770. Surface potential of nitrogen and tungsten. (U.S.A.) P. A. Redhead, J. Chem. Phys., 38 (2), 15 Jan. 1963, 566-567. 52 : 41 771. Kinetics of potassium chloride and chlorine on tungsten.
(U.S.A.) M. Silver, J. Chem. Phys., 38 (4), 15 Feb. 1963, 872-877. 52 : 14 : 15 Viscosity of nitrogen, helium, neon and argon from --7850 to 100°C below 200 atmospheres. See Abstr: No: 688.
53.
Metallurgy, Ceramics, Inorganic Chemistry
53 : 37 Conversion of tetrafluoromethane into tetrafluoroethylene in a low pressure electric arc. See Abstr. No. 756.
Some problems of vacuum metallurgy.
56 : 30 Electrical conduction in discontinuous thin metal films. (U.S.A.) See Abstr. No. 725. 56 : 30 Vacuum deposited thin film circuits.
See Abstr. No. 726.
Thin films for electronic application.
See Abstr. No. 718.
56 : 30 56 : 31 Ultra-low-noise travelling-wave tube with simple electron gun. See Abstr. No. 729. 56:31 Moisture exclusion from encapsulation o f long-life transistors. See Abstr. No. 730.
Recent developments in space-charge-control tubes. No. 731.
56:31 See Abstr.
53 : 37 : 41 See Abstr. No. 751.
56 : 31 Beam deflexion and photo devices. See Abstr. No. 732.
56.
Electrical Engineering, Electronic Circuits,
Electrical Devices Thin film voltage controlled oscillator.
56 : 30 See Abstr. No. 712. 56 : 30
Micronaturization bibliography.
See Abstr. No. 719. 56 : 30
Metal film resistors.
See Abstr. No. 717. 56 : 30
Thin film capacitors.
See Abstr. No. 716.
56 : 30 Circuit design and parameters in thin film technology. See Abstr. No. 720.
New charts speed. 724.
Thin film resistors design.
56 : 30 See Abstr. No.
56:3l The development of gas discharge tubes. See Abstr. No. 733. 56:31 A history of the microwave tube art.
See Abstr. No. 734.
56:31 Cathode-ray tube with internal printed coils for magnetic deflexion. See Abstr. No. 735: 56:31 Current European developments in microwave tubes. See Abstr. No. 736. 58.
Nucleonics 58
772. Portable neutron source. (Great Britain) Anon., Engineer, 215, 15 March 1963, 499-500. Latest steps towards fusion power.