| Document |
Document Title |
|
JPS5212396B2 |
1431935 Ti, Zr or Hf doped boron nitride PHILIPS GLOEILAMPENFABRIEKEN NV 19 July 1973 [22 July 1972] 34385/73 Heading C1A [Also in Division C7] Boron nitride containing 0À5 to 95% of at least one of Ti, Zr or Hf in elemental or nitride ...
|
|
JPS5216416A |
PURPOSE: Tensile strength, corrosion resistance, and anti-hydrogen-absorbing property of zircaloy are improved without decreasing the ductility of Zr alloy.
|
|
JPS51134554A |
PURPOSE: Removal of poisonous gas of the mercury-vapor lamp by improved getter material.
|
|
JPS51134304A |
Tubes for use in nuclear reactors fabricated from a quaternary alloy comprising 2.5-4.0 wt% Sn, 0.5-1.5 wt% Mo, 0.5-1.5 wt% Nb, balance essentially Zr. The tubes are fabricated by a process of hot extrusion, heat treatment, cold working ...
|
|
JPS5141570B1 |
|
|
JPS51125607A |
PURPOSE: A new process for producing high-purity and homogenious alloys by carbothermic reduction treatment.
|
|
JPS51121420A |
|
|
JPS5137245B1 |
|
|
JPS5136206B1 |
An alloy containing in percentage by weight is heat-treated at 982 DEG -1238 DEG C. for about 4 hours, followed by heating at 1204 DEG -1238 DEG C. for several hours, and a final heating at 816 DEG -899 DEG C. for ...
|
|
JPS51112424A |
PURPOSE: To produce a low cost and low occuluded gas intermetallic mercury compound suitable for a mercury carrier for Nyxie tube, low pressure mercury vapor discharge tube and similar tubes.
|
|
JPS51110410A |
|
|
JPS5132302B2 |
|
|
JPS5182897A |
|
|
JPS5172913A |
|
|
JPS5162109A |
|
|
JPS5116756B1 |
The cryogenic properties of superconductive alloys are improved by electrolytically liberating hydrogen on the alloy as a cathode in a hydrogen liberating electrolyte, such as an aqueous solution of HF, HCl, HNO3 and/or H2SO4 in concentr...
|
|
JPS5137398A |
|
|
JPS518369B1 |
|
|
JPS517615B1 |
|
|
JPS50123019A |
|
|
JPS50123020A |
|
|
JPS50114319A |
|
|
JPS50114323A |
|
|
JPS5020938B1 |
1,252,238. Making zirconium alloys. SANDVIKENS JERNVERKS A.B. Feb.19, 1970 [Feb.21, 1969], No.8124/70. Heading C7A and C7D. A zirconium alloy comprises: - the balance, apart from insignificant amounts of O and Si, being Zr; and is made b...
|
|
JPS5019236B1 |
|
|
JPS5060072A |
|
|
JPS5051016A |
|
|
JPS507005B1 |
|
|
JPS5015715A |
High tensile strength, creep and corrosion resistant zirconium alloys containing 7.0-10.0 wt % aluminum, 0-3 wt % in total of one or more elements selected from the group consisting of magnesium, tin, chromium, iron, carbon, silicon, ytt...
|
|
JPS4925806B1 |
|
|
JPS491371B1 |
|
|
JPS4838119B1 |
1052854 Super-conductor's WESTINGHOUSE ELECTRIC CORPORATION 9 April 1965 [30 April 1964] 15185/65 Headings H1A and A4D A super-conductor is formed by cold-rolling, to reduce its thickness by at least 96%, an alloy composed of 10 to 75% b...
|
|
JPS4866063A |
|
|
JPS4827173B1 |
|
|
JPS448150B1 |
A superconductive alloy consists of 25-90% Nb, 0.005-0.1% C and at least one element from the group consisting of Ti and Zr; the other element from the group should not exceed 15% in the case of Zr and 30% in the case of Ti.
|
|
JPS408249B1 |
A workable superconductive alloy consists of V 10-90 atomic per cent, Ti 10-90 atomic per cent.
|
|
JPS3910372B1 |
An alloy of niobium-zirconium containing 10-90 atomic per cent Nb and the remainder Zr is used as a wire for winding a super-conducting electromagnet to produce a magnetic field greater than 30 Kgauss.
|
