結磁體，在制粉階段添加ag元素，並單獨和復合添加ti 、 al元素，在熔煉階段復合添加ti 、 al元素，坯體在1090燒結0 . 5h 。
  19. 6013 aluminum alloys containing different main alloying elements minor alloying elements were designed and prepared by ingot - metallurgy processing. the tesile mechanical and aging properties of the studied alloys were tested ; the microstructure of those alloys were observed and analyzed using optical microscope ; the influence of main alloying element mg, si, minor alloying elements mn, cu and homogenization process on the structure and property of studied alloys were studied

    採用鑄錠冶金方法，設計並制備了不同合金元素含量的6013鋁合金，將鑄錠熱加工以後，測試了合金的拉伸力學性能和時效性能，採用金相顯微鏡觀察分析了合金的顯微組織結構，研究了合金中主合金元素mg 、 si ，微量元素mn 、 cu添加量、均勻化溫度和時間對合金組織和性能的影響。
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