| OCR Text |
Show TABLE XIII--Continued FORlYiA'T (221'1 SA"iPLE THICKNESS (C,"): , F 1',.51/, 4'-!H Tnf:Ri\?1AL CONCJCTI V 2 lITY(CAL/SEC eM OEG K): , Els.all' 16H IJENSITy(GM/CC)= , Flo.SII, , F10.bll) 29H HEAT CAP..CITY(C/'L/Grr, DEG K)= pRINT 503, TMB, TORG' TMAX, FLMCFT 5'30 FORMAT (28h A8IENT TEPERATURE(DEG K)= , F10.bll, 37H ORIGIAL SA l;v,PLE TEMPERATURE (DEG K) = , FlO. 51 I, 28H '1AX1MUI"! TEhPER.TURE (DEG K) 2: , Flry.51/, 51H HEAT TRANSFER FILM cOEFFICIENT(CAL/SC SEc rEG K) 5020 3: , Els.811) pRIT 5QO, F, RF, ALPHA, SF 5DC FORAT (43h NCN-TANSMITTEC ENERGy FLU(CAL/SC SEC): , FlO.511, 3 18rl TRASMITTED ENERGY FLUX(CAL/SCM SEC): , FlO.S/I, 3H TRANS:SSI 2VITY COEFFICIET(l/CM)= , F10.511, 14H SHAPE FACTOR; , F10.SII) pRINT 5)5, SPRE, BPRE, SACEGY, 8ACEGY 505e FORMAT (43h SURFACE REACTION PRE-EXPONENTIA(CAL/SC;)= , Elb.811, lOH BOOY REACTION PRE-EXPONENTIAL(CAL/CCM)= , EIS.all, 3'H SURFACE 2 ACTIVTIO,J EERGY(DE3 K)= , E15.a/l, lH BODy ACTIVATION EER3Y(D 3EG K)= , E5.ell) pRIT 5060, DT, TIMAX' NSKIP 5060 FORAT (21H TIE INCREMENT(SEC): , FIO.511, 19r1 MAXIMU TIME(SEC>: 1 , Fle.SII, 34H POINTS SKIPPED BETWEEN PRINT OUT= , 15//) pRl;-\iT 5100 TS T3 T 134Hl T1 5100 FORATC DELTAT TIE T20 T15 1 T1C ) 20TUT T ( 5) , T ( 1 0), T ( 1:», T ( 20 ), T I f,1 E P I ;. ,; T 410 C , Tel), T ( 3), T ( 4), ,-SKIP=2 GO 1'0 31:&)0 END - |
