6 pages matching additives examined reduced in this book
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1-percent dimethyl cadmium 1-percent zinc dialkyl 1045 steel rider 302 stainless steel additive-free mineral oil ADDITIVES IN MINERAL AES analysis AES results obtained AES spectrum argon Auger emission spectroscopy Auger emission spectrum Auger spectroscopy friction bromine carbon peak chloride in mineral chromium cient of wear cobalt carbonyl degassed mineral oil detected with cient disk specimen disk surface elements present experiments were conducted friction and wear friction coefficient halogen include dimethyl cadmium Lewis Research Center lubricated with 1-percent LUBRICATED WITH VARIOUS metal oil containing ORGANOMETALLICS AS ANTIWEAR Percent triphenyl phosphorus presented in table reduced wear Rider Elements detected rider specimen scar Auger spectroscopy Sliding friction experiments spectroscopy friction diameter spectrum for 302 spectrum of figure stainless steel disk stainless steel lubricated sulfur triphenyl lead thiomethoxide triphenyl methyl tin triphenyl tin chloride VARIOUS ORGANOMETALLICS wear results obtained wear scar Auger wear scar diameter wear surface wear track weight percent zinc dialkyl dithiophosphate