SPIS LITERATURY
[1] Hebda M., Wachal A., Tribologia, WNT, Warszawa 1981
[2] Leszek W., Metodologiczne podstawy badań tribologicznych, PWN, Warszawa-Poznań 1981
[3] Zwierzycki W. i współaut orzy , Wybrane zagadnienia zużywania się materiałów w ślizgowych węzłach maszyn, PWN, Warszawa-Poznań 1990 [4] Burakowski T., Wi erzchoń T., Inżynieria powierzchni metali, WNT,
Warszawa 1995
[5] Lawrowski Z., Tribologia, tarcie, zużywanie i smarowanie, PWN, Warszawa 1993
[6] Szakowski A., Smarowanie maszyn włókienniczych, WNT, Warszawa 1971 [7] Zum Gahr K. H., Microstructure and wear of materials, Tribology Series, 10,
Elsevier, Amsterdam, Oxford, New York, Tokio 1987
[8] Jost H. P., Tribology – origin and future, Wear, 136, (1990), 1–17 [9] Wri ght K. H. R., Tribology, 2, (1969), 152–161
[10] Committe on Tribology, The introduction of a new technology, London 1973 [11] Rymuza Z., Niektóre problemy mikrotribologii, Tribologia, (1993), 56–62 [12] Bhushan B., Israel achvil i J. N., Landm an U., Nanotribology; friction,
wear and lubrication at the atomic scale, Nature, 374, (1995),607–616 [13] Ostwald W., Handbuch d. allg. Chemie, I, 70, Leipzig 1919
[14] Heinicke G., Tribochemistry, str. 15, Akademie-Verlag, Berlin 1984
[15] Kost ecki B. J., Nosowski J. G., B ersadski L. I., Karaulov A. K., Nadieżnost' i dołgowiecznost' maszyn, Technika, Kiew 1975
[16] Buckley D. H., Adhesion of metals to a clean iron surface studied with leed and auger emission spectroscopy, Wear, 20, (1972), 89–103
[17] Pashl ey D. H., Pet hi ca J. B., Tabor D., Adhesion and micromechanical properties of metal surfaces, Wear, 100, (1984), 7–31
[18] Buckley D. H., Effect of sulphur, oxygen and hydrogen sulfide surface films on adhesion on clean iron, Itn. J. Nondestructive Testing, 2, (1970), 171–188 [19] B ernard J., B erthier Y., Del am are F., Hondros E., Huber M., Marcus
P., Masson A., Oudar J., Rhead G. E., Adsorption on metal surfaces, studies in surface science and catalysis 13, Elsevier, Amsterdam, Oxford, New York 1983, 270–331
[20] Gil breath W. P., Adhesion of solid welding of materials in space environ- ments, ASTM STP, 431, (1967), 128
[21] Buckley D. H., The metal to metal interface and its effect on adhesion and friction, J. Colloid Interface Sci., 58, (1977), 36–53
[22] Buckley D. H., Surface effects in adhesion, friction, wear and lubrication, Elsevier, Amsterdam 1981
[23] B el y V. A., Sviri denok A. J., Petrokovet s M. J., Savkin V. G., Friction and wear in polymer-based materials, Pergamon Press, Oxford 1982
[24] Wake W. C., Adhesion and formulation of adhesives, Applied Science Publ., London 1976
[25] Kinloch A. J., The science of adhesion, J. Mater. Sci., 15, (1980), 2141–2166 [26] Bowden F. P., Rowe G. W., The adhesion of clean metals, Proc. R. Soc.
London, Ser. A. 233, (1956), 429–442
[27] Gane N., Pfael zer P. F., Tabor D., Adhesion between clean surfaces at light loads, Proc. R. Soc., London, Ser. A. 340, (1974), 495–517
[28] Leszek W., Lewit owi cz J., Fizyczne podstawy warstwy wierzchniej, wybrane zagadnienia, [w: Materiały z XII Szkoły Tribologicznej, Warstwa wierzchnia
elementów maszyn i urządzeń,] Częstochowa–Wąsosz, 1983, 11–33
[29] Johnson K. L., Kendal l K., Robert s A. D., Surface energy and the contact of elastic solids, Proc. R. Soc., London, Ser. A. 324, (1971), 301–313
[30] Derj agui n B. V., Mull er V. M., Toporov Y. P., Effect of contact deforma- tions on the adhesion of particles, J. Colloid Interface Sci., 53, (1975), 314–326 [31] Mul ler V. M., Derj agui n B. V., Toporov Y. P., On two methods of calcula-
tion of the force of sticking of an elastic sphere to rigid plane , Colloids Surf., 7, (1983), 251–59
[32] Fuller K. N. G., Tabor D, Effect of surface roughness on adhesion of elastic solids, Proc. Roy. Soc., London, Ser.K, 345, (1975), 327–342
[33] Israel achvil i J. N., Perez E., Tandon R. K., On the adhesion force between deformable solids, J. Colloid Interface Sci., 78, (1980), 260–261
[34] Hom ol a A. M., Israel achvi l i J. N., Gee M. L., Mc Guiggan P. M., Mea- surements of and relation between the adhesion and friction of two surfaces separated by molecularly thin liquid films, ASME J.Tribology, 111, (1989), 675–682
[35] Mc Farlene J. S., Tabor D., Adhesion of solids and the efffect of surface films, Proc. Roy. Soc. London, Ser. A. 202, (1950), 224–243
[36] Israel achvil i J. N., Intermolecular and surface forces, Academic Press, New York 1991
[37] Liu C. C., Mee P. B., Stiction at the winchester head-disk interface, Jeee Trans. Magnetics Mag., - 19, (1983), 1659–1661
[38] Bushan B., Sharm a B. S., Bradshaw R. L., Friction in magnetic tapes, I:
Assessment of relevant theory, ASLE Trans., 27, (1984), 33–44
[39] Matt hewson M. J., Mam in H. J., Liquid mediated adhesion of ultra-flat solid surfaces, Proc. Mat. Res. Soc. Symp. Vol. 119, (1988), 87–92
[40] Li Z., Rabinowicz E., Saka N., The stiction between magnetic recording heads and thin film disks, tribology and mechanics of magnetic storage sys- tems,ASLE Trans., 26, (1989), 64–70
[41] Miyam ot o T., Kaneko R., Ando Y., Interaction force between thin film disk media and elastic solids investigated by atomic force microscope, ASME J.
Tribology, 112, (1990), 567–572
[42] Bushan B., Dugger M. T., Liquid-mediated adhesion at the thin film magnetic disk/slider interface, ASME J. Tribology, 112, (1990), 217–223 [43] Streator J. L. , Bhushan B., Bogy D. B., Lubricant performance in mag-
netic thin film disks with carbon overcoat – Part I: Dynamic an static friction, ASME J. Tribology, 113, (1991), 22–31
[44] Stanl ey H. M., Etsi on J., Bogy D. B., Adhesion of contacting rough surfaces in the presence of sub – boundary lubrication, ASME J. Tribology, 112, (1990), 98–104
[45] Binni g G., Rohrer H., Gerber Ch. and Wei bel E., Surface studies by scanning tunneling microscopy, Phys. Rev. Lett. 49, (1982), 57–61.
[46] Binni g G., Quate C. F. and Gerber Ch., Atomic force microscope, Phys.
Rev. Lett. 56, (1986), 930–993
[47] Bhushan B. and Blackm an G. S. Atomic force microscopy of magnetic rigid disks and sliders and its applications to tribology, ASME J.Tribology, 113, (1991), 452–458
[48] Oden P. I., Maj um dar A., Bhushan B., Padm anabhan A. and Graham J.
J., AFM imaging, roughness analysis and contact mechanics of magnetic tape and head surfaces, ASME J.Tribology ,114, (1992), 666–674
[49] Gant ii S. and Bhushan B., Generalized fractal analysis and its applications to engineering surfaces, Wear, 180, (1995), 17–34
[50] Mate C. M., McCl ell and G. M. Earl andsson R. and Chi ang S., Atomic- scale friction of a tungsten tip on a graphite surface, Phys. Rev. Lett., 59,
(1987), 1942–1945
[51] Burnham N. A. and Col ton R. J. Measuring the nanomechanical properties and surface forces of materials using an atomic force microscope,
J. Vac. Sci. Technol., 4, (1989), 2906–2913
[52] Maival d P., But t H. J., Gould S. A. C. , Prater C. B., Drake B., Gurl ey J. A., El ings V. B. and Hansm a P. K., Using force modulation to image surface elasticities with the atomic force microscope, Nanotechnology, 2, (1991),
103–106
[53] Bhushan B., Kulkarni A. V., Koinkar V. N., Boehm H., Odoni L., Mart el et C., Beli n M., Microtribological characterization of self-assambled and langmuir-blodgett monolayers by atomic and friction force microscopy, Langmuir, 11, (1995), 3189-3198
[54] Bhushan B. and Koinkar V. N., Nanoindentation hardness measurements using atomic force microscopy, Appl. Phys. Lett., 64, (1994), 1653–1655 [55] Weisenhorn A. L., Mai vald P., But t H. J. and Hansm a P. K., Measuring
adhesion, attraction, and repulsion between surfaces in liquid with an atomic- force microscope, Phys. Rev. B., 45, (1992), 11226-11232
[56] Bl ackm an G. S., Mat e C. M. and Phil pott M. R., Interaction forces of a sharp tungsten tip with molecular films on silicon surface, Phys. Rev. Lett., 65, (1990), 2270–2273
[57] Mate C. M., Atomic-force-microscope study of polymer lubricants on silicon surface, Phys. Rev. Lett., 68, (1992), 3323–3326
[58] Meyer E., Overney R., Lut hi R., Brodbeck D., Howal d L., Fromm er J., Gunt herodt H. J., Wol t er O., Fuji hi ra M., Takano T., and Gotoh Y., Friction force microscopy of mixed Langmuir-Blodgett films, Thin Solid Films, 220, (1992), 132–137
[59] Overney R., Meyer E., From mer J., Brodbeck D., Lut hi R., Howald L., Gunt herodt H. J., Fuji hi ra M., Takano T., and Gotoh Y., Friction measurements on phase-separated thin films with a modified atomic force microscope, Nature, 359, (1992), 133–135
[60] O’Shea S. J., Wel l and M. E. and R aym ent T., Atomic force microscope study of boundary layer lubrication, Appl. Phys. Lett., 61, (1992), 2240–2242 [61] Mate C. M., Lorenz M. R. and Novot ny V. J., Atomic force microscopy
of polymeric liquid films, J. Chem. Phys., 90, (1989), 7550–7555
[62] Majumdar A., Carrej o J. P. and Lai J., Thermal imaging using the atomic
force microscope, Appl. Phys. Lett., 62, (1993), 2501–2503
[63] Stern J. E., Terris B. D., Mam in H. J., Rugar D., Deposition and imaging
of localized charge on insulator surfaces using a force microscope, Appl. Phys.
Lett., 53, (1988), 2717–2719
[64] Terri s B. D., Stern J. E., Rugar D., Mami n H. J., Contact electrification using force microscopy, Phys. Rev. Lett., 63, (1989), 2669–2672
[65] Israel achvil i J. N., McGuiggan P. M. and Hom ol a A. M., Dynamic properties of molecularly thin liquid films, Science, 240, (1988), 189–190 [66] Granick S., Motions and relaxations of confined liquids, Science, 253, (1991),
1374–1379
[67] Romanowski S., Size effects in metallic cluster and thin films - some important applications of the analytical cluster and film models, Polish J.
Chem., 67, (1993), 1709–1731
[68] Wronka A., Efekty rozmiarowe w chemisorpcji gazów na metalach, praca doktorska, Uniwersytet Łódzki 1995
[69] Wysokiński K. I., Fullereny, Postępy Fizyki, 44, (1993), 339–363
[70] Bhushan B., Gupt a B. K., van Cleef G. W., Capp C., Coe J. V., Fullerene (C60) films for solid lubrication, Tribology Trans., 36, (1993), 573–570
[71] Chan D. Y. C., Horn R. G., The drainage of thin liquid films between solid surfaces, J. Chem. Phys., 83, (1985), 5311–5324
[72] Israel achvil i J. N., Measurement of the viscosity of liquids in very thin films, J. Colloid Interface Sci., 110, (1986), 263–271
[73] Israel achvil i J. N., Mc Guiggan P. M., Homola A. M., Dynamic properties of molecularly thin liquid films, Science, 240, (1988), 189–191 [74] Van Alsten J., Grani ck S., Molecular tribometry of ultrathin liquid films,
Phys. Rev. Lett., 61, (1988), 2570–2573
[75] C arson G., Hu H. N., Grani ck S., Molecular tribology of fluid lubrication:
shear thinning, Tribology Trans., 35, (1992), 405–410
[76] R abi nowi cz E., Friction and wear of materials, John Wiley, New York, London 1965
[77] Brown E. D., Owens R. S., Booser E. R., Boundary lubrication, ASME Publication, New York 1962, rozdz. 2, 10–14
[78] Hom ol a A. M., Israel achvil i J. N., Mc Guiggan P. M., Gee M. L., Fundamental experimental studies in tribology: the transition from "interfacial"
friction of undamaged molecularly smooth surfaces to "normal" friction with
wear, Wear, 136, (1990), 65–83
[79] Yoshi zawa H., Chen Y. L., Israel achvil i J. N., Fundamental mechanisms
of interfacial friction. I. Relation between adhesion and friction, J. Phys. Chem., 97, (1993), 4128–4140
[80] Yoshi zawa H., Chen Y. L., Israel achvil i J. N., Recent advances in molecular level understanding of adhesion, friction and lubrication, Wear, 168, (1993), 161–166
[81] Chen Y. L., Hel m C., Israel achvil i J. N., Molecular mechanisms associated with adhesion and contact angle hysteresis of monolayer surfaces, J.
Phys. Chem., 95, (1991), 10736–10747
[82] Tonck A., Georges J. H., Loubet J. L., Measurements of intermolecular forces and the rheology of dodecane between alumina surfaces, J. Colloid Intr.
Sci. 126, (1988), 1540–1563
[83] Georges J. H., Mill ot S., Loubet J. L., Tonck A., Drainage of thin liquid films between relatively smooth surfaces, J. Chem. Phys., 98, (1993), 7345–
7360
[84] Georges J. M., Tonck A., Mazuyer O., Interfacial friction of wetted monolayers, Wear, 175, (1994), 59–62
[85] Kri m J., Tarcie na poziomie atomowym, Świat Nauki, Grudzień, (1996), 56–62 [86] Leszek W., Fizykochemiczne zjawiska występujące na powierzchni ciał
stałych przy tarciu, [w: Materiały z III Szkoły Trybologicznej, Trybologiczne problemy warstwy wierzchniej], Złoty Potok 1973
[87] Leszek W., Marczak R., Fizykochemia tarcia przy smarowaniu, [w:
Materiały z IX Szkoły Tribologicznej, Fizykochemia i technika smarowania], Zielona Góra-Lubiatów 1979, 78–106
[88] Leszek W., Marczak R., System trybologiczny jako system fizykochemiczny, Materiały z X Szkoły Tribologicznej, Problemy trybologiczne w projektowaniu, wytwarzaniu i eksploacji], Warszawa 1980, 258–282
[89] Leszek W., Jeszcze raz i nieco inaczej o trybologii, Międzyresortowe Centrum Naukowe Eksploatacji Majątku Trwałego, Radom 1994
[90] Marczak R., Oddziaływanie materiałów w obszarze tarcia, [w: Materiały z XI Szkoły Tribologicznej, Opory tarcia i sposoby jego zmniejszenia], Rynia 1982, 111–146
[91] Marczak R., Fizykochemiczne i funkcjonalne właściwości materiałów, [w: Materiały z XII Szkoły Tribologicznej], Częstochowa–Wąsosz 1983, 34–46
[92] Hsu S. M., Shen M. C., Klaus E. E., Cheng H. S., Lacey P. J., Mechano- chemical model: reaction temperatures in a concentrated contact, Wear, 175, (1994), 209–218
[93] Singer J. L., Friction and energy dissipation at the atomic scale - a review, Dissipative Processes in Tribology 3–20, D. Dowson et al. (Editors), 1994, Elsevier Science B. V.
[94] Tom pkins F. C., Chemisorpcja gazów na metalach, PWN, Warszawa 1985 [95] Bond G. C., Kataliza heterogeniczna. Podstawy i zastosowanie, PWN,
Warszawa 1979
[96] Likht m an V. J., Shchuki n E. D., Rebinder P. A., Physicochemical mechanics of metals, Academy of Sciences of the USSR, Inst. Phys. Chem. , 1962
[97] Westwood A. R. C. , Lockwood F. E., Chemomechanical effects in lubrication, microscopic aspects of adhesion and lubrication, Tribology, Series 7,
Elsevier Scientific Pub. Co., Amsterdam. (1982), 421–447
[98] Doui ll ard J. M., Zoungrana T., Part yka S., Surface Gibbs free energy of minerals: some values, J. Petrol. Sci. Eng., 14, (1995), 51–57
[99] Pollock H. M., What part does interfacial energy play in the deformation and adhesion of metals?, Vacuum, 31, (1981), 609–617
[100] Kingsbury E. P., Some aspects of the thermal desorption of a boudary lubrication, J. Appl. Phys., 29, (1958), 888–891
[101] Kingsbury E. P., The heat of adsorption of a boundary lubricant, ASLE Trans., 3, (1960), 30–33
[102] Rowe C. N., Some aspects of the heat of adsorption in the functionof a boundary lubricant, ASLE Trans., 9, (1966), 100–111
[103] Stol arski T. A., A modified theory of adhesive wear in lubricated contacts, Wear, 68, (1981), 333–345
[104] Stol arski T. A., Evaluation of the heat of adsorption of a boundary lubricant, ASLE Trans., 30, (1987), 472–478
[105] Rowe C. N., Role of adsorption in the mitigation of wear, ASLE Trans., 13, (1970), 179–188
[106] Matveevsky R. M. and Buyanovsky I. A., Some aspects of the determination of the critical temperature under conditions of boundary lubrication, Wear, 68, (1981), 151–158
[107] Frewing J. J., The heat of adsorption of long-chain compounds and their effect
on boundary lubrication, Proc. Royal Soc. London, A 182, (1944), 270–285 [108] B eerbower A., A critical survey of mathematical models for boundary
lubrication, ASLE Trans., 14, (1971), 90–104
[109] Jahanm ir S., Belt zer M., An adsorption model for friction in boundary lubrication, ASLE Trans., 29, (1986), 423–430
[110] B el tzer M., Jahanm i r S., Role of dispersion interactions between hydrocarbon chains in boundary lubrication, ASLE Trans., 30, (1987), 47–54 [111] Ent hoven J. C., Spikes H. A., Temperature profiling of EHD contacts prior
to and during scuffing,Proc. XXIth Leeds-Lyon Conference, Leeds 1994, Dissipative processes in tribology, Elsevier, Science Publisher B. W., 73–80 [112] Langm ui r J., The constitution and fundamental properties of solids and
liquids. Part I. Solids., J. Am. Chem. Soc., 38, (1916), 2221–2295
[113] Lee S. C., Cheng H. S., Scuffing theory modeling and experimental correlations, ASME J. Tribology , 113, (1991), 327–334
[114] Lee S. C., Cheng H. S., Experimental validation of critical temperature- pressure theory of scuffing, Tribology Trans., 38, (1995), 738–742
[115] Mori S., Imazum i Y., Adsorption of model compounds of lubricant on nascent surfaces of mild and stainless steels under dynamic conditions, Tribology Trans., 31, (1988), 449–453
[116] Bowden F. P., Tabor D., The friction and lubrication of solids, Clarendon Press, Oxford, Part II, 1964, Chep. 19
[117] Briscoe B. J., Scrut on B., Wi ll is F. R., The shear strength of thin lubricant films, Proc. Roy. Soc. London A, 333, (1973), 99–114
[118] Grew W. J. S., Cameron A., Thermodynamics of boundary lubrication and scuffing, Proc. Roy. Soc. London, A. 327, (1972), 47–59
[119] Okabe H., Kanno T., Behavior of polar compounds in lubricating-oil films, ASLE Trans., 24, (1981), 459–466
[120] Groszek A. J., Role of adsorption in liquid lubrication, interdisciplinary approach to liquid lubricant technology, NASA, Ed. Ku.,(1977), 477
[121] Gee A. W. J., Lossie C. M., Application - oriented characterization of liquid lubricants, Proc. 6th Int. Congress on Tribology, Budapeszt 1993, V 1, 110–119 [122] Lauer J. L., Bunt ing B. G., High temperature solid lubrication by
catalytically generated carbon, ASLE Trans., 31, (1988), 338–349
[123] Lauer J. L., Kel l er L. E., Choi F. H., King V. W., Alignment of fluid molecules in an EHD contact, ASLE Trans. 25, (1982), 329–336
[124] C ann P. M., Spikes H. A., In lubro studies of lubricants in EHD contacts using FTIR absorption spectroscopy, Tribology Trans., 34, (1991), 248–256 [125] West erfi eld C., Agnew S., IR study of the chemistry of boundary lubrication
with high temperatures and high pressure shear, Wear, 181–3, (1995), 805–809 [126] Cheng M. S., Mixed Lubrication and Lubricating Wear, XX Lyon-Leeds
Conference, Lyon 1993, Thin films in tribology, Elsevier Science Pub. B.V.
1993, 181–191
[127] Lazarev G. E., Metody ispytania materiałow w agresywnych sriedach, Materiały konferencyjne, Taszkient 1985 - Akademia Nauk CCCP Moskwa 1985
[128] Pinkowski A., Thi essen K. P., Applicaction of autoradiography in electrochemistry, Nukleonika, 21, (1976), 161–167
[129] Thi essen K. P., Phënomenologie, Analyse und Theorie der Wechselnwirkung Lokaler und Integraler Prozesse an Festkörperelektroden unter Einwirkung Mechanischer Impakte, Diss. Adw. Berlin 1983
[130] Bri ant J., Mori zur M. F., Mul ard F., Etades de Films Lubricants en Regime Limite, J. Chem. Phys., 84, (1987), 306–313
[131] Mori zur M. F., Briant J., Modifications of electron properties of fric-tion surfaces in boundary lubrication, Proc. Inst. Mech. Eng., IMECHE Conf. 1987, 447–454
[132] Tung S. C., Wang S. S., In-situ electro-charging for friction reduction and wear resistant film formation, Tribology Trans., 34, (1991), 479–488
[133] Ozim ina D., Formation of boundary films by chosen gold compounds in relation to electrochemical processes, Proc. 6th Int. Congress on Tribology Budapest, vol. 2, (1993), 41–46
[134] Kajdas C., About negative-ion concept of the antiwear and antiseizure action of hydrocarbons during friction, Wear, 101, (1985), 1–12
[135] Goldbl at t I. L., The importance of electron transfer process to the wear process, Tribology Series, Elsevier (1981), 521–549
[136] Mori zur M. F., Briant J., Electric phenomena associated with boundary lubricated friction, Proc. 5th Int. Congress on Tribology, Helsinki, Vol. 3, (1989), 272–279
[137] Mont oi l G., Loncham pt J., Roques –C armes G., Study of anti-wear properties of zinc dialkyldithiophosphates through sliding-induced electronic emission, Inst. Mech. Eng., (1987), 531–535
[138] Garkunov D. N., Kragelski I. V. Polj akov A. A., Isbiratielny pierienos w uzlach trienija (Effiekt biezyznosnosti). Transport, Moskwa 1969
[139] Polzer G., Meissner F., Osnowy trienija i iznasiwanija. Maszynostrojenie, Moskwa 1983
[140] Guzi k J., Marczak R., Istota, model i możliwości wykorzystania zjawiska Garkunowa w technice, [w: Zbiór prac i konferencji „Problemy niekonwencjonalnych układów łożyskowych”], s. 159–166, Łódź, maj 1995 [141] Sujak B., Gi eroszyński A., Gi eroszyńska K., Energy distribution of
exoelectrons emitted into vacuum from plastically deformed oxide covered aluminium at low temperatures, Acta Phys. Polon. A 46, (1974), 1–17
[142] Nakayam a K., Hashi moto H., Triboemission from various materials in atmosphere, Wear, 147, (1991), 335–343
[143] Nakayam a K., Triboemission of charged particles from various solids under boudary lubrication conditions, Wear, 178, (1994), 61–67
[144] Nakayam a K., Hashim ot o H., Effect of sourrounding gas pressure on triboemission of charged particles and photons from wearing ceramic surfaces, Tribology Trans., 38, (1995), 35–42
[145] Nakayam a K., Hashi moto H., Triboemission of charged particles and photons from wearing ceramic surfaces in various hydrocarbon gases, Wear, 185, (1995), 183–188
[146] Goldbl at t I. L., Model for lubrication behaviour of polynuclear aromatics, Ind. Eng. Chem. Prod. Res. Dev. 10, (1971), 270–278
[147] Kajdas C., Importance of anion reactive intermediates for lubricant component reactions with friction surfaces, Lub. Sci., 6, (1994), 203–227 [148] Kajdas C., On a negativ-ion concept of EP action of organo-sulfur compounds,
ASLE Trans., 28,(1985), 21–30
[149] Kajdas C., About an anionic-radical concept of the lubrication mechanism of alcohols, Wear, 116, (1987), 167–180
[150] Kajdas C., Chemische Aspecte der Wirkungsmechanismen von auswählten Syntetischen Schmierölen, Trib. Schmierungstechnik, 34,(1987), 68–72
[151] Furey M. J., Kaj das C., Kem pi ński R., Tripat hy B. S., Effects of selected monomers on wear reduction of steel and ceramics under high contact stress lubrication, Proc. Int. Tribology Conf. AUSTRIB, 5–8.12.1994, 741–749 [152] Mari n La Fleche P., Kajdas C., Furey M. J., Ward T. C., Hell get h
J. W., A study of tribopolymerization under fretting contact conditions, Lub.
Sci., 5, (1993), 51–89
[153] Furey M. J., Kajdas C., Kem pi ński R., Tri pathy B. S., Tribopolymerization and behavior of oxygen-containing monomers in reduction of ceramic wear, Proc. 6th Inter. Congress on Tribology, EUROTRIB 93, Budapest (1993)
[154] Ghasemi H. M., Furey M. J., Kaj das C., Surface temperatures and fretting corrosion of steel under conditions of fretting contacts, Wear, 162–164, (1993), 357–364
[155] Kajdas C., A novel approach to tribochemical reactions: generalized NIRAM - HSAB action mechanism, Proc. Int. Tribology Conf. Yokohama 1995, 31–35 [156] Kajdas C., Dyskusja do publikacji Jahanm ir S., Fischer T. E., Friction and
wear of silicon nitride lubricated by humid air, water and hexadecane and hexadecane + 0,5 percent stearic acid, ASLE Trans., 31, (1988), 32–43
[157] Vol ant e M., Fubini B., Gi am el l o E., Bolis V., Reactivity induced by grinding in silicon nitride, J. Mater. Sci. Letters, 8, (1989), 1076–1078
[158] Bose A. C., Klaus E. E., and Tewksbury E. J., Evaluation of wear products produced by some chemical reactions in boundary lubrication, ASLE Trans., 19, (1976), 287-292
[159] Hsu S. M., and Kl aus E. E., Some chemical effects in boundary lubrication.
Part I: base oil-metal interaction, ASLE Trans., 22 (1979), 135
[160] Newly R. A., Spikes H. A., Macpherson P. B., Oxidative wear in lubricated contact, ASME J. Trilogy, 102 (1980), 539
[161] Habeeb J. J., Stover W. H., The role of hydroperoxides in engine wear and the effect of zinc dialkyldithiophosphates, ASLE Trans., 30, (1988), 419–426 [162] Taube H., Mechanisms of oxidations with O, J. Gen. Physiol., 49, (1965),
29–50
[163] Hil l H. A.O. New Trends in bio-inorganic chemistry, Williams, R. J.P.;
Da Silva, J. R. R.F. ; Eds., Academic Press: London 1978, 173
[164] Khan A. U., Kasha M., Chemiluminescence arising from simultaneous transitions in pairs of singlet oxygen molecules, J. Am. Chem. Soc., 92, (1970), 3293–3300
[165] Huber K. P., Herzberg G., Molecular spectra and molecular structure constants of diatomic molecules, Van Nostrand, Reinhold 1979
[166] Summ ervil l e D. D., Jones R. D., Hoffm an B. M., B asol o F., Assigning oxidation states to some metal dioxygen complexes of biological interest, J. Chem. Educ., 56, (1979), 157–62
[167] Drago R. S., Corden B. B., Spin-pairing model of dioxygen binding and its application to various transition-metal systems as well as hemoglobin cooperativity, Acc. Chem. Res., 13, (1980), 353–360
[168] Drago R. S., Desorption of dioxygen bond end-on to transition metals, Comments., Inorg. Chem., 18, (1979), 1408–1410
[169] Drago R. S., Homogeneous metal-catalyzed oxidations by molecular oxygen, Coord. Chem. Rev., 117, (1992), 185–213
[170] Drago R. S., B eer R. H., A classification scheme for homogeneous metal catalyzed oxidations by molecular oxygen, Inorg. Chim. Acta, (1992), 198–200 i 359–367
[171] Kit aj i m a N., Fukui H., Moro- oka Y., A model for methane monooxygenase: dioxygen oxidation of alkanes by nuclear iron complex , J.
Chem. Soc., Chem. Commun. (1988), 485–486
[172] Sugim ot o H., Sawyer D. T., Ferric chloride induced activation of hydrogen peroxide for the epoxidation of alkanes and monoxygenation of organic substrates in acetonitrile, J. Org. Chem., 50, (1985), 1784–1786
[173] Groves J. T., van der Puy M., Stereospecific aliphatic hydroxilation by iron-hydrogen peroxide. Evidence for a stepwise process, J. Am. Chem. Soc., 98, (1976), 5290–5297
[174] Cl ark D. B., Klaus E. E.,Hsu S. M., The role of iron and copper in oxidative degradation of lubricating oils, Lub. Eng., 41, (1985), 280–287
[175] Gunsel S., Lockwood F. E., The influence of copper-containing additives on oil oxidation and corrosion, Tribology Trans., 38, (1995), 485-496 [176] Kuram ot o H., Arai Y., Yam am oto M., Ozeki S., Disulfide Oligomer
on -FeOOH: adsorption state and photoadsorption, Langmuir, 11, (1995), 3417-3422
[177] Lockwood F. E., Klaus E. E., Ester Oxidation - The effect of an iron surface, ASLE Trans., 25, (1982), 236–244
[178] Sobkowi ak A., Tung H., Sawyer D. T., Iron – and cobalt induced activation hydrogen peroxide and dioxygen for the selective oxidation- dehydrogenation and oxygenation od organic molecules, Progress in Inorg.
Chem., 40, (1992), 291–347
[179] Hong H., Hochm an R. F., Quinn T. F. J., A new aproach to the oxidational theory of mild, ASLE Trans., 31, (1988), 71–75
[180] Quinn T. F.J. , Oxidational wear modelling: Part II. The general theory of oxidational wear, Wear, 175, (1994), 199–208
[181] Wil l erm et P. A., Mahoney L. R., Haas C. M., The effects of antioxidant reactions on the wear behavior of a zinc dialkyldithiophosphate, ASLE Trans., 22, (1979), 301–306
[182] Rhodes K. L., Stair P. C., The effect of ZDPs on the surface chemistry of hyrdocarbon films on oxidized iron substrates, Tribology Trans., 36, (1993), 27–
34
[183] Rounds F., Effects of hydroperoxides on wear as measured in four-ball wear tests, Tribology Trans., 36, (1993), 297–303
[184] Wil l erm et P. A., Kandah S. K., Some observation on the role of oxygen in lubricated wear, Lub. Sci., 5, (1993), 129–148
[185] Kajdas C., Chemia i fizykochemia ropy naftowej, WNT, Warszawa 1979 [186] Shubki n R. L., Synthetic lubricants and high-performance functional fluids,
Marcel Dekker, Inc. New York, Basel, Hong Kong 1993
[187] B artz W. J., Comparison of synthetic fluids, Lub. Eng., 48, (1992), 765–774 [188] Bushan B., Gupt a B. K., Handbook of tribology, materials, coatings and
surface treatments, Mc Graw-Hill, Inc., New York [i 19 innych miast] 1991 [189] Dresel W. H., Some aspects of tommorows greases, NGLI Spoksman, (1994),
Apr. 17–24
[190] Dąbrowski J. R., Firkowski A., Gi erzyńska- Dolna M., Ciecze obróbkowe do skrawania metali, WNT, Warszawa 1988
[191] Scholl H., Solwatacja i procesy elektrochemiczne w rozpuszczalnikach niewodnych, Wyd. UŁ, Łódź 1993
[192] Franks F., Woda, WNT, Warszawa 1988
[193] Kajdas C., Additives for metalworking lubricants – a review, Proc. 6th Int.
Colloq., Industrieschmierstoffe-Eigenschaften, Anwendungen, Entsorgung, Esslingen DBR 1988
[194] Scott G., Atmospheric oxidation and antioxidants, Elsevier, Amsterdam 1993 [195] Gl aeser W. A., The use of surface analysis techniques in the study of wear,
Wear, 100, (1984), 477–487
[196] Chung Y. W., Surface diagnostic techniques commonly used in tribological studies, surface science investigations in tribology, experimental approaches, American Chemical Society, Washington DC 1992., ACS Symposium Series 485, 1–14
[197] Forbes E. S., Reid A. J., Liquid phase adsorption/reaction. studies of organo-sulfur compounds and their load -carrying mechanism, ASLE Trans.,
16, (1973), 50–60
[198] Alum K. G.,Forbes E. S., The load-carrying properties of organic sulphur compounds . Part II. The infuence of chemical structure on the anti -wear properties of organic disulphides, J. Inst. Petr., 53, (1967), 174–185
[199] Coy R. C., Quinn T. F. J. , The use of physical methods of analysis to identify surface layers formed by organosulphur compounds in wear tests, ASLE Trans., 18, (1975), 163–174
[200] Born M., Parc G., Paquer D., Structure Chemique at Proprietes Extre-
me-Pression de Sulfures et de Polysulfures Organiques, J. Chemie Phys., 84, (1987), 315–324
[201] Murakam i T., Sakai T., Yam amot o Y., Hirano F., Lubricating performance of organic sulfides under repeted rubbing conditions, ASLE Trans., 28, (1985), 363–373
[202] Sakai T., Murakam i T., Yam amot o Y., Lubricating performance of organic sulfides under repeted rubbing conditions. Part II: Effect of additives concentration, Tribology Trans., 34, (1991), 215–222
[203] Sakurai T., Ikeda S., Okabe H., The mechanism of reaction of sulfur compounds with steel surface during boundary lubricating, using S35 as a tracer, ASLE Trans., 5, (1962), 67–74
[204] Sakurai T., Ikeda S., Okabe H., A kinetic study on the reaction of labeled sulfur compounds with steel surface during boundary lubrication, ASLE Trans., 8, (1965), 39–47
[205] Okabe H., Nishi o H., Masuko M., Tribochemical surface reaction and lubricating oil film, ASLE Trans., 22, (1979), 65–70
[206] Okabe H., Masuko M., Oshino H., Effects of viscosity and contact geometry on tribochemical surface reaction, ASLE Trans., 25, (1982), 39–43
[207] Il uc I., Iordache G., Herdan I., Verschleissmindernde Reaktionsschichten gebildet durch Dibenzyl-sulfid Dibenzyldisulfid und Schwefel, Schmierungstechnik, 18, (1987), 214–216
[208] Lauer J. L., B enoy P. A., Vl cek B. L., C al abrese S. J., Formation of adsorbed and chemically reacted sulfur films on steel surfaces during sliding, ASLE Trans., 33, (1990), 586–594
[209] B egel inger A., Gee A. W.J. , Salomon G., Failure of thin film lubrication – function – oriented characterization of additives and steels, ASLE Trans., 23, (1980), 23–24
[210] B al dwi n B. A., Wear mitigation by antiwear additives in simulated valve train wear, ASLE Trans., 26, (1983), 37–47
[211] Wheel er D. R., X - ray photoelectron spectroscopic study of surface chemistry of dibenzyl disulfide on steel under mild and severe wear conditions, Wear, 47, (1978), 243–254
[212] Godfrey D., Chemical changes in steel surfaces during extreme pressure lubrication, ASLE Trans., 5, (1962), 57–66
[213] McC arrol l J. J., Moul d R. W., Silver H. B., Sims M. L., Auger electron spectroscopy of wear surfaces, Nature, 266, (1977), 518–520
[214] McC arrol l J. J., Moul d R. W., Silver H. B., Sims M. L., Syrett R. J., The reaction at steel surfaces of chlorine – and sulphur - containing lubricants, Inst.
Mech. Eng., (1978), 23–33
[215] Cholakov G. S., Rowe G. W., Lubricating properties of grinding fluids, II.
Comparison of fluids in four-ball tribometer tests, Wear, 155, (1992), 331–342 [216] All um K. G., Forbes E. S., The load - carrying mechanism of organic sulfur
compounds - application of electron probe microanalysis, ASLE Trans., 11, (1968), 162–175
[217] Płaza S., Some chemical reactions of organic disulfides in boundary lubrication, ASLE Trans., 30, (1987), 439–500
[218] Bird R. J., Galvin G. D., The application of photoelectron spectroscopy to the study of e.p. films on lubricating surfaces, Wear, 37, (1976), 143–167
[219] Hil ey R. W., Spikes H. A., Cameron A., Polysulfides as extreme - pressure lubricant, Lubr. Eng., 37, (1981), 732–737
[220] Sakai T., Murakam i T., Yam amot o Y., Effect of dissolved oxygen concentration on the lubricating performance of an oil containing an organic sulfide,Wear, 156, (1992), 175–187
[221] Rowson D. M., Wu Y. L., The effect of the additive chemistry of elemental sulphur on the contact fatique life of steel EN31 discs, Wear, 70, (1981), 373–381
[222] Tom aru M., Hironaka S., Sakurai T., Effect of oxygen on the load - carrying action of some additives, Wear, 41, (1977), 117–140
[223] Płaza S., The studies of dibenzyl disulphide tribochemical reactions in the presence of other additives, ASLE Trans., 32, (1989), 70–76
[224] Tom aru M., Hironaka S., Sakurai T., Effects of some chemical factors on film failure under ep conditions, Wear, 41, (1977), 141–155
[225] Buckley D. H., Oxygen and sulfur interactions with a clean iron surface and
effect of rubbing contact on there interactions, ASLE Trans., 17, (1974), 206–212
[226] Debi es T. P., Johnston W. G., Surface chemistry of some antiwear additives as determined by electron spectroscopy, ASLE Trans., 23, (1980), 289–297 [227] Moral es W., Simulation of lubricating behavior of a thioether liquid
lubricants by an electrochemical method, ASLE Trans., 29, (1986), 67–74 [228] Dacre B., Bovington C. H., The adsorption and desorption of dibenzyl
disulfide and dibenzyl sulfide on steel, ASLE Trans., 25, (1982), 272–278
[229] Spikes H. A., Cameron A., Additive interference in dibenzyl disulfide extreme pressure lubrication, ASLE Trans., 17, (1974), 283–289
[230] Bovington C. H., Dacre B., Thermal decomposition of dibenzyl disulfide in hexadecane, ASLE Trans., 25, (1982), 267–271
[231] Bovington C. H., Dacre B., Catalitic Decomposition of Dibenzyl Disulfide and Dibenzyl Sulfide on Iron Powder, ASLE Trans., 25, (1982), 44–48
[232] Mori S., Suginoya M., Tam ai Y., Chemisorption of organic compounds on a clean aluminium surfaces prepared by cutting under high vacuum, ASLE Trans., 25, (1982), 261–266
[233] Lauer J. L., King V. W., Spectroscopic study of the effect on an EHD contact of trichloroethane addition to a traction fluid., ASLE Trans., 24, (1981), 331–339
[234] Anand O. N., Kum ar V., Mali k V. P., Bist R. P. S., Load-carrying characteristics of reaction films of alkyl aryl sulphides, Wear, 154, (1992), 349–
359
[235] Kul czycki A., Wpływ energii związania siarki w związkach organicznych na zdolność wytwarzania warstw granicznych, IV Krajowe Sympozjum Eksploatacji Urządzeń Technicznych, Katowice 1977, 291–294
[236] Forbes E. S., The load-carrying action of organo-sulfur compounds – A Review, Wear, 15, (1970), 87–96
[237] All um K. G., Ford J. F., The influence of chemical structure on load - carrying properties of certain organo - sulfur compounds, J. Inst. Petrol., 51, (1965), 145–185
[238] Moul d R. W., Silver H. B., Syret t R. J., Investigations of the activity of cutting oil additives. I. Organosulphur containing compounds, Wear, 19, (1972), 67–80
[239] Dorinson A., Broman V. E., Extreme pressure lubrication and wear. The
chemical reactivity and extreme pressure action of two aliphatic disulphides, ASLE Trans., 5, (1962) 75–90
[240] Sakurai T., On the fundamentals of boundary lubrication. In:Interdisciplinary approach to the lubrication of concentrated contacts., P. M. Ku (Editor), Washington NASA 1980
[241] Płaza S., Mazurki ewi cz B., Gruzi ński R., Thermal decomposition of dibenzyl disulphide and its load-carrying mechanism, Wear, 174, (1994), 209–
216
[242] Kutney G. W., Turnbull, Compounds containing the S=S bond, Chem. Rev., 82, (1982), 333–357
[243] Miyashit a T., Matshuda M., Jino M., Kinetics of the thermal decompositions of diaryl and dialkyl disulfides, Bull. Chem. Soc. Japan, 48, (1975),
3230–3235
[244] Ki ce J. C., Parham F. M., Simons R. M., Thermal decomposition of tiosulfonates, J. Am. Chem. Soc., 82, (1960), 834–842
[245] Chat gi li al ogl u C., Gil bert B. C., Gill B., Sexton M. D., Electron spin resonance studies of radicals formed during the thermolysis and photolysis of sulfoxides and thiosulfonates, J. Chem. Soc., Perkin II, (1980), 1141–1150 [246] B al dwi n B. A., Relationship between surface composition and wear: An X-ray
photoelectron spectroscopic study of surfaces tested with organosulfur compounds, ASLE Trans., 19, (1976), 335–344
[247] Nakayam a M., Kudo K., Hirose T., Iino M., Effect of nonylpolysulphide in different base oils on abrasive belt grinding of stainless steel , Tribology Int., 22, (1989), 389–393
[248] Kajdas C., Tribochemistry. A Reviev, Proc. 5th Int. Congress on Trib., Eurotrib 89, Helsinki June 1989
[249] Davey W., Edwards E. D., The exterme pressure lubricating properties of some sulphides and disulphides, and in mineral oils, as assessed by the four- ball machine, Wear, 1, (1957/58), 291–304
[250] B al dwi n B. A., Effect of temperature on simulated valve train wear, ASLE Trans., 26, (1983), 445–454
[251] Kajdas C., Action mechanism of antiwear and EP additives containing sulfur, Finish Journal of Tribology, 3, (1984), 76–88
[252] Hol inski R., Dynamics of boundary layers, Lubr. Eng., 36, (1980), 530–533 [253] R abi novi t ch A. M., Bortstchevski S. B., B el uskaj a R. W., VNIINP
Trans. XXI. Advances in additives for lubricating oils, Moscow 1977
[254] Goldbl at t I. L., Model for lubrication behavior of polynuclear aromatics, Ind.
Eng. Chem. Prod. Res. Develop., 10, (1971), 270–278
[255] Kajdas C., Domi ni ak M., Firkowski A., Dąbrowski J. R., Mist erki ewi cz B., Tribochemistry of some ferrocene derivatives, ASLE Trans. 25, (1983), 18–30
[256] Płaza S., Comell as R. L., Starczewski L., Tribochemical reactions of dibenzyl and diphenyl disulphides in boundary lubrication, Wear, (praca w druku)
[257] Płaza S., Gruziński R., Homogeneous and heterogeneous thermal decomposition of diphenyl disulphide, Wear, 196, (1996), 212–218
[258] Płaza S., Comell as R. L., Pyrolisis of diphenyl and dibenzyl disulphides, Wear, praca wysłana do druku
[259] Born M., Hipeaux J. C., Marchand P., Parc G., Relationship between chemical structure and effectiveness of some metallic dialkyl and diaryldithiophosphates in different lubricated mechanisms, Proc. 7th Int. Colloq.
Automotive Lubrication, Esslingen 1990, Vol. 1, 3.10.1–20
[260] Rowe C. N., Dickert J. J., The relation of antiwear function to thermal stability and structure of metal o,o-dialkylphosphorodithioates, ASLE Trans, 10, (1967), 85–90
[261] Kawamura M., The correlation of antiwear properties with the chemical reactivity of zinc dialkyldithiophosphates, Wear, 77, (1982), 287–294
[262] Buckley D. M., Auger spectroscopy analysis of lubrication with ZnDDP of several metal combinations in sliding contact, NASA Technical Paper 1489, (1979)
[263] Sieber J., Meyer K., Kloss H., Schoepke A., Characterization of boundary layers formed by different metal dithiophosphates in four-ball machine, Wear, 85, (1983), 43–56
[264] B erndt H., Jungmann S., Oberflächenanalitische Untersuchungen zur Schichtbildung von Metalldialkyldithiophosphaten an Reibflächen, Schmierungstechnik, 14, (1983), 306–311
[265] R avi kovi ch A. M., Pet yaki na Y. J., B ergyant seva P. P., The thermal stability of antiwear additives in lubricating oils, Khim. Teknol. Topliv i Masel, 9, (1964), 44–47
[266] Larson R., Performance of zinc dithiophosphates as lubricating additives, Sci.
Lubr., 10, (1958), 12–19
[267] Hannem an W. W., Port er R. S., The termal decomposition of dialkyl phosphates and o,o’-dialkyl dithiophosphates, J. Org. Chem., 29, (1964), 2996–2998
[268] Di ckert J. J., Rowe C. N., The termal decomposition of metal O,O-dialkylphosphorothioates, J. Org. Chem., 32, (1967), 647–653
[269] Lut her H., Sinha S. K., Zur Reaktionskinetik der Thermischen Zersetzung von Zinkdialkyldithiophosphaten, Erdoel und Kohle, 17, (1964), 91–97
[270] Ashword J. S., Bret heri ck L., Goul d P., The thermal decomposition of zinc di-(4-methylpentyl-2)-dithiophosphate, J. Appl. Chem., 15, (1965), 170–178 [271] Brazi er B. A., El li ot t J. S., The thermal stability of zinc dithiophosphates,
J. Inst. Petrol, 53, (1967), 63–76
[272] Coy R. C., Jones R. B., The thermal degradation and EP performance of zinc dialkyldithiophosphate additives in white oil, ASLE Trans., 24, (1981), 77–90 [273] Speddi ng H., Wat ki ns R. C., The antiwear mechanism of ZDTP's – Part 1.,
Tribology Int. 15, (1982), 9–12
[274] Watkins R. C., The antiwear mechanism of ZDTP's – Part 2., Tribology Int.
15, (1982), 13–15
[275] Coy R. C., Jones R. B., The degradation of zinc dialkyldithiophosphate additives in rigs and engines, Institute of Mechanical Engineers, Conference
„Tribology – Key to the Efficient Vehicle”, London (1982), 1–5
[276] Peng P., Hong S. Z., The degradation of zinc dialkyldithiophosphate additives in fully formulated engine oil as studied by P-31 NMR spectroscopy, Lub. Eng., 50, (1994), 230–235
[277] Burn A. J., Dewan S. K., Gosney I., Tan P. S. G., Phosphorus-31 nuclear magnetic resonance study of the mechanism and kinetics of the hydrolysis of zinc(II) O,O'-diethyl dithiophosphate and some related compounds, J. Chem.
Soc. Perkin Trans., II, (1990), 753–758
[278] Burn A. J., Dewan S. K., Gosney I., Tan P. S. G., Inhibitation of the hydrolysis of "normal" zinc(II) O,O'-di-isopropyl dithiophosphate by the "basic"
form, J. Chem. Soc. Perkin Trans., II, (1990), 1311–1316
[279] Burn A. J., Gosney I., Tan P. S. G., Wast l e J. P., Analysis of the hydrolytic stability of zinc(II) O,O'-dialkyl dithiophosphates as a function of the nature of the alkyl groups by 31-P NMR spectroscopy, J. Chem. Soc. Perkin Trans., II, (1992), 1725–1729
[280] Burn A. J., Dewan S. K., Gosney I., Mc Kendri ck K. G., Warrens C. P., Wastl e J. P., Wat son C. W., Phosphorus-31 NMR investigation of the
comparative hydrolytic breakdown of nickel(II) and cadmium (II) versus zinc (II) bis(O,O-diethyl dithiophosphates) in an aqueous medium, J. Chem. Soc.
Perkin Trans. II, (1994), 373–379
[281] Ivanov S. K., Karshalykov C., Li tovchenko N. R., Kupko G. G., Thermal and hydrolytic stability of dithiophosphoric acids, Rev. Inst. Francaise Petr., 48, (1993), 43–52
[282] Minam i J., Influence of aldehydes in make-up oils on antioxidation properties, Lub. Sci., 7, (1995), 319–331
[283] Wil l erm et P. A., Kandah S. K., Siegl W. O., Chase R. E., The influence of molecular oxygen on wear protection by surface active compouds, ASLE Trans., 26, (1983), 523–531
[284] Wil l erm et P. A., Kandah S. K., Some observations on the role of oxygen in lubricated wear, Lubr. Sci., 5, (1993), 129–148
[285] Wil l erm et P. A., Cart er R. O., Boulos E. N., Lubricant – derived tribochemical films – An infra-red spectroscopic study, Tribology Int., 25, (1992), 371–380
[286] Wil l erm et P. A., Dail ey D. P.,C arter R. O., Schm it z P. J., Zhu W., B el l J. C., Park D., The composition of lubricant - derived surface layers formed in a lubricated cam - tappet contact II. Effects of adding overbased detergent and dispersant to a simple ZDTP solution, Tribology Int. 28, (1995), 165–177 [287] Bri dgewat er A. J., Daver J. R., Sext on M. D., Mechanismus of antioxidant
action. Part 2., Reactions of zinc bis - [O,O-dialkyl(aryl)phosphorodithioates]
and related compounds with hydroperoxides, J. Chem. Soc. Perkin Trans. II, (1987), 1006–1016
[288] Col cl ough T., Role of additives and transition metals in lubricating oil oxidation, Ind. Eng. Chem. Res., 26, (1987), 1888–1895
[289] Ohkatsu Y., Kikkawa K., Osa T., Study on zinc O,O-diisobutyl dithiophos- phate as antioxidant, Bull. Chem. Soc. Japan, 51, (1978), 3606–3609
[290] Howard J. A., Ohkatsu Y., Chem i er J. H. B., Ingold K. U., Metal complexes as antioxidants.I. The reaction of zinc dialkyldithiophosphates and related compounds with peroxy radicals., Can. J. Chem., 51, (1973), 1543–1549 [291] Korcek S., Machoney L. R., Johnson M. D., Siegl W. O., Mechanisms
of antioxidant decay in gasoline engines: investigations of zinc dialkyldithiophosphate additives, SAE paper 810014, 1981
[292] Wil l erm et P. A., Kandah S. K., Lubricant degradation and wear,V. Reaction products of zinc dialkyldithiophosphate and peroxy radicals, ASLE Trans., 27,
(1984), 67–72
[293] Marshall G. L., Characterization of lubricants using Fourier transform nuclear magnetic resonance spectroscopy, Appl. Spectrosc., 38, (1984), 522–
526
[294] Paddy J. L., Lee N. C. J., Wat ers D. N. Trott W., Zinc dialkyldithiophosphate oxidation by cumene hydroperoxide: Kinetic studies by Raman and 31P NMR spectroscopy, Tribology Trans., 33, (1990), 15–20 [295] Wil l erm et P. A., Dail ey D. P.,C arter III R. O., Schmi t z P. J., Zhu W.,
Mechanism of formation of antiwear films from zinc dialkyldithiophosphates, Tribology Int., 28, (1995), 177–188
[296] Svwern D., Organic Peroxides, Vol. II, John Wiley, New York 1971
[297] Al- Mal ai ka S., Chakraborty K. B., Scot t G., Developments in Polymer Stabilisation, Vol. 6. Applied Science, London, (1983), rozdz. 3, 73–120
[298] B aum gart en E., Radiochemical investigation of the sorption of metal dialkyldithiophosphate on metal powders, Erdöl und Kohle, Vol. 25, (1972), 28–32
[299] B aum gart en E., On the interaction between metals and dissolved zinc dialkyldithiophosphate. III. Investigation with multiple-marked ZnDTPs, Erdöl und Kohle, Vol. 25, (1972), 718–722
[300] Dacre B., Bovingt on C. H., The adsorption and desorption of zinc di- isopropyl-dithiophosphate on steel, ASLE Trans., 24, (1982), 546–554
[301] Dacre B., Bovingt on C. H., The effect of metal composition on the adsorption of zinc di-isopropyl-dithiophosphate, ASLE Trans., 26, (1983), 333–
343
[302] Dacre B., Bovingt on C. H., The adsorption and reaction of decomposition products of zinc di-isopropyl-dithiophosphate (sic) on steel, ASLE Trans., 27, (1984), 252–258
[303] Ludwi g S., Wagner K., Investigations of layer formation on steel balls in solutions of radiolabeled zinc dicyclohexyldithiophosphate in hexadecane, Schmierungstechnik, 12, (1981), 149–153
[304] Ott o K., Sorek H., Adsorption studies with radiolabeled zinc dialkyldithiophosphates, ASME J. Tribology 108, (1986), 340–345
[305] Jones W. G., Pope M. J., The heats of adsorption of zinc di-n-alkyl dithiophosphates onto pure iron, cast iron and ferric oxide surfaces, Thermochimica
Acta, 130 (1988), 141–148
[306] Płaza S., The adsorption of zinc dibutyldithiophosphates on iron and iron oxide powders, ASLE Trans., 30, (1987), 233–240
[307] B el l J. C., Delargy K. M., Seeney A. M., The removal of substrate material through thick zinc dithiophosphate anti-wear films. Proc. 18th Leeds-Lyon Symposium on Tribology, Lyon, France, September 1991, Elsevier, Amsterdam 1992
[308] B el l J. C., Del argy K. M., The composition and structure of model zinc dialkyldithiophosphate anti-wear films. Proc. 6th Inter. Congress on Tribology
„Eurotrib 93”, Budapest, Hungary, August 30 - September 2 1993
[309] Wil l erm et P. A., Pieprzak J. M., Dail ey D. P., Cart er R. O. III, Li ndsay N. E., Haack L. P. de Wri es J. E., The composition of surface layers formed in a lubricated cam/tappet contact, ASME J. Tribology, 113, (1991), 38–47 [310] Huang X., Ying Y. N., Zhang Y. H., Adsorption on iron surfaces and its
relation with surface tension, Lub. Sci.,5, (1993), 149–157
[311] Harrison P. G., Brown P., External reflection FTIR,31P MAS NMR and SEM study of the thermal decomposition of zinc (II) bis(O,O’- dialkyldithiophosphates) on 316 stainless steel, Wear, 148, (1991), 123–134 [312] Gunsel S., Spikes H. A., Aderin M., In-situ measurement of ZDDP films
in concentrated contacts, Tribology Trans., 36, (1993), 276–282
[313] Mit chel l P. C. H., Oil-soluble Mo–S compounds as lubricant additives, Wear, 100, (1984), 281–300
[314] Mit chel l P. C. H., R ead A. R., Colclough T., Speddi ng H., Molybdenum phosphorodithioato complexes. Preparation, properties and characterization by 31P NMR and application as soluble lubricating oil additives, Proc. 4th Climax Int. Conf. on Chemistry and Uses of Molybdenum, Ann Arbor 1982, 212
[315] Łaszchi W. L., Wipper A. B., Kułagi n W. W., Masłoroztworimyje molibdienosodierżaszczyje sojedinienija – Prisadki k smazocznym masłam, Chimija
i Technołogija Topliw i Masieł, 5, (1981), 55–57
[316] Ewst afi ew W. P., Iwanowa E. A., Miełam i ed C. O., Syntiez i funkcionalnyje swoistwa molibdienosodierżaszczych prisadok, Chimija i Technołogija Topliw i Masieł, (1982), nr. 7, 44–61
[317] Singh T., Bhatt acharaya A., Verm a V. K., A study in EP activity evaluation of some new oil-soluble Mo–S complexes, Tribology Int., 25, (1992),
381–385
[318] Łaszchi W. L., C zeczet ki n W. W., Kuł agin W. W., Sniżenie rozchoda topliwa pri ispołzowani specialnych prisadok k motornym masłam, Chimija i Technołogija Topliw i Masieł, (1983), nr. 12, 33–51
[319] Patent USA 3 400 140 [320] Patent USA 3 402 188 [321] Patent USA 3 733 345 [322] Patent USA 4 208 292 [323] Patent USA 3 509 051 [324] Patent USA 3 356 702 [325] Patent USA 3 419 589 [326] Patent USA 4 098 755
[327] Sanin P. J., Tiermiczeskaja ustoicziwost' antiokislitielej uglewodorow tipa kompleksnych sojedinieni molibdiena, Nieftiechimija, 24,(1984), 250-259 [328] Isoyam a H., Sakurai T., The lubricating mechanism of di-dithio-
bis(diethyldithiocarbamate) dimolybdenum during extreme pressure lubrication, Trib. Int., 7, (1974), 151–160
[329] Łaszchi W. L., Shor G. I., Buyanovski I. A., Borenko L. W., Licht erow S. D., Some rules for selection of antifriction additives for lubricating oils, Khim. Tekhnol. Topl. Masel, (1985), nr. 5, 15–17
[330] Zheng , P. Y., Han X. A., Wang R. L., The mechanism of friction reduction of sulfurized oxymolybdenum di-(2-ethylhexyl)-phosphorodithioate under boundary lubrication, ASLE Trans., 31, (1988), 22–31
[331] Vipper A. B., Łaszchi W. L., Baum an V. N., Markov A. A., Kupreev A. I., Some features of synergism of action of succinimide additives and zinc salts of organothiophosphoric acids, Nieftiechimija 15, (1975), 921–927 [332] Shor G. J., Licht erow S. D., Iwanowa E. A., Braił owski M. F.,
Wzaimnodiejstwie z powierchnostiu stali i smazocznyje swoistwa molibdienowych solej dialkil- i di(alkilfenyl)ditiofosfornych kisłot, Izwiestia po Chimii, 18, (1985), 649–655
[333] Kirjenko O. F., Bierdi enikow A. J., Aszki nazi L. A., Wasil i ewa L. A., Wasil i ewa O. N., Wlijanie prisadok na osnowie ditiofosfatow Zn i Mo na morfołogiu i elemientnych sostaw powierchnostiej trienja, Trienie i Iznos, 11, (1990), 278–286
[334] Knappwost A., Schulz P., Űber ternäre Verbindungen als Folge des Reaktionseffektes zwischen Molybdändisulfid und Stahl, Schmiertechnik
Trybologie, 19, (1972), 20–21
[335] Schum acher R., Gegner E., Schmi dt A., Mathieu H. J., Landol t D., Auger electron spectroscopy study on reaction leyers formed under Reichert wear test conditions in the presence of extreme pressure additives , Tribology Int., 13, (1980), 311–317
[336] Bl ack A. L., Dunst er R. W., Sanders J. V., Comparative study of surface deposits and behaviour of MoS2 particles and molybdenum dialkyl-dithio- phosphate, Wear, 13, (1969), 119–132
[337] Feng I., Peri lst ei n W. L., Adams M. R., Solid film deposition and non- sacrificial boundary lubrication, ASLE Trans., 6, (1963), 60–66
[338] Yam amot o Y., Gondo S., Friction and wear characteristics of molybdenum dithiocarbamate and molybdenum dithiophosphate, Tribology Trans., 32, (1989), 251–257
[339] Yam amot o Y., Gondo S., Kam akura T., Tanaka N., Frictional characteristic of molybdenum dithiophosphates, Wear, 112, (1986), 79–87 [340] Yam amot o Y., Gondo S., Environmental effects on the composition of
surface films produced by an organo-molybdenum compound, Tribology Trans., 37, (1994), 182–188
[341] Yam amot o Y., Gondo S., Kam akura T., Konishi M., Organoamine and
organo-phosphate molybdenum complexes as lubricant additives, Wear, 120, (1987), 51–60
[342] Mont es H., Kerbaye O., Gaucher A., Terrat J. P., Tribological behaviour of thin Fe-Mo-S film, Wear, 92, (1983), 163–170
[343] Parfi enowa W. A., Biełow P. S., Morozowa N. M., Bujanowski J. A., Molibdienosodierżaszczyje ditiofosfaty kak polifunkcionalnyje prisadki k minerałnym masłam, Chimija i Technołogia Topliw i Masieł, (1986), nr. 1, 20–
21
[344] R adżanow Z. A., Parfi enowa W. A., Guri ej ew A. A., Zaskalko P. P., Bi eł ow P. S., Adyłow M. J., Osobiennosti protiwopittingowogo diejstwa ditiofosfatow molibdiena, Trienie i Iznos, 8, (1987), 163–167
[345] R adżanow Z. A., Parfi enowa W. A., Guri ej ew A. A., Zaskalko P. P., Bi eł ow P. S., Protiwopittingowoje antifrikcionnyje i zaszczytnyje swojstwa ditiofosfatow molibdiena, Chimija i Technołogia Topliw i Masieł, (1985), nr. 7, 25–27
[346] Sanin P. J., Kuźmi na G. J., Lozowoj J. A., Zaj mowska T. A., Kompleksy
molibdiena - sintieticzeskije prisadki k smazocznym masłam, Nieftiechimija, 26, (1986), 823–827
[347] Sanin P. J., Kuźmi na G. N., Lozowoj J. A., Zaj m owskaj a T. A., Molybdän komplexe und deren Einfluß auf Reibung und Verschleiß, Schmierungstechnik, 18, (1987), 304–306
[348] Parfi enowa W. A., Biełow P. S., Morozowa N. M., Bujanowski J. A., Matwi ej ewski P. M., Wlijanie bezzołnych prisadok na protiwoiznostnoje i antifrikcionnoje swojstwa molibdienosodierżaszczych ditiofosfatow, Nieftiepierierabotka i Nieftochimija, 14, (1987), 21–23
[349] Zasławski R. N., Li fszyc J. A., B arszczewski S. W., Zagorodzki J. G., Ri ebrow J. Y., O niekatorych osobiennostiach miechanizma diejstwa antifrikcionnych prisadok k masłam, Trienije i Iznos, 8, (1987), 684–691 [350] Iwanowa E. A., Brai łowski j M. F., Bogdanowa G. F., Trofim ow G. A.,
Funkcionalnyje swojstwa molibdienosodierżaszczych ditiofosfatow, Nieftiepierierabotka i Nieftochimija, 11, (1984), 11–13
[351] Zaj m owska T. A., Kuzmi na G. N., Sani n P. I., Komplieksnyje sojedinienija molibdiena kak prisadki k smazocznym masłam, Chimija i Technołogia Topliw i Masieł, (1984), nr 4, 38–39
[352] Brai thwai t e E. R., Greene A. B., A critical analysis of the performance of molybdenum compounds in motor vehicles, Wear, 46, (1978), 405–432
[353] Chmura M., Przemiany rozpuszczalnych dodatków molibdenowych w warunkach tarcia, Tribologia, 5, (1996), 505-514
[354] O'Connor S. P., Crawford J., Moore A., A tribological study of overbased detergents, Proc. 8th Int. Colloq. Esslingen 1992, pp. 7.7.1–13
[355] Inoue K., Calcium borate overbased metallic detergent, Lub. Eng., 49, (1993), 263–268
[356] Riga A. T., Hong H., Korubrekke R. E., Cahoou J. H., Vinci J. N., Reactions of overbased sulfonates and sulfurized compounds with ferric oxide, Lub. Eng., 49, (1993), 65–71
[357] C ahoon J. M., Riga A. T., Hong H., Vinci J. N., The chemistry of sulfonates as metalworking additives, Lubr. Eng., 50, (1994), 155–158
[358] Hong H., Riga A. T., Cahoon J. M., Vinci J. N., Evaluation of overbased sulfonates as extreme pressure additives in metalworking fluids, Lubr. Eng., 49, (1993), 19–24
[359] Hong H., Riga A. T., Cahoon J. M., Evaluation of overbased sulfonates as
extreme pressure additives in metalworking fluids - Part II: Lithium and potasium overbased sulfonates, Lub. Eng., 51, (1995), 147–150
[360] Rounds F., Changes in friction and wear performance caused by interactions among lubricant additives, Additives for lubricants and operational fluids, Proc.
5th Inter. Colloq. Esslingen 1986, pp. 4.8.1–21
[361] Shiraham a S., Hirat a M., The effects of engine oil additives on valve train wear, Proc. 5th Inter. Colloq. Esslingen, 1986, pp. 4.4.1–13
[362] Kapsa P. H., Marti n J. M., Bl anc C., Georges J. M., Anti-wear mechanism of ZDDP in the presence of calcium sulphonate detergent, ASME J. Tribology, 103, (1981), 486–496
[363] Vipper A. B., Karaulov A., Mischuk O., Cook S., Leahy R., Moreton D., Tribological performance and mechanism of action of overbased detergents, Lub. Sci., 7, (1995), 247–259
[364] Gi asson S., Espinat D., Palermo T., Study of microstructural transformation on overbase calcium sulfonates during friction, Lub. Sci., 5, (1993), 91–111
[365] B aker R. F., Vaast P. F., Sulfonates as corrosiuon inhibitors in greases, NLGI Spoksman, 54, (1991), 465–459
[366] Vipper A. B., Ershova A. N., B al ak G. M., Antioxidant properties of overbased detergent - motor oil additives, Nieftiepierierabotka i Nieftiechimija, (1990), 2, 25–28
[367] B erthevil l e B., Deroide B., Zanchet t a J. V., Pal erm o T., Spectroscopic studies and electronic properties of heat treated calcium sulphonate, Lub. Sci., 6, (1994), 229–245
[368] Mazuyer D., Tonck A., Georges J. M., Loubert J. L., Microtribology, squeeze and friction of colloidal layer, Lub. Sci., 7, (1995), 309–317
[369] Pal erm o T., Giasson S., Buffet eau T., Desbat B., Turl et J. M., Study of deposit and friction films of overbased calcium sulfonate by PM-IRRAS Spectroscopy, Proc. 6th Int. Congress on Tribology, Budapeszt 1993, V.1.
343–348
[370] Delfort B., Born M., Daoudal B., Dixm i er F., Lall em ent J., Functionalization of overbased calcium sulfonates – synthesis and evaluation of antiwear and extreme-pressure performances, Lub. Eng., 51, (1995) 981–990 [371] Eicke H. F., R ehak J., On the formation of water/oil microemulsions, Helv.
Chim. Acta, 59, (1976), 2883–2891
[372] Inoue K., Wat anabe H., Interactions between engine oil additives, J. Japan
Petrol. Inst., 24, (1981), 101–107
[373] Kit ahara A., Solubilization and catalysis in reserved micelles, Adv. Colloid Interface Sci., 12, (1980), 109–140
[374] Sun J. X., Hsu M., Han C. C., Wang P. S., The agregation phenomena of a calcium sulfonate additive in hydrocarbon media by dynamic light scattering, Tribology Trans., 39, (1996), 51–58
[375] Inoue K., Carbon-13 nuclear magnetic resonance study of reversed micelle structure of calcium dodecyl-salicylates in chloroform, J. Japan Petrol. Inst., 25, (1982), 335–339
[376] Inoue K., Watanebe H., Nose Y., Infrared study of solubilization of carboxylic acid by alkaline earth metal salts of dinonylonaphtalenesulfonic acid in hexane, J. Colloid Interface Sci., 94, (1983), 229–236
[377] Papke B. L., Neutralization of basic oil-soluble calcium sulfonates by carboxylic acids, Tribology Trans. 31, (1988), 420–426
[378] Inoue K., Nose Y., Solubilization by sulfonates and related phenomena, Tribology Trans., 31, (1988), 76–82
[379] Feher J. J., Farmer H. H., Malone B. W., Use of dithiocarbamates as lubricant additives, Proc. Conf. „Additives of lubricating oils and metal working fluids”, 21–23.09.1983, Siofok, Węgry, 27/1–27/9
[380] C el ichowski G., Piwoński I., Własności smarnościowe dialkiloditiokarba- minianów metali (Zn, Pb, Sb, Bi), Materiały z XXI Jesiennej Szkoły Tribologicznej, Łódź 1996
[381] C el ichowski G., Płaza S., Wyniki nie publikowane
[382] C apori cci o G., C ann P. M., Spikes H. A., Additives for fluorosilicone oils at high temperature, Wear, 193. (1996), 261–268
[383] Ozim ina D., Kajdas C., Tribological properties and action mechanism of complex compounds of Sn(II) and Sn(IV) in lubrication of steel, ASLE Trans., 30, (1987), 508–519
[384] Kajdas C., Fodor J., Action mechanismof load-carrying performance of a new lubricant additive, ASLE Trans., 31, (1988), 476–480
[385] Saunders J., Good news for chlorinated paraffins, lubricants world, Apr., 5, (1995), 35–36
[386] Saunders J., Chlorinated paraffins weather the storm, Lubricants World, 6, (1996), nr. 5, 25–30
[387] Rounds F. G., Effect of aromatic hydrocarbons on friction and surface coating formation with three additives, ASLE Trans., 16, (1973), 141–149
[388] Kotvis P. V., Huezo L., Mil lm an W. S., Tysoe W. T., Highly chlorinated methanes and ethanes on ferrous surfaces, Proc. 201th National Meeting Am.
Chem. Soc. Atlanta, 14–19.04.1991, 144–155
[389] Buckley D., Friction induced surface activity of some simple organic chlorides and hydrocarbons with iron, ASLE Trans., 17, (1973), 36–43
[390] Moul d R. W., Silver H. B., Syret t R. J., Investigation of the activity of cutting oil additives. II Organochlorine containing compounds, Wear, 22, (1972), 269–85
[391] Sanin P. J., Chemische Aspekte der Grenzschmierung, Schmierungstechnik, 3, (1982), 308–311
[392] Kotvis P. V., Huezo L., Mil lm an W. S., Tysoe W. T., The surface decompositions and extreme-pressure tribological properties of highly chlorinated methanes and ethanes on ferrous surfaces, Wear, 147 (1991), 401–
419
[393] Kotvis P. V., Tysoe W. T., The surface chemistry of chlorinated hydrocarbon lubrication additives, Appl. Surf. Sci.,40, (1989), 213–221
[394] Huezo L. A., Kotvis P. V., Crum er C., Soto C., Tysoe W. T., Surface chemistry and extreme pressure lubricant additive properties of chloroform on iron, Appl. Surf. Sci., 78, (1994), 113–122
[395] Tysoe W. T., Surerus K., Lara J., Blunt T. J., Kotvis P. W., The surface chemistry of chloroform as an extreme-pressure lubricant additive at high concentrations, Tribology Lett., 1, (1995), 39–46
[396] Mason R., Textor M.,The chemisorption of simple-end halogeno-substituted unsaturated hydrocarbons on the -Fe (111) single crystal surface;
photoelectron spectroscopis studies, Proc. R. Soc. (London), A 356, (1977), 47–
60
[397] Jones R. G., Halocarbon adsorption onm iron (100). The adsorption of carbon tetrachloride studied by AES, LEED, work function change and thermal desorption, Surf. Sci., 88, (1979), 367–383
[398] Sm et kowski V. S., Cheng C. C., Yat es J. T., The interaction of carbon tetrachloride with Fe(110):A system of tribological importance, Langmuir 6, (1990), 147–158
[399] Sanin P. J., Shepel eva E. S., Ulyanova A. V., Kl ei m enov B. V., Effect of lubricating oil additives on wear under friction, Wear 3, (1960), 200–218 [400] Dorinson A., Ludem a K. C., Mechanics and chemistry in lubrication,
Elsevier Scientific Publishing, New York 1985
