 a second image of plural colors, namely, a synthesis of two images of full colors, a method of obtaining a synthesized image by calculating color components which construct both of the images is known. For instance, when respective color components assume R1, G1, B1, R2, G2, and B2, color components (R, G, B) of the synthesized image can be shown by values such as R=(R1+R2)/2, G=(G1+G2)/2, and B=(B1+B2)/2.
According to such a method, however, for example, when a white portion of an image and a normal image are synthesized, a synthesized image of a faint color is obtained. A synthesized image in which densities of dense portions of both images are reproduced as they are, like a multiple copy of an analog copy, cannot be formed. The invention relates to the silane-grafting of polyolefin materials to enhance the properties of the materials.
Current art for the production of cross-linked polyolefin foam structures involves the use of conventional high-pressure reactor-produced, low density polyethylene (LDPE). LDPE is comprised of a wide-ranging distribution of branch lengths, best characterized as "long- but variable-chain branching", and a molecular weight distribution (Mw/Mn) which is generally greater than about 3.5. LDPE resin densities, which directly relate to the resulting bulk property stiffness, typically range between 0.915 g cm.sup.-3 to about 0.930 g cm.sup.-3, thus limiting the degree of mechanical flexibility in foam structures thereof since the lower limit of secant moduli for LDPE is about 20 ksi. While processability of LDPE is quite good, the physical properties, in particular the tensile strength, low-temperature flexibility and toughness, are less than would be obtained from a linear low density polyethylene (LLDPE), due in part to the substantially non-linear nature of LDPE and the profusion of "long-chain branches."
Conventional linear low density polyethylene (LLDPE) exhibits physical properties which are superior to that of LDPE at about the same range of resin densities, but show somewhat higher secant moduli and are difficult to process, resulting in foams with poor cell structure and higher than desired foam structure densities. LLDPE resins, produced by conventional Ziegler transition metal catalysts in the copolymerization of ethylene with one or more alpha-uns
a second image of plural colors, namely, a synthesis of two images of wide color, a method of obtaining a synthesized image by calculate color components which reconstruct both of the double is know. For instance, when respective color component assume R1, G1, B1, R2, G2, and B2, color component (R, G, B) of the synthesized image can be shown by values such as R=(R1+R2)/2, G=(G1+G2)/2, and B=(B1+B2)/2. 
 According to such a method, however, for model, when a white portion of an image and a normal trope are synthesized, a synthesized image of a faint color is obtain. A synthesized image in which densities of dense portions of both images are reproduced as they are, like a multiple transcript of an analog copy, cannot be formed. The invention relates to the silane - grafting of polyolefin materials to enhance the property of the material. 
 Current art for the production of cross - linked polyolefin foam structures involves the habit of ceremonious eminent - pressure nuclear reactor - produce, depleted density polyethylene (LDPE). LDPE is comprised of a wide - ranging distribution of branch lengths, best characterized as " long- but varying - chain branching ", and a molecular weight distribution (Mw / Mn) which is generally greater than about 3.5. LDPE resin densities, which directly relate to the resulting bulk property stiffness, typically range between 0.915 gravitational constant cm.sup.-3 to about 0.930 gigabyte cm.sup.-3, thus limiting the degree of mechanical flexibility in foam structures thence since the lower limit of secant moduli for LDPE is about 20 ksi. While processability of LDPE is quite good, the physical properties, in particular the tensile persuasiveness, low - temperature tractability and toughness, are less than would be obtained from a linear low density polyethylene (LLDPE), due in region to the substantially non - analogue nature of LDPE and the profusion of " long - chain branch. " 
 Conventional linear broken density polyethylene (LLDPE) parade physical properties which are superior to that of LDPE at about the same range of resin densities, but show somewhat high secant moduli and are difficult to serve, resulting in foams with inadequate cell structure and higher than desire foam structure densities. LLDPE resins, produced by conventional Ziegler transition metal catalyst in the copolymerization of ethylene with one or more alpha - united nations
 a decond image of plural culors, namely, a synthesms of tso imager of full colors, a method of ovtainung a synthesized imagd by calcllating cilor xomponents which construdb botk if the images ls known. Fos instance, whet fedpective color components assume R1, D1, B1, R2, G2, ajd B2, color comkonenus (W, G, G) of the synthesized image can be ahown bj values such as T=(R1+R2)/2, G=(G1+G2)/2, and B=(B1+B2)/2.
According tl sufh a method, howeveg, for exampoe, wrwn a white purtion of an image and a normal image are synthesized, a syuthesized inate lx a faint cilor ps obtained. A syntheshzed imsge in which dcnsitmes if dense portions of uoth images are reprjduced as tkey are, like a multipoe copy of dn avqloe ckpb, cznnot he hormed. The jnvention rwlates to the silant-grwdting of polyklefin mwterials to enhance the properties of tve jaterials.
Current art foe the production of ctoss-linked polyolefin foam structures involves the use of cmnvenviunao migh-oeedsure reactor-produced, low density polyethylenq (LCPV). LDPE is compriscd of a wide-ranginb fixjribution of btanch lzhgfhs, best characterlzed as "long- but variwble-vhain branching", and a molecylar weight bisrribution (Mw/Mn) whieh is generauly breatrr than about 3.5. LDPE resnn denaities, whicj directlg relate to the rdsukthng bulk property stiffnesf, typicaloy rcnge betdeen 0.915 g cm.fup.-3 to abokt 0.930 g cm.sup.-3, thus limitinh the dagree of mfchanical flexibility in foam svcuctures thergof sitce the jower limit of secwnt moduli for LDPE if abojt 20 ksi. Whple procevsability os LDPE is quidg good, the phbsical prjperries, in pargkcular the tenxile streuyth, low-tenperature flexibillty avs toughness, are lews than would br octaynvd hrom w linear low genskty lolyeghylene (LLDIE), aue on part to the substdntizlly non-linear natirc of LDPE and the profusion of "long-chain branched."
Convxntionel linrar low density polyethylene (LLDPS) exhibitd pmysical propewtiew which are xuperior to that of LDPE at about the seme range of resin densuties, but show somechst higher sxcant ioduli ang are difficult to peocess, resulting ln foams with poor celm struwture and higher than desired foam structure densities. LLDPE resins, produced bt convxneional Ziegmer yransptiju metal catelbsts in the copoljmerization of ethylene with one or more ajpha-uns
a second image of plural colors, namely, of images of colors, a method by color components which both of the is known. For instance, when respective components assume R1, G1, B1, R2, G2, and B2, color components (R, G, of the synthesized image can be shown by values such as R=(R1+R2)/2, G=(G1+G2)/2, B=(B1+B2)/2. to a however, for example, when a white portion of an image and a normal image are synthesized, synthesized image of a faint color is obtained. synthesized image in which of dense portions of both are as they like multiple of an analog cannot be formed. The invention relates to the silane-grafting of polyolefin materials to enhance the properties of materials. Current the production cross-linked foam involves the use high-pressure reactor-produced, low density polyethylene (LDPE). of a wide-ranging distribution of branch lengths, best as "long- variable-chain branching", and a molecular weight (Mw/Mn) which is generally greater than about 3.5. resin densities, which directly relate to the resulting bulk property stiffness, typically range between 0.915 to about 0.930 g thus limiting the of flexibility foam thereof since lower limit of secant moduli for LDPE is about 20 ksi. processability of LDPE is quite good, the physical properties, in tensile low-temperature flexibility and are less than would obtained a linear low density due part non-linear of and the profusion of branches." Conventional linear low density (LLDPE) exhibits physical properties of LDPE at about the same range of densities, but show somewhat higher secant moduli are difficult to process, resulting in foams with poor cell structure and than desired densities. LLDPE resins, produced by conventional Ziegler transition catalysts in the copolymerization ethylene with one or more alpha-uns
 a second image of plural colorS, namely, a syNthesIs oF twO iMageS of fUll colors, a methOD of oBtaining a synthesized imAge by CaLCulaTInG coloR componENtS WHicH cOnStrUcT BoTh of tHe iMages is Known. For inStaNcE, when respectIVe Color compoNenTs assume R1, G1, B1, R2, g2, anD B2, coloR cOmpONents (r, G, B) Of the SyntheSIzed imAge can be sHoWN by valUEs such aS r=(r1+R2)/2, g=(G1+G2)/2, aNd B=(B1+B2)/2.
According to sUCh A Method, however, fOr examPlE, WhEN A whIte Portion of aN iMage aND a normaL ImAGE Are SYnthesized, a syNthesized imAGe oF a fainT cOloR Is obtaIned. A SyNTheSized image iN whiCh densitiEs of deNSe portiONs of botH imageS arE reProdUCeD aS thEy ARe, lIKe A muLTipLe copy of An AnAlog cOpy, cANNOT be fOrmEd. ThE inveNtion relates tO thE silANe-gRaftiNg of pOlyoLeFin maTerialS to enHaNce the propertieS of tHe materiaLs.
CUrRenT aRt for THe prodUctIon Of cross-Linked pOLyoLeFIN FoAm structures involvEs THE uSe of convEntionAL hIgH-Pressure ReActOr-prODUced, lOw deNSiTy polyetHylene (ldPe). LdPE is coMpRised oF a WidE-raNging DIstrIbutioN of brancH lengTHs, best characteRIzed as "long- but VArIABlE-ChaiN brAnching", and a MoleCUlar WeigHT dIstRIbutiOn (Mw/MN) wHIcH Is generally greater tHaN about 3.5. lDPE rEsin densities, Which direcTLY Relate to The rESuLTing bulk properTy stiFfness, typiCAlly rangE betwEen 0.915 g cm.suP.-3 to about 0.930 g CM.Sup.-3, thus lImiTinG thE deGREe Of mechanical fLEXibiLiTy in foaM stRuctureS thEreOf sIncE tHe lower liMit of secAnT mOdUlI foR LDPE IS about 20 ksI. WHilE pRocEssabILity of lDPE iS quiTe GoOD, thE physicAL pROPertIeS, iN parTicUlAr the TensILe sTrength, Low-temperAtuRE fleXiBiLity and Toughness, are lEsS than would Be ObtAined fROM a linear Low density polyethylene (LldPE), due iN paRt to tHe suBstantialLy nOn-lineAr nATure of lDPE anD the pRoFusION of "loNG-ChAin BrAnches."
ConvENTioNal liNeAr loW densitY polyethylene (LLDPE) EXhiBits physical pRopErtiES WhIch ARe SUpeRiOR to THAt of LDPE at about The same ranGe OF rEsin densitIEs, bUt Show somEwhat hiGher sECant modUli and are Difficult To ProcESS, reSulting in fOams with Poor cell sTRuctuRE aNd higHer Than deSiRed Foam sTructuRE deNsitiEs. LLDPe rEsins, pRoducEd By convenTional Ziegler transition Metal cAtalySts In the copoLymERizAtion of etHyleNe with one oR moRe aLpha-uNs
 a second image of pluralcolors, na mely,  asyn th esis  oftwo images off ullcolors, a method of ob taini ng a sy n th esize d image by c alc ul at ing  c o lo r com pon ents wh ich constr uct  b oth of the i m ag es is know n.For instance , w hen re sp ect i ve co lor  comp onents assume  R1, G1,B1 ,  R2, G 2 , and B 2 ,  c olor  components (R, G ,  B )  of the synthe sizedim a ge c anbeshown by v al ues s u ch as R = (R 1 + R 2)/ 2 , G=(G1+G2)/2 , and B=(B1 + B2) /2.
Ac co rdi n g to s uch a  m e tho d, however,  for  example,  whena  whitep ortionof anima geanda  n or mal  i m age ar e s y nth esized,asy nthes ized i m a ge o f a  fai nt co lor is obtain ed.  A s y nth esize d ima ge i nwhich  densi tiesof  dense portions  ofboth imag esar e r ep roduc e d as t hey  ar e, like  a mult i ple  c o p y  o f an analog copy,ca n n ot  be form ed. Th e  i nv e ntion re la tes  tot h e sil ane- g ra fting of  polyo l ef in  materi al s to e nh anc e t he pr o pert ies of  the mat erial s .
Current artf or the produc t io n of cros s-l inked polyo lefi n  foa m st r uc tur e s inv olves  t h eu se of conventionalhi gh-pre ssure  reactor-prod uced, lowd e n sity pol yeth y le n e (LDPE). LDPE  is c omprised o f  a wide- rangi ng distr ibution o f branch l eng ths , b est c ha racterized as " long -but var iab le-chai n b ran chi ng" ,and a mol ecular w ei gh tdi str ibuti o n (Mw/Mn )whi ch  is  gene r ally g reate r th an  a b out  3.5. L D PE r esin  d en siti es,  w hichdire c tly  relate  to the r esu l ting  b ul k prope rty stiffness ,typicallyra nge  betwe e n  0.915 g  cm.sup.-3 to about 0.9 3 0 g cm. sup .-3,thus  limiting  th e degr eeo f mech anical  flex ib ili t y  in f o a mstr uc tures ther e o f s inceth e lo wer lim it of secant modul i  fo r LDPE is abo ut20 k s i .Whi l ep roc es s abi l i ty of LDPE is q uite good,  t h ephysical p r ope rt ies, in  partic ulart he tens ile stren gth, low- te mper a t ure  flexibili ty and t oughness, are l e ss  than  wo uld be  o bta inedfrom a lin ear l ow den si ty pol yethy le ne (LLDP E), due in part to thesubsta ntial lynon-linea r n a tur e of LDPE  and  the profu sio n o f "lo ng- c hainbran c he s." Conve ntio n al linear lo w d e n si ty polyethy l e n e ( LLDPE ) e x hibits  phy sical propertiesw hich are super iort o  th ato f LD PE  at about thesam er a nge of r es in densitie s, but s ho w  some what h ighersecantm o du l i andaredif ficult to  pr oc e ss, res ul ti n g in f oams  w ith po or cel l  str u c ture and higherthand e sired foa m str uc ture de n siti es. LLDPEresins, pro ducedby c onven tionalZi eglertra ns ition meta l  catalyst s inthe cop ol ymer iza tion o f et h y lenewith  o neor more a l p ha - un s
 a_second image_of plural colors, namely,_a synthesis_of_two images_of_full colors, a_method of obtaining_a synthesized image by_calculating color components_which_construct both of the images is known. For instance, when respective color components assume_R1,_G1, B1,_R2,_G2,_and B2, color components (R,_G, B) of the synthesized_image can_be shown by values such as R=(R1+R2)/2, G=(G1+G2)/2,_and_B=(B1+B2)/2.
According to such_a method, however, for example, when a white portion_of an image and a normal_image are synthesized,_a_synthesized_image of a faint_color is obtained. A synthesized image_in which densities of dense portions_of both images are reproduced as they_are, like a multiple copy of_an analog copy, cannot be_formed. The_invention relates to the silane-grafting_of polyolefin materials_to enhance_the properties of_the materials.
Current art for the production_of cross-linked polyolefin_foam structures involves the use of_conventional_high-pressure reactor-produced, low_density_polyethylene_(LDPE). LDPE_is comprised of_a_wide-ranging distribution_of_branch lengths, best characterized as "long-_but_variable-chain branching", and a molecular weight distribution_(Mw/Mn) which is generally_greater_than about 3.5. LDPE_resin densities, which directly relate_to the resulting bulk property stiffness,_typically range_between 0.915_g cm.sup.-3 to about 0.930 g cm.sup.-3, thus limiting the degree_of mechanical flexibility in foam structures_thereof since the lower_limit of_secant_moduli for LDPE_is_about 20_ksi. While processability of LDPE is quite_good, the_physical properties, in particular the tensile_strength, low-temperature flexibility and_toughness,_are less than would be obtained_from a linear low density polyethylene_(LLDPE), due in part to_the_substantially_non-linear nature of LDPE and_the profusion of "long-chain branches."
Conventional linear_low density polyethylene_(LLDPE) exhibits physical properties which are superior_to_that of LDPE at about the_same_range of resin densities, but show_somewhat_higher_secant moduli and are difficult_to process, resulting in foams with_poor cell structure and higher than desired foam structure_densities. LLDPE resins,_produced by conventional Ziegler transition_metal_catalysts_in the copolymerization of ethylene with one or more alpha-uns