重合金 的英文怎麼說
中文拼音 [zhònggějīn]
重合金
英文
heavv alloy-
As an advanced welding technology of aluminous alloy welding, electron beam welding has become more and more important in manufacturing
電子束焊接作為在鋁合金焊接中一種先進的焊接技術，正在汽車製造等領域發揮越來越重要的作用。Subsequently. it has been found in all normal cells examined so far except the kidney cells. tctp homologues among the species are highly conserved, which suggest that the protein might have an essential function in cell. lt was reported that tctp caused the release of histamine from ige + basophils and was capable of various functions including calcium binding. metal homeostasis, intracellular signaling and reacting with antimalarial drugs
從植物到動物的各類細胞中， tctp都有廣泛的高度同源性和高度保守性，提示tctp在細胞中有重要的生物學功能。雖然報道認為tctp具有鈣結合、金屬內環境穩定、細胞內信號傳導、作為ige依賴性組胺釋放因子等功能，但其具體生物學功能尚待進一步研究闡明。Titanium and titanium alloys have excellent specific strength and corrosion resisting property, and have important role in application in astronavigation facility, navigation facility, chemical industry and oil industry
摘要鈦及鈦合金具有優良的比強度和耐蝕性，在航天航空及石油化工行業中起著重要作用。Calculations of the density of alloys based on bernal - type models of the alloys metal component agreed fairly well with the experimentally determined values from measurements on alloys consisting of a noble metal together with a metalloid, such as alloys of palladium and silicon, or alloys consisting of iron, phosphorus, and carbon, although small discrepancies remained
對于合金密度的計算，以伯納爾建立的金屬模型為基礎的計算，很大程度上等同於實驗中測量的結果，測量是針對于貴重金屬和非金屬的合金，比如說，鈀和硅的合金，或者由鐵、磷、和碳組成的合金，盡管還存在一些小的差異。Methods for analysis of chemical oxidation solution for magnesium alloy - part 13 : determination of potassium bichromate sodium bichromate content by ferrous titrimetric method
鎂合金化學氧化溶液分析方法第13部分:亞鐵滴定法測定重鉻酸鉀重鉻酸鈉的含量Methods for analysis of chemical oxidation solution for magnesium alloy - part 16 : determination of potassium bichromate content in nitric acid oxidation solution by potentiometric method
鎂合金化學氧化溶液分析方法第16部分:電位滴定法測定硝酸氧化溶液中重鉻酸鉀的含量Methods for analysis of chemical oxidation solution for magnesium alloy - part 6 : determination of potassium bichromate content in glacial acetic acid oxidation solution by potentiometric method
鎂合金化學氧化溶液分析方法第6部分:電位滴定法測定冰乙酸氧化溶液中重鉻酸鉀的含量Methods for analysis of chemical oxidation solution for magnesium alloy - part 14 : determination of ammonia sulfate content in potassium bichromate and magnesium sulfate oxidation solution by potentiometric method
鎂合金化學氧化溶液分析方法第14部分:電位滴定法測定重鉻酸鉀硫酸錳氧化溶液中硫酸銨的含量Methods for analysis of chemical oxidation solution for magnesium alloy - part 11 : determination of sodium bichromate content in sodium bichromate and magnesium sulfate oxidation solution by potentiometric method
鎂合金化學氧化溶液分析方法第11部分:電位滴定法測定重鉻酸鈉硫酸錳氧化溶液中重鉻酸鈉的含量Methods for analysis of chemical oxidation solution for magnesium alloy - part 12 : determination of potassium bichromate content in potassium bichromate and magnesium sulfate oxidation solution by potentiometric method
鎂合金化學氧化溶液分析方法第12部分:電位滴定法測定重鉻酸鉀硫酸錳氧化溶液中重鉻酸鉀的含量Methods for analysis of chemical oxidation solution for magnesium alloy - part 10 : continual determination of manganese sulfate and magnesium sulfate content in sodium bichromate and magnesium sulfate oxidation solution by edta volumetric method
鎂合金化學氧化溶液分析方法第10部分: edta容量法連續測定重鉻酸鈉硫酸錳氧化溶液中硫酸錳和硫酸鎂的含量Methods for analysis of chemical oxidation solution for magnesium alloy - part 15 : continual determination of manganese sulfate and magnesium sulfate content in potassium bichromate and magnesium sulfate oxidation solutin by edta volumetric method
鎂合金化學氧化溶液分析方法第15部分: edta容量法連續測定重鉻酸鉀硫酸錳氧化溶液中硫酸錳和硫酸鎂的含量Precious metals and their alloys and goods in precious metals or coated therewith, not included in other classes ; jewellery, precious stones ; chorological and chronometric instruments
不屬別類的貴重金屬及其合金，以及不屬別類的貴重金屬製品或鍍有貴重金屬的物品珠寶，寶石鐘表和計時儀器。Class14 ： precious metals and their alloys and goods in precious metals or coated therewith, not included in other classes ; jewellery, precious stones ; horological and chronometric instruments
類別14 ：不屬別類的貴重金屬及其合金，以及不屬別類的貴重金屬製品或鍍有貴重金屬的物品；珠寶，寶石；鐘表和計時儀器。Class 14 precious metals and their alloys and goods in precious metals or coated therewith, not included inother classes ; jewellery, precious stones ; horological and chronometric instruments
商標注冊類別14不屬別類的貴重金屬及其合金，以及不屬別類的貴重金屬製品或鍍有貴重金屬的物品；珠寶，寶石；鐘表和計時儀器。High performance and high precision copper and copper alloy strips, electrolytic copper foil, lead frame, copper clad and printed - circuit board, special enameled copper wire, fashioned copper bar, track contact wire, medium and high elastic copper strips for interconnecting devices, precision alloy copper pipes for ac and cooling appliance, over - long and corrosion - resistant copper alloy condenser pipe, seamless cooper water pipe in housing construction and other copper fine and deep processing products will be highly developed in jiangxi province
江西將重點發展高性能高精度銅及銅合金板帶、電解銅箔、引線框架、覆銅板及印刷電路板、特種漆包線、異型銅排、軌道接觸線、接插元件用中高彈性銅帶材、空調與製冷精密合金銅管、超長耐腐蝕銅合金冷凝管、建築用無縫銅水管等10項銅精深加工產品。Method for chemical analysis of constantan resistance alloy the electrolytic gravimetric method for the determination of copper content
康銅電阻合金化學分析方法電解重量法測定銅量The technology of advanced company ' s transfer adopts the advanced type technology of injecting with people, on traditional processing metal powder suppresses the foundation of modelling technology, produce the high proportion alloy product of each kind of type of environmental protection
公司引進先進的技術和人員，在傳統加工金屬粉末壓製造型工藝的基礎上，採用先進的注射成型工藝，生產各類環保型的高比重合金產品。In this paper, the mechanical alloy technology ( ma ) was adopted. through the designing and optimizing of the ma technology and liquid phase sinter technology, the new electrician alloy - mo - cu was made
本文採用粉末冶金的非平衡制備高新技術?機械合金化法，通過機械合金化工藝、粉末生坯壓制工藝和液相燒結工藝的設計與優化，制備出了mo - cu高比重合金。Tungsten alloys are materials with a high tungsten content and low amounts of nife or nicu
鎢基高比重合金是鎢中加入少量的鎳鐵或鎳銅燒結而成。分享友人