| OCR Text |
Show ~ ~ ~ Axial Velocity 30 I I I 2S1- 20-- ••• .~OOo~e IS -- ~o.. ."•"•x ax !!!cI. ! 10- _j"ee.b1d:a. .6 , , I~ 5- , ',_I 0- --- -5 - r(mm) Axial Velocity r(mm) ~ial Velocity o -5 z-SOmm I I - •0 S2 IIUUDD - 6 10 IUD - • 2D IUD o 30 IUD - .40 IUD -- .. Mean --..: -- Gu _ z-2S mm z-10mm o 21UD • S}Ull 6 10 jJ.lTl • 2D IUD ° 30 IUD .40 IUD .. Mean I j Radial Velocity z=50 mm 30r--~---~---~~---_r---~~r___' 2S 20 r (mm) Radial Veloc::ily z=2Smm ~r-~---Ir---r--'----r---~-.r---' 2S 20 0 2}Ull • S}Ull IS 6 10 IUD "I!!I!~~. • 2D IUD 10 i·l~ ° 30 IUD 5 .1 ° • 40 IUD i~ 0 0 " Mean 0 • *------- ----- -S - - Gas r (mm) Radial Velocity Z= 10mm 30r-~---~---~~---_r---~---r___, 2S 20 a 2j.Ll11 • SJ.UIl 610j.Ll1l • 2D IUD o 30j.Ll1l • 40 IUD " Mean TangentiaJ Velocity z =50 mm 30~~I----Ir__~----'---TI---'Ir--'-I-' 2S1- - o 2jJ.lTl _ 201- • 5 jJ.lTl ~ 15 6 10}Ull ~ r- .20jJ.lTl !iI 101- ° 30 jJ.lTl - ~ 5 _ • 40jJ.lTl _ .. ,U.WhU"1 - - - - - __ o - - - - " Mean - -5 _ - - Gas - r(nun) Tangential Velocity z=2Smm 30~~---~---~~r_~---~---r-~ 2S 20 0 2jJ.lTl • 5jJ.lTl ~ 15 6 10 jJ.lTl :s ~ ~ • 2D}Ull 10 "ihl!!!!t -----__ ~ !~: 5 0 , " Mean -5 - - Gas r(mm) TangeDlial Velocity Z= 10mm 30~~---~---~~r_~---~---r_~ 2S 20 -5 a 21UTl • S IUTl 6 10 IUTl .20 jJ.lTl o 30 IUTl • 40 IUTl " Mean - 10 -10 - I Ol--........L ___ ....... ___ "'-----J~__L. ___ _L_ ___ .l..____J (ft~~.~: : : : :~ f~f~;I:.d: : : : :~ f:1~,:..: ... : : : : :~ ~ , L~,;: : : : : 1 LrMD:;: : : : : ] 40 SO 60 70 80 0 10 20 30 40 SO 60 70 80 0 10 2D 30 40 50 60 70 80 r(mm) r(nun) r (mm) Fig. 4. Size-classified velocity statistics as a function of position in the spray flame. |
