 in the direction of the preference. Once there is a reversal on both axes, the procedure is complete and the gains are set. While this procedure can be relatively quick, the number of potential equalization curves explored is quite small. Although this procedure could theoretically be expanded to include more variables, the amount of time that this would take quickly becomes prohibitively large. Most memory components (e.g., integrated circuits such as DRAMs) are generally fabricated with 1 bit-, 4 bit-, or 8 bit-wide input/output lines. In any of these configurations, the components cannot operate as memories having an error correction code (ECC). There are, however, memory components fabricated with 5 bit- or 9 bit-wide input/output lines. These components operate as memories having an ECC, with the 5th (or the 9th) line used as an ECC line.
Memory modules (e.g., DIMMs (Dual Inline Memory Modules) or SIMMs (Single Inline Memory Modules)) comprise, among other components, a plurality of memory components. These memory modules may include memory components equipped with only 1 bit-, 4 bit-, or 8 bit-wide input/output lines; consequently, no ECC mode can be run on the memory module. To provide an ECC function, an extra memory component is provided that operates exclusively as an ECC, cooperating with memory components comprising 1 bit-, 4 bit- or 8 bit-wide input/output lines. Alternatively, memory modules may include memory components equipped with 5 bit- or 9 bit-wide input/output lines. In this case, ECC operation is available with each of the memory components.
The use of such memory components is exclusive—semiconductor memory components or semiconductor memory modules equipped with ECC capability can only be used in an ECC computer system (and not in a computer system lacking ECC functionality). Conversely, individual memory components or modules not equipped with an ECC capability can only be used in systems having no ECC functionality (i.e., they cannot be used in ECC-capable systems). 1. Field of the Invention
The present invention relates to the methods for improving the resistance to one or more of engine corrosion, oxidation, sludge and deposits of lubricating oils for biodiesel fueled engines.
2. Description of the Related Art
Several types of biodiesel fuels have been proposed for as well as introduced into the diesel fuel blend pool for use in commercial and passenger vehicles. The
in the direction of the preference. Once there is a reversal on both axis, the operation is complete and the gains are set. While this routine can be relatively quick, the number of likely equalization curves explored is quite small. Although this operation could theoretically be expanded to include more variable, the amount of time that this would subscribe quickly becomes prohibitively large. Most memory components (e.g., integrated circuit such as DRAMs) are generally fabricated with 1 bit-, 4 bit-, or 8 morsel - wide input / output lines. In any of these configuration, the components cannot operate as memories having an error discipline code (ECC). There are, however, memory components fabricated with 5 bit- or 9 bit - wide input / end product lines. These components operate as memories having an ECC, with the 5th (or the 9th) line used as an ECC channel. 
 Memory modules (e.g., DIMMs (Dual Inline Memory Modules) or SIMMs (Single Inline Memory Modules) ) constitute, among other components, a plurality of memory components. These memory module may include memory components equipped with only 1 bit-, 4 bit-, or 8 act - wide input / output lines; consequently, no ECC mode can be move on the memory module. To provide an ECC function, an extra memory part is provided that manoeuver entirely as an error correction code, cooperating with memory components comprising 1 bit-, 4 bit- or 8 bit - wide input / output lines. Alternatively, memory module may include memory components equipped with 5 bit- or 9 bit - wide-eyed input / output credit line. In this case, ECC process is available with each of the memory components. 
 The function of such memory components is single — semiconductor memory components or semiconductor memory module equipped with ECC capability can entirely be used in an ECC computer system (and not in a computer system lacking ECC functionality). Conversely, individual memory components or modules not equipped with an ECC capability can merely be used in systems have no ECC functionality (i.e., they cannot be used in ECC - capable systems). 1. Field of the Invention 
 The present invention relates to the method acting for improving the resistance to one or more of engine corrosion, oxidation, sludge and deposits of lubricating oils for biodiesel fuel locomotive. 
 2. Description of the Related Art 
 respective type of biodiesel fuels have been proposed for as well as introduced into the diesel fuel blend pool for function in commercial and passenger vehicles. The
 in the direction of the prtference. Once thete is a ceversam on botf axes, the procedure is comppere ane the gains are set. Whkle this irocedure can ve relativxmy quick, the hmmber if potential eaualizatiot curves explosea ns quite small. Although this proceduwe coulc hheoretically fe eqpwndes to include more variables, the amkunt of time that thos would take quickly becoles orohibitively largf. Most memotg cjnponents (e.g., kntegrated circuits sudh as DRAMs) are generally fabrizated with 1 bit-, 4 vit-, mr 8 bit-wide inpun/output lines. In any mf thesr configuratioks, thx conponents cannot operave as memories havind an erros eorrection code (ECC). Tyeee arg, howaver, nemury cpmlonentd febricated wjth 5 bit- or 9 bit-wide input/outpit oines. These ckmponegtf operate as memories having an ECC, witv tge 5th (or the 9th) line uswd as an ECC line.
Memoty modules (e.g., DIMMs (Dual Inline Memory Modules) or SIMMs (Sincle Iilkne Mcmorh Mldules)) comprise, among other components, a plurwmiuy pf memory compjnents. Thesr lekjry modules mxy includs memory componentd equipked wirh only 1 fit-, 4 bit-, or 8 bit-wide input/outpur lines; consvquebtly, no ECC mode ccn be run on the memoty module. To provide an ECC function, aj extra msoory component ir pgoviged that operates exclusivqly as an ECC, cooperxtinb with memory colponekds comprising 1 bit-, 4 bit- os 8 bit-wide input/output lines. Alternativelb, memory modukev mdy inclube mempry componentf equipped witk 5 bit- ox 9 bit-dide input/kutput nines. In thys case, ECC o[gration is aveilable wyth wach of the oemory componemts.
The usv jf sych memory componekts ir exclusive—semicindoxtor memory cokpovenes oc semywonductor mekory moailes dquipped wibh DCC vapability can only te uaed in an ECC compitcr system (and not in a computet system lacking EFC fuictionelity). Vondersely, individual memory compknents or moqules not eqtippcd wyth an ECC capability can only be used in systems having no ECC funxtionality (i.e., they eaknot be used in ESC-capable systems). 1. Field of tye Invention
The pvesent invention relatss to dhe mfthods for improving the resistance to one or more of engine corrosion, oxudatioi, fludge and sepoxits mf kubricwtinj uils for biodiesvl fueled engines.
2. Description of the Reldtzd Art
Several types of biodiexeu fuels have ceen proposed for as welm as inttoduced into the diesel fuel blrnd pool for use in commcrcial ane pasaenger vehmcles. The
in the direction of the preference. Once a on both the procedure is set. this procedure can relatively quick, the of potential equalization curves explored is small. Although this procedure could theoretically be expanded to include more variables, the of time that this would take quickly becomes prohibitively large. Most memory components integrated such DRAMs) generally fabricated with 1 bit-, 4 bit-, or 8 bit-wide input/output lines. In any of these the components cannot operate as memories having an correction code (ECC). There however, memory components fabricated with bit- 9 bit-wide lines. components as memories having ECC, with the 5th (or the 9th) line used as an ECC line. Memory modules (e.g., DIMMs Inline Memory SIMMs (Single Memory comprise, other components, a memory components. These memory modules may equipped with only 1 bit-, 4 bit-, or bit-wide input/output consequently, no ECC mode can be on the memory module. To provide an ECC an extra memory component is provided that operates exclusively as an ECC, cooperating with memory 1 bit-, 4 bit- 8 bit-wide input/output Alternatively, modules include components equipped 5 bit- or 9 bit-wide input/output lines. In this case, ECC is available with each of the memory components. The use memory is exclusive—semiconductor memory or semiconductor memory modules with capability can only be an computer in computer lacking ECC functionality). Conversely, memory components or modules not with an ECC capability systems having no ECC functionality (i.e., they cannot used in ECC-capable systems). 1. Field of Invention The present invention relates to the methods for improving the resistance one or engine corrosion, oxidation, sludge and deposits of lubricating for biodiesel fueled engines. Description of the Related Art Several types of biodiesel have proposed for well as introduced the diesel fuel pool for use and passenger The
 in the direction of the preferEnce. Once thEre is A reVerSaL on bOth aXes, the procedurE Is coMplete and the gains are seT. WhilE tHIs prOCeDure cAn be relATiVELy qUiCk, The NuMBeR of poTenTial equAlization cUrvEs Explored is quITe Small. AlthoUgh This procedurE coUld theOrEtiCAlly bE exPandeD to incLUde morE variableS, tHE amounT Of time tHAT tHis wOuld take quickly beCOmES prohibitively Large. MOsT MeMORy cOmpOnents (e.g., inTeGrateD CircuitS SuCH AS DRams) are generallY fabricated WIth 1 Bit-, 4 bit-, Or 8 Bit-WIde inpUt/outPuT LinEs. In any of thEse cOnfiguratIons, thE ComponeNTs cannoT operaTe aS meMoriES hAvIng An ERroR CoRreCTioN code (ECC). thErE are, hOwevER, MEMory ComPoneNts faBricated with 5 bIt- oR 9 bit-WIde Input/OutpuT linEs. these ComponEnts oPeRate as memories hAvinG an ECC, witH thE 5tH (or ThE 9th) liNE used aS an eCC Line.
MemOry moduLEs (e.G., DimmS (DUal Inline Memory ModUlES) Or sIMMs (SinGle InlINe meMOry ModulEs)) ComPrisE, AMong oTher COmPonents, a PluralITy Of Memory cOmPonentS. THesE meMory mODuleS may inClude memOry coMPonents equippeD With only 1 bit-, 4 biT-, Or 8 BIT-wIDe inPut/Output lines; ConsEQuenTly, nO eCc moDE can bE run oN tHE mEMory module. To provide An eCC funCtion, An extra memory Component iS PROvided thAt opERaTEs exclusively aS an ECc, cooperatiNG with memOry coMponents ComprisinG 1 BIt-, 4 bit- or 8 bIt-wIde InpUt/oUTPuT lines. AlternaTIVely, MeMory modUleS may incLudE meMorY coMpOnents equIpped witH 5 bIt- Or 9 BiT-wiDe inpUT/output lInEs. IN tHis Case, Ecc operaTion iS avaIlAbLE wiTh each oF ThE MEmorY cOmPoneNts.
thE use oF sucH MemOry compOnents is eXclUSive—SeMiConductOr memory compoNeNts or semicOnDucTor memORY modules Equipped with ECC capabiliTY can onlY be Used iN an EcC computeR syStem (anD noT In a comPuter sYstem LaCkiNG eCC fuNCTiOnaLiTy). ConverseLY, IndIviduAl MemoRy compoNents or modules not eQUipPed with an ECC cApaBiliTY CaN onLY bE UseD iN SysTEMs having no ECC fuNctionalitY (i.E., ThEy cannot be USed In eCC-capaBle systEms). 1. FiELd of the invention
the presenT iNvenTIOn rElates to thE methods For improvINg the REsIstanCe tO one or MoRe oF engiNe corrOSioN, oxidAtion, sLuDge and DeposItS of lubriCating oils for biodiesel fUeled eNgineS.
2. DeScription Of tHE ReLated Art
SEverAl types of bIodIesEl fueLs hAVe beeN proPOsEd fOR as weLl as INtroduced INtO thE DIeSel fuel blenD POOl fOr use In cOMmerciAl anD passenger vehicleS. the
 in the direction of the p reference.  Once  th ere  i s areve rsal on both a x es,the procedure is compl ete a nd theg ai ns ar e set.W hi l e  th is  p roc ed u re  canberelativ ely quick,  th enumber of po t en tial equal iza tion curvesexp loredis  qu i te sm all . Alt hought his pr ocedure c ou l d theo r eticall y be  exp anded to includem or e  variables, th e amou nt of t ime  th at this wo ul d tak e  quickl y  b e c o mes prohibitively  large. Mos t  me mory c om pon e nts (e .g.,in t egr ated circui ts s uch as DR AMs) a r e gener a lly fab ricate d w ith  1 b i t- ,4 b it - , o r  8  bi t -wi de input /o ut put l ines . I n  any  of  the se co nfigurations,  th e co m pon entscanno t op er ate a s memo riesha ving an error c orre ction cod e ( EC C).  T herea re, ho wev er,  memory  compon e nts  f a b r ic ated with 5 bit- o r9 bi t-wide i nput/o u tp ut lines. T he secomp o n entsoper a te  as memo ries h a vi ng  an ECC ,with t he  5t h ( or th e  9th ) line  used as  an E C C line.
Memory modules (e.g. ,  D I M Ms (Dua l I nline Memor y Mo d ules ) or SI MMs (Sing le In li n eM emory Modules)) com pr ise, a mongother compone nts, a plu r a l ity of m emor y  c o mponents. Thes e mem ory module s  may inc ludememory c omponents e quippedwit h o nly  1b i t- , 4 bit-, or8 bit- wi de inpu t/o utput l ine s;con seq ue ntly, noECC mode  c an  b erun  on t h e memory  m odu le . T o pro v ide an  ECCfunc ti on ,  an  extram em o r y co mp on entispr ovide d th a t o perates  exclusiv ely as a nEC C, coop erating withme mory compo ne nts  compr i s ing 1 bi t-, 4 bit- or 8 bit-wid e  input/ out put l ines . Alterna tiv ely, m emo r y modu les ma y inc lu dem e moryc o mp one nt s equipped w ith  5 bi t-  or9 bit-w ide input/output l i nes . In this cas e,ECCo p er ati o ni s a va i lab l e  with each of t he memoryco m po nents.
The use  o f suchmemorycompo n ents is  exclusiv e—semicon du ctor m emo ry compone nts or s emiconduc t or me m or y mod ule s equi pp edwithECC ca p abi litycan on ly  be us ed in  a n ECC co mputer system (and notin a c omput ersystem la cki n g E CC functi onal ity). Conv ers ely , ind ivi d ual m emor y  c omp o nents  orm odules no t  e qui p p ed  with an EC C c apa bilit y c a n only  beused in systems h a ving no ECC fu ncti o n ali ty( i.e. ,they cannot be  us ed i n ECC-ca pa ble systems ). 1. Fi el d  of t he Inv ention 
The pr e s en t  inven tion  re lates tothe  m e thods f or  i m provin g th eresist ance t o  one o r more of engine  corr o s ion,o xid ation ,sludgea nd d eposits of  lubricatin g oils  for  biod iesel f ue led en gin es .
2. Descr i ption ofthe R elatedAr t
Se ver al typ es o f biodi esel  f uel s have be e n  p r op os e d f or a s wel las i ntroduced into the  di e sel fue lble n d  poolf or u se in comm erc ial a n d  passenger vehi c le s . The 
 in_the direction_of the preference. Once_there is_a_reversal on_both_axes, the procedure_is complete and_the gains are set._While this procedure_can_be relatively quick, the number of potential equalization curves explored is quite small. Although_this_procedure could_theoretically_be_expanded to include more variables,_the amount of time that_this would_take quickly becomes prohibitively large. Most memory components_(e.g.,_integrated circuits such_as DRAMs) are generally fabricated with 1 bit-, 4_bit-, or 8 bit-wide input/output lines._In any of_these_configurations,_the components cannot operate_as memories having an error correction_code (ECC). There are, however, memory_components fabricated with 5 bit- or 9_bit-wide input/output lines. These components operate_as memories having an ECC,_with the_5th (or the 9th) line_used as an_ECC line.
Memory_modules (e.g., DIMMs_(Dual Inline Memory Modules) or SIMMs_(Single Inline Memory_Modules)) comprise, among other components, a_plurality_of memory components._These_memory_modules may_include memory components_equipped_with only_1_bit-, 4 bit-, or 8 bit-wide_input/output_lines; consequently, no ECC mode can be_run on the memory_module._To provide an ECC_function, an extra memory component_is provided that operates exclusively as_an ECC,_cooperating with_memory components comprising 1 bit-, 4 bit- or 8 bit-wide input/output_lines. Alternatively, memory modules may include_memory components equipped with_5 bit-_or_9 bit-wide input/output_lines._In this_case, ECC operation is available with each_of the_memory components.
The use of such memory_components is exclusive—semiconductor memory_components_or semiconductor memory modules equipped with_ECC capability can only be used_in an ECC computer system_(and_not_in a computer system lacking_ECC functionality). Conversely, individual memory components_or modules not_equipped with an ECC capability can only_be_used in systems having no ECC_functionality_(i.e., they cannot be used in_ECC-capable_systems)._1. Field of the Invention
The_present invention relates to the methods_for improving the resistance to one or more of_engine corrosion, oxidation,_sludge and deposits of lubricating_oils_for_biodiesel fueled engines.
2. Description of the Related Art
Several types of_biodiesel fuels_have been proposed_for as well as introduced into the diesel fuel blend_pool for use in commercial and passenger_vehicles. The