鎢鉬合金 的英文怎麼說

中文拼音 [wūmùgějīn]
鎢鉬合金 英文
moly-b metal
  • 鎢 : 名詞[化學] （金屬元素） tungsten; wolfram（w）
  • 鉬 : 名詞[化學] molybdenum （43號元素, 符號 mo）
  • 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...
  1. The dynamic compression and torsional experiments are done for tungsten - molybdenum alloys through split hopkinson pressure bar and torsion hopkinson bar in this paper

    本文利用分離式hopkinson桿對鎢鉬合金進行了動態壓縮和扭轉試驗。
  2. Mainly produce the refractory metal materials including wolfram, molybdenum, tantalum, zirconium, niobium, titanium, nickel and the products ; we undertake the manufacture of the compound materials like titanium, nickel, molybdenum, zirconium stainless steel and the vessels, fasteners, titanium basket, titanium panel, etc. our products are extensively applied in many fields like petrol - chemical, chemical fiber, electronics, electric light source, electric vacuum, fertilizer, pharmaceuticals, glass fiber, electrical medium and galvanization, etc

    主要生產鎢鉬鉭鋯鈮鈦鎳等難熔金屬材料及其製品承接鈦鎳鉬鋯不銹鋼等復合材料及容器緊固件鈦網籃鈦種板等製造。公司產品廣泛的應用於石化化纖電子電光源電真空化肥制藥玻璃纖維電介電鍍等諸多領域。
  3. A large number of attempt and painstaking experiment have been done in this paper according to existing project. we also do lots of chemical and electrochemical etching research in material of lab6, and find out three kind of methods to produce the field emitting cold cathode including reactive ion etching ( rie ) with oxygen, wet process etching and electrochemical etching. through produce some field emitting cold cathode single tip including lab6 field emitting cold cathode, molybdenum field emitting cold cathode, tungsten field emitting cold cathode, tungsten rhenium field emitting cold cathode, molybdenum covered with lab6 film field emitting cold cathode

    而且，目前可借鑒的參考文獻較少，圍繞著前人做過的方案，本文做了大量工作，在已有文獻介紹的基礎上，結合原有的理論和實踐基礎，摸索出了包括高溫氧作用反應離子（ rie ）刻蝕法、濕法腐蝕法和電化學腐蝕法在內的三種制備工藝，運用電化學腐蝕工藝成功制備了單尖的六硼化鑭場發射冷陰極尖錐、鉬場發射冷陰極尖錐、鎢場發射冷陰極尖錐、鎢錸合金場發射冷陰極尖錐以及有六硼化鑭薄膜覆蓋的鉬場發射冷陰極尖錐。
  4. Specification for cobalt - chromium - nickel - molybdenum - tungsten alloy uns r31233 rod

    鈷鉻鎳鉬鎢合金桿規范
  5. Standard specification for cobalt - chromium - nickel - molybdenum - tungsten alloy uns r31233 rod

    鈷鉻鎳鉬鎢合金桿標準規范
  6. Molybdenum - tungsten alloy wires

    鉬鎢合金絲
  7. Molybdenum tungsten alloy bars

    鉬鎢合金條
  8. Uns n06333 specification for nickel - chromium - molybdenum - cobalt - tungsten - iron - silicon alloy uns n06333 bar

    鎳鉻鉬鈷鎢鐵硅合金
  9. Uns n06333 standard specification for nickel - chromium - molybdenum - cobalt - tungsten - iron - silicon alloy uns n06333 bar

    鎳鉻鉬鈷鎢鐵硅合金
  10. Uns n06333 specification for nickel - chromium - molybdenum - colbalt - tungsten - iron - silicon alloy uns n06333 welded tube

    鎳鉻鉬鈷鎢鐵硅合金
  11. Standard specification for nickel - chromium - molybdenum - cobalt - tungsten - iron - silicon alloy uns n06333 welded tube

    鎳鉻鉬鈷鎢鐵硅合金焊接管標準規范
  12. 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。
  13. 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。
  14. In order to solve the tungsten molybdenum bismith metal synthesis recycling, through a series of experiment, explored the collection flotation to return to the molybdenum bismith the flotation process + gravity separation recycling tungsten dressing craft, obtained the good dressing experiment target, the dressing experiment obtains the success

    摘要為解決鎢鉬鉍金屬的綜合回收，通過一系列選礦試驗，探索出了全浮選回收鉬鉍、浮選重選回收白鎢選礦工藝，獲得了較好的選礦試驗指標，選礦試驗研究取得成功。
  15. Implants for surgery - metallic materials - part 8 : wrought cobalt - nickel - chromium - molybdenum - tungsten - iron alloy iso 5832 - 8 : 1997

    外科植入物.金屬材料.第8部分:鍛制鈷鎳鉻鉬鎢鐵合金
  16. Special metal material and products, such as high - hardness steel plate, copper - coated steel wire, copper - coated aluminum wire, bi - sn alloy, al - ti alloy, w - mo alloy, w - cu alloy, br - cu alloy etc

    特殊金屬材料，包括超硬耐磨鋼板、銅包鋼線材、銅包鋁線材，及針對特殊用途的合金材料和製品，如鉍錫合金、鋁鈦合金、鎢鉬合金、鎢銅合金、鈹銅等。
  17. In order to take microstructures into account, the tested values of the corresponding physical properties of w - alloy, mo - alloy and ti - alloy are used as basic data during estimation. and the estimated values match those tested ones very well. several typical micromechanical models for elastic properties are introduced and compared in this paper

    以鎢合金、鉬合金和鈦合金相應物性參數的實驗值為基礎進行預測，可以間接考慮到微觀結構的影響因素，這樣得到的預測結果與實驗值符合地非常好，預測結果具有較高的可信度。
  18. The constant strain - rate experimentation is probed as a new experimental technique in the course of dynamic experiment. this technique got application in the experiment of wmo compression experiments and obtained the preferable raw data and experiment results

    在動態試驗過程中，探索恆應變率試驗的新試驗方法，該方法在鎢鉬合金動態試驗中得到成功應用，獲得了更好的原始數據和試驗結果。
  19. Methods for chemical analysis of tungsten - molybdenum alloy - the edta volumetric method for the determination of molybdenum content

    鎢鉬合金化學分析方法edta容量法測定鉬量
  20. Finally, dynamic compression constitutive relation is simulated using johnson - cook model. the constitution for tungsten - molybdenum alloys can be applied to the foundation for the further studies as well as to the engineering practice

    對鎢鉬合金動態試驗結果和擬合的本構關系既可以應用於工程實際，也可以作為進一步研究的基礎。
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