Disclosed is a method for refining a metal, comprising applying an electron beam to a base metal to melt the base metal and solidify the melted base metal to refine the base metal.
The filler metal (107) has a filler metal elongation that is at least 25% greater than a base metal elongation of the base metal (103).
The first base metal conditions and the second base metal conditions are different.
Said base metal or base metal alloy, alloyed with at least one melting point depressant metal is mixed with at least one additive metal or additive metal alloy.
The metal substrate (10) comprises a base metal (10a) and a dissimilar overlaying metal (10b) disposed on the base metal (10a).
The negative electrode contains a material that allows a base metal or base metal ions to be inserted and eliminated.
The first zone or second zone additionally comprises a base metal oxide or a base metal loaded on an inorganic oxide.
The method comprises identifying a region deficient in base metal and preparing the region for base metal addition by exposing clean substrate metal in the site.
The negative electrode (4) contains a material that allows a base metal or base metal ions to be inserted and eliminated.
Articles include such composites and a base metal, wherein the composite is directly adhered to a first surface of the base metal.
Controlled amounts of at least one alloying metal are fed into the supply of molten metal in valve (2) for combining with the basic metal of the alloy to form a controlled supply of the desired alloy.
lack of fusion between parent metal and deposited metal
Tensile test on parent metal
The fusion of the welded metal with the parent metal must be smooth and free from etching.
protective coating prevents corrosion of the parent metal
The most important metallic component of an alloy (often representing 90 percent or more of the material) is called the main metal, the parent metal, or the base metal.
The primary metal is called the base or the matrix.
The rotation detecting sensor (122) disposed by being housed in an inner space (80) covered with a core metal (66) is supported by means of the core metal (66).
The multipole magnet (14) is secured to the core metal (11) by caulking the core metal (11), and an integrated unit (21) wherein the sintered body is secured to the core metal (11) is subjected to a corrosion proof surface treatment.
The melting together of filler metal and base metal (substrate), or of base metal only, which results in coalescence.
Fusion – The melting together of filler metal and base metal (substrate), or of base metal only, which results in coalescence.
Optionally, the ODH catalysts include a base metal, metal oxide, or combination thereof.
On the handle part (11), a noble metal anode and a base metal cathode are installed.
Ti or Al is used as the dissimilar metal (7b,7b') deposited on the surface of the core metal.
Another example is an oxidized surface of the base metal.
The metal phosphate at least partially coats the base-metal powder, the optional alloying powder, or both.
The base metal sacrifices itself for the more precious metal.
The Cu-based sintered alloy base metal contains 40 mass % or more of Cu.
Alternatively, Cu is used as the core metal, and a barrier material of Ni is interposed between the core metal and the Cu substrate (1).
Hereby the base metal sacrifices itself for the more noble metal.
In embodiment, the first and second metal oxide layers each comprise different oxides of the same base metal, and the base metal may comprise tantalum.
Requêtes fréquentes français :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
Requêtes fréquentes anglais :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
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