Vacuum
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Table of contents
- 165
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GetteraggioKindl, B. et al. | 1966
- 193
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ISO studies on vacuum technology, technical committee ISO/TC 112| 1966
- 196
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Energy beams and their uses| 1966
- 197
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Some aspects of the design of high vacuum systemsDennis, NTM et al. | 1966
- 197
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Tabellen zur angewandten physik, vol 2: Physik und technik des vakuums, plasmaphysik, (2nd revised and enlarged edition)Steckelmacher, W et al. | 1966
- 197
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Electron microscopy of thin crystalsHaine, ME et al. | 1966
- 199
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Pumping stationsOfficine Galileo, Italy et al. | 1966
- 200
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Miniature vacuum pumpDA Pitman Limited, UK et al. | 1966
- 200
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New products from HVECHigh Vacuum Equipment Corporation, Massachusetts, USA et al. | 1966
- 200
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New fast-pump vacuum systemDenton Vacuum Incorporated, NJ, USA et al. | 1966
- 201
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Vacuum furnaces| 1966
- 202
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Vacuum ovensVacuum Engineering Company Incorporated, Massachusetts, USA et al. | 1966
- 202
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Diffractometer attachmentsMaterials Research Corporation, NY, USA et al. | 1966
- 202
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Vacuum bakeout ovensGruenberg Electric Company Incorporated, NY, USA et al. | 1966
- 203
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Mass spectrometer for organic and Knudsen-cell analysesNuclide Corporation, Pennsylvania, USA et al. | 1966
- 204
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Vacuum/atmospheres corporationVacuum/Atmospheres Corporation, California, USA et al. | 1966
- 205
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Å-scope interferometerVarian Associates (Vacuum Division), California, USA et al. | 1966
- 205
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Long-life vacuum coatingDenton Vacuum Incorporated, NJ, USA et al. | 1966
- 205
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Expanded range of options for Veeco evaporatorVeeco Instruments Incorported, NY, USA et al. | 1966
- 205
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Thin-film circuitsThe Plessey Company Limited (Resistor Division), UK et al. | 1966
- 206
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Exports from RussiaTechsnabexport, USSR et al. | 1966
- 206
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Automated production-control systemsSloan Instruments Corporation, California, USA et al. | 1966
- 206
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High-voltage power supply for mass-spectroscopyNuclide Corporation (Alloyd-General Vacuum Division), Massachusetts, USA et al. | 1966
- 206
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Adjustable leak instrumentsAndonian Associates Incorporated, Massachusetts, USA et al. | 1966
- 206
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Solid-state power controlSloan Instruments Corporation, California, USA et al. | 1966
- 207
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Electron-beam gunDenton Vacuum Incorporated, NJ, USA et al. | 1966
- 207
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Rack-mounted residual-gas analyserVeeco Instruments Incorporated, NY, USA et al. | 1966
- 207
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New deflection plate for electron-beam gunVeeco Instruments Incorporated, NY, USA et al. | 1966
- 208
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Continuum radiation sourceJohn Hadland (Photographic Instrumentation) Limited, UK et al. | 1966
- 208
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Vacuum metal tapsMullard Limited, UK et al. | 1966
- 208
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Mercury-dispensing ring getters and wireSAES Getters, Italy et al. | 1966
- 209
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10-litre aluminium BiostatBritish Oxygen Cryoproducts, UK et al. | 1966
- 209
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Cryogenic equipment from Cryo VacCryo Vac Incorporated, Ohio, USA et al. | 1966
- 209
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Cryogenic level or temperature controlAndonian Associates Incorported, Massachusetts, USA et al. | 1966
- 209
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Cryogenic Dewar vesselSpembly Technical Products Limited, UK et al. | 1966
- 210
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Electrosil to manufacture microcircuits| 1966
- 210
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Universal ultrasonic machine tool for glass and ceramicsPatents Licensing Office, UKAEA, UK et al. | 1966
- 210
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Ultrasonic weldingKerry's (Ultrasonics) Limited, UK et al. | 1966
- 210
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Ceramic blocksMason-Renshaw Industries, California, USA et al. | 1966
- 210
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Advanced test units shown by Tenney Incorporated| 1966
- 211
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New Premises for Gast distributors| 1966
- 211
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Portable superconducting magnet system| 1966
- 211
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Sapphire crystals grown by electron-beam process| 1966
- 211
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Electron-beam welding| 1966
- 211
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High-reliability materials| 1966
- 211
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Dynaweld electron-beam welder enters service| 1966
- 212
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Ultrek appointments| 1966
- 212
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High vacuum equipment corporation| 1966
- 212
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Stokes' appointments| 1966
- 212
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HVEC appointments| 1966
- 212
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History of MRC| 1966
- 213
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Literature from Veeco| 1966
- 213
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Bir-Vac news| 1966
- 213
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New division for Hull corporation| 1966
- 213
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National physical laboratory: Deputy directors| 1966
- 213
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The physicists' guide to vacuum| 1966
- 213
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Heraeus catalogues| 1966
- 214
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Stuttgart Vacuum Congress: manufacturers' catalogue| 1966
- 214
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Ultek receives Douglas contract| 1966
- 214
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Contract awards to Tenvac| 1966
- 214
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Space simulator for Japan's first satellite| 1966
- 215
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Phenomena in ionized gases| 1966
- 215
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Colloquium on microcircuit bonding techniques| 1966
- 216
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The vacuum in particle accelerators| 1966
- 216
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13th international exhibition “modern electronics”| 1966
- 216
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Experiments on electric drives of spaces vehicles in space-simulation chambers| 1966
- 216
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Varian NMR course| 1966
- 216
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Swiss association for vacuum physics and technology| 1966
- 216
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Physical bases of cryo-pumping| 1966
- 217
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Classified abstracts| 1966
- 219
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A simple zeolite trap| 1966
- 219
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514. The adsorption of CO on evaporated metal films| 1966
- 219
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511. A simple apparatus for the measurement of adsorption of gases from low to high pressure| 1966
- 219
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508. Ultrahigh vacuum systems| 1966
- 219
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506. Central vacuum system for vacuum-treating components of special electrical vacuum apparatus| 1966
- 219
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512. Chemisorption of oxygen on zinc oxide| 1966
- 219
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513. The adsorption of Kr and Xe on evaporated metal films| 1966
- 219
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515. Influence of crystal structure on the friction and wear of titanium and titanium alloys in vacuum| 1966
- 219
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507. Design criteria for vacuum systems| 1966
- 219
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510. Flow in capillary systems. 1. Gases in capillary pairs| 1966
- 219
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516. Relation of lattice parameters to friction characteristics of beryllium, hafnium, zirconium and other hexagonal metals in vacuum| 1966
- 219
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509. A supersonic hydrogen jet in a vacuum| 1966
- 220
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526. Cryosorption: a method for simulating the space environment| 1966
- 220
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518. High temperature oxidation and nitration of niobium in ultrahigh vacuum| 1966
- 220
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524. Heat transfer at low temperatures (down to liquid helium)| 1966
- 220
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525. Theoretical and experimental study to determine outgassing characteristics of various materials| 1966
- 220
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520. Properties of the gas-solid interface of interest in vacuum technology| 1966
- 220
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523. “Creacher” cryogenic refrigerator| 1966
- 220
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527. Some studies of high voltage vacuum breakdown across large gaps. Investigation of the properties of oxide-coated aluminum electrodes| 1966
- 220
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528. The general conservation laws in a dilute plasma| 1966
- 220
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517. Influence of order-disorder transformation on friction characteristics of copper-gold alloys in vacuum| 1966
- 220
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521. Development and use of a new gas-absorber “Alniba” for sputtering| 1966
- 220
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519. Adsorption dryers| 1966
- 220
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522. The thermodynamics of vaporization in the beryllium oxide-boron oxide system| 1966
- 221
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Apparatus for obtaining ferromagnetic films by evaporation in a high vacuum| 1966
- 221
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Vacuum evaporator with an improved electron bombardment heating unit| 1966
- 221
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Heatable condensation pumps| 1966
- 221
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Vacuum bell jar system| 1966
- 221
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A scattering chamber for charged particle work| 1966
- 221
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Technological needs lead to better vacua| 1966
- 221
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Ultrahigh-vacuum system attains 10−11 torr range| 1966
- 221
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A large ultrahigh-vacuum environmental chamber with liquid helium cooled walls| 1966
- 221
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An improved strip sealed continuous rotating scattering chamber| 1966
- 221
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Energy release in a high-current vacuum discharge| 1966
- 221
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Vacuum furnance for loads up to 2000 lbs| 1966
- 221
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Vacuum furnace| 1966
- 221
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Miniature demountable two-channel electric feedthrough for high vacuum chamber| 1966
- 222
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Simple pump for obtaining ultrahigh vacuum| 1966
- 222
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On a new axial flow molecular pump| 1966
- 222
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High-vacuum oil-vapour pumps with improved characteristics| 1966
- 222
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Designing of pumps for the chemical industry| 1966
- 222
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Environmental test chamber| 1966
- 222
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Fast-pump vacuum system| 1966
- 222
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Study of the diffusion of water vapour from a vapour ejector pump| 1966
- 222
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1965 Machevo exhibition| 1966
- 222
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Metal mercury-vapour system with limiting vacuum of 4 × 10−12 torr| 1966
- 222
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Use of liquid He3 for obtaining temperatures down to 0.3°K| 1966
- 222
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Adsorption power of zeolites in the pressure range 10−3 to 10−4 N/m2 at liquid-nitrogen temperature| 1966
- 223
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Design and performance of a getter-ion pump| 1966
- 223
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Cryosorption| 1966
- 223
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Spengel and the vacuum pump| 1966
- 223
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A high vacuum calibration system| 1966
- 223
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Mass spectrometric investigation of the gases in an electron beam multi-chamber furnace| 1966
- 223
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The measurement of very small absolute pressures| 1966
- 223
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American vacuum society standards (tentative)| 1966
- 223
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Cryopump system for laboratory evaporator| 1966
- 223
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Extending the measuring range of thermocouple manometers| 1966
- 223
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Calibration of a Knudsen-type vacuum gauge| 1966
- 223
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Residual gas analysis by mass spectrometry| 1966
- 223
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Pulse-type ionization manometer| 1966
- 223
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Pressure sensors| 1966
- 223
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Null device for pressure measurements of corrosive gases| 1966
- 223
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Continuous recording electric pressure gauge for low gas and vapour pressure| 1966
- 223
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Interpretation of anomalous currents in titanium ion-getter pumps| 1966
- 223
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Electron beam sublimation combined with sputter-ion pump| 1966
- 224
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Increarsing the resistance of metal-glass seals to caesium vapour| 1966
- 224
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Modification to the recording system of the MKh1303 mass spectrometer| 1966
- 224
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Electronic vacuum gauge| 1966
- 224
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System for transmitting motion into an evacuated space| 1966
- 224
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False peaks in the omegatron mass-spectrometer| 1966
- 224
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Ion gauge tube of stainless steel| 1966
- 224
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Laboratory simulation studies of outer space phenomena| 1966
- 224
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Thermivac vacuum gauge| 1966
- 224
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Measuring errors of thermistor thermoelectric vacuum gauges| 1966
- 224
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Vacuum-pressure gauge for high temperatures| 1966
- 224
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Identification of Viton gaskets| 1966
- 224
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Measurement of low gas pressures (10−2−10 torr)| 1966
- 224
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Nude ionization gauge| 1966
- 224
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High speed vacuum performance of miniature ball bearing lubricated with combinations of barium, gold and silver films| 1966
- 225
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Vacuum switches for use in contactors| 1966
- 225
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Automatic leak tests| 1966
- 225
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Mass-spectrometric leak detector of high sensitivity (MKh1102)| 1966
- 225
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An electric discharge as a trap for diffusion-pump vacuum systems| 1966
- 225
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Glass stopcock for the metering of gases| 1966
- 225
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Flow characteristics of control valves| 1966
- 225
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Portable leak detector| 1966
- 225
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Adjustable high vacuum stopcock valves| 1966
- 225
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Vacuum traps| 1966
- 225
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Cryomaster| 1966
- 225
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Vacuum valves without bellows| 1966
- 225
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High-vacuum traps for oil-vapour diffusion pumps| 1966
- 225
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New apparatus. Thermoelectric vacuum traps| 1966
- 226
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Vapour deposited thin gold films as lubricants in vaccum (10−11 torr| 1966
- 226
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Some experiences with an adsorption leak detector| 1966
- 226
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Alloy evaportating system| 1966
- 226
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A simple acoustical vacuum indicator and leak detector| 1966
- 226
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Role of surface states in contributing to p-type carrier concentration of vacuum deposited thin germamium films| 1966
- 226
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Interference method for determing the formation time of thin dielectric ans semiconductor films and the measurment of their thicknees| 1966
- 226
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Floating zone refining by electron bombardment| 1966
- 226
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Thin dielectric layers technology using vacuum deposition with piezo-electric crystal rate control| 1966
- 226
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Epoxy dielectric films produce by electron bombardment| 1966
- 226
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A review of the growth and structure of thin films of germanium and silicon| 1966
- 226
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Sputtering at acute incidence| 1966
- 226
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Induction-type vaccum melting furnaces of small and medium capacity.| 1966
- 226
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Some considerations on the adsorption leak detector leak detector with a cooled Pirani manometer as the indicating instrument.| 1966
- 226
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Measurements of high temperatures| 1966
- 226
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Epitaxial vapour deposition of Ge onto CaF2 from GeH4| 1966
- 227
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Method for vacuum deposition of cobalt metal films using graphite crucibles.| 1966
- 227
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Preparation of Ge-GasAs heterojunctions by vacuum evaporation| 1966
- 227
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Thin film integrated circuits| 1966
- 227
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The preparation of high purity gallium selenide by vapour phase epitaxial growth| 1966
- 227
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Protective coatings for metals| 1966
- 227
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Epitaxial deposition of silicon by vacuum evaporation| 1966
- 227
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Measurement of the activation energies of quench-condensed copper and indium films| 1966
- 227
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Magnetically shaped rf discharge for polymer film formation| 1966
- 227
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Better bonding methods improve hybrid circuits| 1966
- 227
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Preparation of ferrite films by evaporation| 1966
- 227
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Switching characteristic of composite magnetic thin films| 1966
- 227
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Study of cadmium-selenide films obtained by vacuum evaporation| 1966
- 227
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Lead sulphide thin film transistors| 1966
- 227
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Vacuum depositing of thin films of iron in a seales system at very low pressure| 1966
- 227
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Photoconductivity of antimony triselenide layers| 1966
- 227
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The epitaxial growth of selenium thin films| 1966
- 227
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The nucleation growth, structure and epitaxy on thin surface films| 1966
- 227
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Electrical properties of cadmium selenide evaporated films| 1966
- 228
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Ellipsometric studies of surfaces and films| 1966
- 228
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Measurement of the time of flight of particles constituting micro-discharge| 1966
- 228
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Vacuum system for X-ray structural investigations| 1966
- 228
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Control of switching in the vacuum system of a mass spectrometer| 1966
- 228
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Investigations for establishing the energy balance of 40 W flourescent lamps| 1966
- 228
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Calculation of the vacuum system of a linear accelerator| 1966
- 228
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Miniature electron evaporator| 1966
- 228
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Distribution of pressure along a coaxial system after pulsed admission of gas| 1966
- 229
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method of obtaining black coatings for components of electrical vacuum systems| 1966
- 229
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Questions relating to the construction and operation of hydrogen beam quantum generators. Construction and adjustment of a hydrogen beam quantum generator| 1966
- 229
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Desorption ion projector| 1966
- 229
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Small-scale pulse time-of-flight mass spectroscope| 1966
- 229
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Chromatograph/mass spectrometer MKh1307 (“Kromass-2”)| 1966
- 229
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Vacuum photo-element wiht a tellurium cathode for ultra-violet radiation| 1966
- 229
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Apparatus for measuring the parameters of oscillatory circuits| 1966
- 229
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Cathode assembly| 1966
- 229
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Electrical explosion of a mercury jet| 1966
- 229
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field-emission photocathode| 1966
- 230
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Materials in space environment| 1966
- 230
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Universal motion specimen manipulator for use with an UHV system| 1966
- 230
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Effects of electron bombardment on the optical properties of spacecraft temperature control coatings| 1966
- 230
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Space simulators of ONERA| 1966
- 230
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Design of NASA-Lewis space propulsion facility| 1966
- 230
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Scintillation chamber with a large discharge gap| 1966
- 230
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A Penning ion source for a mass spectrometer| 1966
- 230
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effect of impurities on the kinetics of vacuum-silizing molybdenum| 1966
- 230
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Automatic control of vacuum dryers| 1966
- 230
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Gas evolution on heating silicon steel in vacuo| 1966
- 231
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Effects of vacuum heat treament on high-strength steel castings| 1966
- 231
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Laboratory mass spectrometer| 1966
- 231
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Vacuum carbon deoxidation of 265-ton open heart heats.| 1966
- 231
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Thermodynamic principles of determining gases in metals by the method of vacuum fusion| 1966
- 231
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Apparatus for the non-cruble zone melting of refractory metals by an electron beam in vacuum| 1966
- 231
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Vacuum-heat treatment of very hard chemical compounds I. Silicon carbide| 1966
- 231
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High strength stainless steel by deformation at low temperatures| 1966
- 231
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The effect on melting in vacuo and of gas flushing on the properties of cast iron| 1966
- 231
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Vacuum fusion gas analyzer| 1966
- 231
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Effects of vacuum melting and vacuum annealing on the properties of austenitic stainless steel| 1966
- 231
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Deoxidation at low pressures| 1966
- 231
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Vacuum treatment of molten steel| 1966
- 231
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Inertia of thermoelectric manometric converters| 1966
- 231
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Effects of desorbed water vapour on measurement of very low humidity| 1966
- 232
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The vapour pressure and heat of sublimation of chromium| 1966
- 232
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Devitrification of vacuum melted glassed of the lithium metalsilicate compositional series| 1966
- 232
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Mean adsorption time of oil molecules measured by non-stationary flow method| 1966
- 232
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Cooled glass slide for a vacuum system| 1966
- 232
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The cryogenic properties of metals| 1966
- 232
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Properties of materials in a heat environment| 1966
- 232
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New Method for vapour-pressure measurements at high temperatures and high pressures| 1966
- 232
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Measured effects of the various combinations of nuclear radiation, vacuum and cryotemperatures on engineering materials| 1966
- 233
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EUROPUMP general meeting| 1966
- 233
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Materials science research, Vol II| 1966
- 233
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The surfaces of solids in vacuum| 1966
- 234
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Author index of abstracts| 1966
- IFC
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Editorial Board| 1966
- ii
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Index to advertisers| 1966