Importance of the triboemission process for tribochemical reaction von Kajdas, Czeslaw K.

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A new concept of the mechanism of tribocatalytic reactions induced by mechanical forces von Kajdas, Czesław, Kulczycki, Andrzej, Ozimina, Dariusz

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Mechanochemistry as a key to understand the mechanisms of boundary lubrication, mechanolysis and gas evolution during friction von Hiratsuka, Ken'ichi, Kajdas, Czesław

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Relationship between wear of friction materials and dissipated power density von Dante, Roberto C., Vannucci, Francesco, Durando, Pietro, Galetto, Enzo, Kajdas, Czeslaw K.

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On the mechanism of catalysis induced by mechano-activation of solid body von Kulczycki, Andrzej, Kajdas, Czesław K., Liang, Hong

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Triboemission from alumina, single crystal sapphire, and aluminum von Molina, Gustavo J, Furey, Michael J, Ritter, A.L, Kajdas, Czeslaw

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Triboemission Phenomena: Electronic and Photonic Outputs from Surface Modification, and Its Use as Novel Probes for the Dynamics of Surface Processes von Molina, Gustavo, Kajdas, Czeslaw

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Encyclopedia of Tribology von Kajdas, C, Wilusz, E, Harvey, S

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Theoretical advances in the kinetics of tribochemical reactions von Dante, Roberto C., Kajdas, Czesław, Kulczycki, Andrzej

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Mechanical Activation of Chemical Process von Kajdas, Czesław

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Tribochemistry of n-hexadecane in different material systems von Kajdas, Czeslaw, Makowska, Monika, Gradkowski, Marian

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Interactions of n-Hexadecane with 52100 Steel Surface Under Friction Conditions von Makowska, Monika, Kajdas, Czeslaw, Grądkowski, Marian

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Tribological performance of PFPE and X-1P lubricants at head–disk interface. Part II. Mechanisms von Zhao, Zheming, Bhushan, Bharat, Kajdas, Czeslaw

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About an anionic-radical concept of the lubrication mechanism of alcohols von Kajdas, Czesław

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New condensation-type monomer combinations as ashless antiwear compositions von Kajdas, Czeslaw, Furey, Michael J, Kempinski, Roman, Valentino, Jeffrey

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Frequency analysis and modeling of charged-particle triboemission from ceramics von Molina, Gustavo J., Furey, Michael J., Ritter, A.L., Kajdas, Czeslaw

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Investigation of tribochemical behavior of Al–Si alloy against itself lubricated by amines von Hu, Litian, Chen, Jianmin, Liu, Weimin, Xue, Qunji, Kajdas, Czeslaw

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An Examination of Thermionic Emission Due to Frictionally Generated Temperatures von Vick, Brian, Furey, Michael J, Kajdas, Czeslaw

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An exploratory study of vapor-phase lubrication of ceramics by monomers von Christopher Smith, J., Furey, Michael J., Kajdas, Czeslaw

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ChemInform Abstract: Mechanochemistry as a Key to Understand the Mechanisms of Boundary Lubrication, Mechanolysis and Gas Evolution During Friction von Hiratsuka, Ken-ichi, Kajdas, Czeslaw

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