Patent
Method of making an ordered alloy
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TLDR
In this article, a method of making a substantially ordered alloy which involves providing a metal base consisting of at least one of the ingredients of the desired alloy, depositing a thin metal layer on the base, and heating the metal base and the deposited metal layer at a temperature below the order-disorder transformation temperature of the ordered alloy to be formed to thereby cause the ordered Alloy to be produced by diffusion.Abstract:
A method of making a substantially ordered alloy which involves providing a metal base consisting of at least one of the ingredients of the desired alloy, depositing a thin metal layer on the base, the metal layer containing the remaining constituents of the desired alloy, and heating the metal base and the deposited metal layer at a temperature below the order-disorder transformation temperature of the ordered alloy to be formed to thereby cause the ordered alloy to be produced by diffusion.read more
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Semiconductor device, and manufacturing method thereof
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References
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Method of producing tungsten rhenium alloys by chemical vapor deposition
TL;DR: In this paper, the usual columnar grain structure of the deposited metals inherent in chemical vapor deposited coatings is rearranged to form an alloy of such metals having a strong, equiaxed grain structure, by depositing the metals in extremely thin layers wherein all adjacent layers are predominately of different metals.
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Alloys and processes for their manufacture
Bickerdike Robert Lewis,Bradshaw Francis Julian,Hughes Garyth,Mair William Norman,Ranson Harry Christopher +4 more
TL;DR: In this article, the authors describe the process of introducing at least one of the participants into a CONTROLLABLE VACUUM or low pressure system in SOLID Form, EVAPORATING the SAID CONSTITUENT or CONSTitUENT OR CONstitUents in a CONTRoLLABLY HEATED SOURCE MEANS and DEPOSITING the VAPOUR ON A COLLECTOR MEANS, and allOYS PRODUCED thereFROM.
Patent
Method of obtaining a fused, doped contact between an electrode metal and a semi-conductor
Jury Stepanovich Akimov,Galaev Auli A,Semen Samuilovich Gorelik,Boris Izrailevich Gofman,Vyacheslav Dmitrievic Ermoshin,Korovin Stanislav K,Vladimir Vasilievich Naumov,Konstantin A. Preobrazhentsev,Stanislav Vladislavovich Fronk,Vadim Lvovich Shvartsman,Vladimir Vasilievich Garshenin,Oleg Fedorovich Stakhov,Igor Ivanovich Kruglov,Mark Markovich Samokhvalov +13 more
TL;DR: In this article, a multilayered structure containing an electrode metal, doping agents and titanium is made on the surface of a semi-conductor, which is then heated to a temperature of the eutectic of the metal.