960. Energy dependence for single and double ionization by electron impact between 250 and 2200 eV (English)
F Fiquet-Fayard et al,J Chem Phys, 48 (1), 1st Jan 1968, 478–482
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ISSN:
- Article (Journal) / Electronic Resource
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Title:960. Energy dependence for single and double ionization by electron impact between 250 and 2200 eV
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Subtitle:F Fiquet-Fayard et al,J Chem Phys, 48 (1), 1st Jan 1968, 478–482
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Publisher:
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Publication date:1898-01-01
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Size:1 pages
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ISSN:
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DOI:
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Type of media:Article (Journal)
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Type of material:Electronic Resource
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Language:English
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Source:
Table of contents – Volume 18, Issue 7
The tables of contents are generated automatically and are based on the data records of the individual contributions available in the index of the TIB portal. The display of the Tables of Contents may therefore be incomplete.
- 419
-
Vacuum news letter| 1898
- 419
-
Vacuum technical information| 1898
- 419
-
Investment by the Process and Allied Industries| 1898
- 419
-
Literature from Mason-Renshaw| 1898
- 419
-
Increase in production for mechanical engineering| 1898
- 419
-
Custom engineering facility| 1898
- 422
-
Classification system| 1898
- 423
-
The evolution of methane from barium films| 1898
- 423
-
Outgassing of glass by 100 to 1000V electron bombardment| 1898
- 423
-
912. Some theoretical considerations on the analysis of physical adsorption isotherms| 1898
- 423
-
Potential energy profiles in physisorption on fcc crystals| 1898
- 423
-
Mean adsorption time of oil molecules used in vacuum techniques| 1898
- 423
-
910. Sorption of nitrogen by titanium films| 1898
- 423
-
909. A method of resolving streaming and diffuse components of gas flow| 1898
- 423
-
911. Physical adsorption of argon on nickel between 78°K and 120°K| 1898
- 423
-
The mechanism of ion-bombardment-induced emissions of gas from glass| 1898
- 423
-
Inert gas ion bombardment induced work function changes in polycrystalline tungsten and gold ribbon| 1898
- 423
-
A large-surface non-evaporating getter| 1898
- 423
-
Electron induced desorption of gas from stainless steel surfaces| 1898
- 423
-
915. Low temperature physisorption of argon on fresh silica and associated mean time of adsorption| 1898
- 423
-
913. Condensation coefficients of argon, krypton and xenon measured with a quartz crystal microbalance at 4.2°K| 1898
- 424
-
925. Some properties of vapour deposited uranium films in ultrahigh vacuum and in hydrogen| 1898
- 424
-
926. The surface potential of hydrogen on uranium| 1898
- 424
-
918. Characterization of adsorbate binding states on metal films from sticking probability measurements and desorption spectra| 1898
- 424
-
920. The sticking probability of nitrogen on tungsten films| 1898
- 424
-
921. Capture of carbon monoxide on nickel (110) and polycrystalline tungsten| 1898
- 424
-
916. The angular distribution of desorbed molecules in physisorption processes| 1898
- 424
-
919. Evaluation of sticking probabilities of gases chemisorbed on metal films without measurements of gas pressure| 1898
- 424
-
923. Desorption of hydrogen from polycrystalline nickel| 1898
- 424
-
917. Bond strength and mean time of adsorption for active gases on metals| 1898
- 424
-
922. Entropy of carbon monoxide adsorbed on transition metals| 1898
- 424
-
924. Surface structures due to interaction of oxygen with molybdenum crystals| 1898
- 425
-
929. Adsorption of carbon monoxide on platinum| 1898
- 425
-
930. Field emission studies of oxygen, hydrogen and nitrogen by a molybdenum tip| 1898
- 425
-
931. The surface potentials of carbon monoxide on (112) and (100) oriented tungsten single-crystal surfaces| 1898
- 425
-
928. Work function studies: chemisorption of diatomic molecules on single crystal tungsten| 1898
- 425
-
933. Extraction of information about activation energy distribution from desorption studies| 1898
- 425
-
935. Electron-impact-induced effects in a nitrogen ad-layer on tungsten, investigated by means of FEM| 1898
- 425
-
932. The scattering of slow neutrons by ethylene adsorbed on activated charcoal| 1898
- 425
-
934. Desorption by electron impact: carbon monoxide, nitric oxide and oxygen on tungsten| 1898
- 425
-
927. Thermodynamic properties of hydrogen and deuterium in the α-titanium| 1898
- 426
-
939. Thermoelectron emission from tungsten in a stream of Ba and Cs atoms| 1898
- 426
-
936. Electron impact desorption of carbon monoxide from tungsten| 1898
- 426
-
944. Discrimination and amplification of difference frequency in a plasma waveguide, by an electron beam| 1898
- 426
-
937. Instructions between low-energy electrons and adsorbed carbon monoxide| 1898
- 426
-
940. Study of potassium ion adsorption on molybdenum surfaces| 1898
- 426
-
Field emission studies of oxygen, hydrogen and nitrogen by a molybdenum tip| 1898
- 426
-
947. Emission properties of thin film tunnel cathodes| 1898
- 426
-
Thermoelectron emission from tungsten in a stream of Ba and Cs atoms| 1898
- 426
-
943. Inert gas ion bombardment induced work function changes in polycrystalline tungsten and gold ribbon| 1898
- 426
-
945. Determination of the effective emitting surface of an oxide cathode| 1898
- 426
-
942. Electronographic study of a thermally treated corundum surface| 1898
- 426
-
946. The work function of alloys of rhenium with scandium| 1898
- 426
-
938. Interaction of electrons with adsorbed water| 1898
- 426
-
941. Study of thermal dissociation of alkaline-earth oxides in high vacuum| 1898
- 427
-
948. On some peculiarities of the transfer of rotational and vibrational energies in ion-molecular collisions| 1898
- 427
-
958. Studies of the nitrogen afterglow. I. Surface catalytic efficiency and diffusion-controlled decay of atomic nitrogen| 1898
- 427
-
961. Threshold electron impact excitation of atoms and molecules: detection of triplet and temporary negative ion states| 1898
- 427
-
949. On triggered discharge in a vacuum gap switching pulse currents up to 150 kA with a frequency of 1 MHz| 1898
- 427
-
953. On the sputtering mechanism of solids| 1898
- 427
-
960. Energy dependence for single and double ionization by electron impact between 250 and 2200 eV| 1898
- 427
-
952. Study of field dependent secondary electron emission from MgO porous layer| 1898
- 427
-
950. The influence of neutral gas temperature on the parameters of ionization waves in neon| 1898
- 427
-
955. Current growth in sparks in the pulse breakdown of short vacuum gaps| 1898
- 427
-
957. Angular dependence of energy spectra of secondary ions scattered by the surface of single crystals| 1898
- 427
-
951. Ascertaining the causes of undesirable thermal emission| 1898
- 427
-
956. Exoelectron emission of germanium and silicon| 1898
- 427
-
954. Elastic reflection of electrons from silicon single crystals| 1898
- 427
-
959. Calculation of three-body ionic recombination rate| 1898
- 428
-
963. Theoretical analysis of a two-pump vacuum system| 1898
- 428
-
970. Production of ultrahigh vacuum by a titanium deposit on a cold surface. 2. Technology and application| 1898
- 428
-
962. Photoionization of CH3; heat of formation of CH2| 1898
- 428
-
Effect of a thermoelectrically cooled baffle in oil diffusion pump systems| 1898
- 428
-
971. Titanium filaments for sublimation pumps operating under ultrahigh vacuum| 1898
- 428
-
969. Production of ultrahigh vacuum by a titanium deposit on a cold surface. 1. Basic research| 1898
- 428
-
Sorption of nitrogen by titanium films| 1898
- 428
-
A bakeable vacuum evaporator for the deposition of large area thin film circuits| 1898
- 428
-
965. Emission electron microscope with ultrahigh vacuum in the object chamber| 1898
- 428
-
967. Glass orbitron pump of 5-cm diameter| 1898
- 428
-
966. Accessory for stressing of polymer strips in the vacuum coater VUP-1| 1898
- 428
-
968. Isolation of ultrahigh vacuum systems from oil diffusion pumps| 1898
- 428
-
964. Industrial ultrahigh vacuum by means of the double-chamber technique| 1898
- 429
-
973. Sputter-ion pump with high speed for argon| 1898
- 429
-
Residual gas analysis in ultrahigh vacuum by means of the omegatron| 1898
- 429
-
972. Some properties of the PST-1000 type sublimation pump| 1898
- 429
-
974. Comparative study of diffusion pumps and molecular pumps| 1898
- 429
-
977. Pumping of low-noise travelling wave tubes with a titanium getter pump| 1898
- 429
-
976. A large-surface non-evaporating getter| 1898
- 429
-
978. A non-evaporable getter cartridge for use in UHV systems and in appendage pumps| 1898
- 429
-
975. The evolution of methane from barium films| 1898
- 429
-
979. Mean adsorption time of oil molecules used in vacuum techniques| 1898
- 429
-
980. Influence of the pre-evacuation cycle on gas atmosphere in a Penning pump system| 1898
- 430
-
983. A mass spectrometer for gas analysis in colour television picture tubes| 1898
- 430
-
Investigation of silicone resins with a mass spectrometer| 1898
- 430
-
987. Performance and characteristics spectra of a miniature glass mass spectrometer| 1898
- 430
-
982. Trends in partial pressure measurement| 1898
- 430
-
986. Measurement of alkali vapours and residual gases during photocathode deposition| 1898
- 430
-
990. Reduced sorption and reaction of molecular gases in a modified Bayard-Alpert gauge| 1898
- 430
-
985. High frequency mass spectrometer used as a gas analysis flow meter| 1898
- 430
-
988. Evaluation of a McNarry-type omegatron on an oil-free high vacuum pump and an oil diffusion pump| 1898
- 430
-
981. Mercury vapour condensation in vacuum systems and its influence on the accuracy of low pressure measurements| 1898
- 430
-
984. A modified electron gun for pressure measurement and pumping in travelling-wave tube| 1898
- 430
-
989. Design and evaluation of a fast response mass spectrometer and the effect of low temperature cathodes on the ion source performance| 1898
- 431
-
998. Design of thermal manipulators for ultrahigh vacuum| 1898
- 431
-
991. Cold cathode ionization gauge| 1898
- 431
-
997. Effect of thermoelectrically cooled baffle in oil diffusion pump systems| 1898
- 431
-
1000. Cathodes of electron guns for metal processing| 1898
- 431
-
996. Vacuum valve| 1898
- 431
-
999. Level indicator for liquid hydrogen| 1898
- 431
-
992. Ionization gauge| 1898
- 431
-
Hermatic glass-metal seals| 1898
- 431
-
993. The production of mechanical motion in static vacuum systems| 1898
- 431
-
994. Experimental study of ultrahigh vacuum flanges| 1898
- 431
-
1001. Versatile cryostat for temperatures of 90 to 340°K| 1898
- 431
-
995. High vacuum slide valve| 1898
- 431
-
Isolation of ultrahigh vacuum systems from oil diffusion pumps| 1898
- 432
-
Some properties of vapour deposited uranium films in ultrahigh vacuum and in hydrogen| 1898
- 432
-
1008. Vanadium, niobium and tantalum thin films for nuclear investigations| 1898
- 432
-
Pumping of low-noise travelling wave tubes with a titanium getter pump| 1898
- 432
-
1011. Ferromagnetic films| 1898
- 432
-
1003. Methods of measurement of thin films thickness| 1898
- 432
-
1002. A bakeable vacuum evaporator for the deposition of large area thin film circuits| 1898
- 432
-
1006. Diffusion in aluminium-silicon nitride films| 1898
- 432
-
1009. Vacuum coating apparatus| 1898
- 432
-
1010. Ferromagnetic films| 1898
- 432
-
1005. Oriented crystallization of CdS by the long-range mechanism during cathodic sputtering| 1898
- 432
-
1012. Tantalum films| 1898
- 432
-
1004. CdS thin films preparation by means of sublimation of polycrystalline sulphide in vacuum| 1898
- 432
-
1007. Anisotropy of chromium layers formed by inclined incidence of molecular beam on substrate| 1898
- 432
-
On triggered discharge in vacuum gap switching pulse currents up to 150 kA with the frequency of 1 MHz| 1898
- 432
-
Ascertaining the causes of undesirable thermal emission| 1898
- 432
-
A mass spectrometer for gas analysis in colour television picture tubes| 1898
- 433
-
Measurement of alkali vapours and residual gases during photocathode deposition| 1898
- 433
-
1014. Studies of gas composition within finished television picture tubes| 1898
- 433
-
1019. External problem for paraxial electron beams| 1898
- 433
-
1015. Instability of AgOCs photocathodes caused by residual caesium vapour| 1898
- 433
-
1016. A study of anode materials for electron tubes by means of the omegatron| 1898
- 433
-
1018. Formation of p-n junctions by ion beam implantation| 1898
- 433
-
1023. The measurement of electron affinities by the gaseous electron capture technique| 1898
- 433
-
Gas and gettering problems in colour television tubes| 1898
- 433
-
1020. A pulse source of large electron currents of small duration| 1898
- 433
-
1013. A compilation of gas reactions as observed in electron tubes| 1898
- 433
-
1017. Whisker single crystals in high-voltage tubes with oxide cathodes| 1898
- 433
-
1022. High vacuum ion current measurement method| 1898
- 433
-
1021. Injector of polarized negative ions| 1898
- 433
-
1024. Kinetics of the dehydration of calcium sulphate dihydrate in vacuo| 1898
- 433
-
A modified electron gun for pressure measurement and pumping in travelling-wave tubes| 1898
- 433
-
High frequency mass spectrometer used as a gas analysis flow meter| 1898
- 434
-
1027. On quantitative analysis of hydrogen in steel| 1898
- 434
-
1032. Cleanness of glass surfaces measured by evolution of hydrogen from sodium-ammonia solutions| 1898
- 434
-
Cleanness of glass surfaces measured by evolution of hydrogen from sodium-ammonia solutions| 1898
- 434
-
1031. Hermetic glass-metal seals| 1898
- 434
-
1026. Evaluation of the influence of sample dimensions on static investigations of vacuum melted steel| 1898
- 434
-
1029. Mass-Spectrometric investigation of the primary processes in the photodissociation of 1,3-Butadiene| 1898
- 434
-
Instability of Ag-O-Cs photocathodes caused by residual caesium vapour| 1898
- 434
-
Studies of gas composition within finished television picture tubes| 1898
- 434
-
1025. Field-emission study of the adsorption and decomposition of ammonia on tungsten| 1898
- 434
-
A study of anode materials for electron tubes by means of the omegatron| 1898
- 434
-
1030. Mass-spectrometry of carandiol-3-4 stereoisomers and carandiols-3, 4 labelled by deuterium in hydroxyl groups| 1898
- 434
-
1034. Vapour species of the barium-oxygen system| 1898
- 434
-
1028. Study of superconducting characteristics of Nb-Ti alloy| 1898
- 434
-
1033. Residual gas analysis in ultrahigh vacuum by means of the omegatron| 1898
- 434
-
A compilation of gas reactions as observed in electron tubes| 1898
- 434
-
Cathodes of guns for electron beam technology of metals processing| 1898
- 434
-
Performance and characteristic spectra of a miniature glass mass spectrometer| 1898
- 435
-
1035. Argon from getters| 1898
- 435
-
1040. The mechanism of ion-bombardment-induced emissions of gas from glass| 1898
- 435
-
1037. Electron induced desorption of gas from stainless steel surfaces| 1898
- 435
-
1039. Technique for monitoring the desorption efficiency of gases from a surface under electron bombardment| 1898
- 435
-
1041. Investigation of silicone resins with a mass spectrometer| 1898
- 435
-
1036. Gas and gettering problems in colour television tubes| 1898
- 435
-
1038. The evolution of carbon monoxide elimination from nickel| 1898
- 435
-
1042. Outgassing of glass by 100 to 1000 V electron bombardment| 1898
- 436
-
Author index of abstracts| 1898
- ii
-
Index to advertisers| 1898