P Temperature Buffer Test. Measurements of water content and density of the excavated buffer material. Lars-Erik Johannesson Clay Technology AB

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1 P Tmpu Bu Ts Msums w sy h xv bu m Ls-E Jhss Cy Thgy AB Dmb 2010 vs Käbäshg AB wsh Nu Fu Ws Mgm C Bx 250, E hm Ph

2 IN Tä g: KB P P, T. ID Tmpu Bu Ts Msums w sy h xv bu m Ls-E Jhss Cy Thgy AB Dmb 2010 Kyws: F s, Bu, B, Tmpu, W, Dsy. Ths p s suy whh ws u KB. Th uss vwps ps h p hs h uh. KB my w m uss, bs u sus / xp ps. D KB s bs b hg ss. M hgs KB s bs w ssy su vs p. D vss my s b ps s suppms, vb A p vs hs um b w m

ummy TBT (Tmpu Bu Ts) s j pj bw KB/ANDA supp by ENEA (mg) DBE (sum), whh ms usg mg h hm-hymh bhv bus m swg y subm hgh mpus (v 100 C) ug h w su pss. Th s ws u h 420 m v Äspö HL 8 ms p 1.

3 ummy TBT (Tmpu Bu Ts) s j pj bw KB/ANDA supp by ENEA (mg) DBE (sum), whh ms usg mg h hm-hymh bhv bus m swg y subm hgh mpus (v 100 C) ug h w su pss. Th s ws u h 420 m v Äspö HL 8 ms p 1.76 m m ps h, wh w hs (3 m g, 0.6 m m), suu by MX-80 b bu g pug p h wh 9 s. I ws s ug spg Th b u upp h ws mv ug h p Ob Dmb 2009 h bu u h w h ws mv ug Juy Ms Dug smg h bu, smps w whh yss w m. Ths p sbs h w wh h m h w h sy h smps. Ms h smps w m h bu by g m h upp su h s b b. Th s h m bu mxmum gh qu h g hgh h b bs (bu 500 mm). Th w h bu ws m by yg smp mpu 105 C 24 h h bu sy ws m by wghg smp bh h mmg p wh w sy. Th w, y sy, g su v h bu w h p. Th ps shw h ps h bu h up w h g su h bu v bw %. Lg v h y sy h bu ws s bsv. Fgu -1. Th u p h y sy h bu TBT. KB P

4 Cs 1 Iu 7 2 Exu Iu Th ps h smps Pp h smps Dm sy w h smps 11 3 Esm h sy ps h bu s 13 4 sus msu ss w h bu Msums bw h w h (b C1) Msums h v h w h (B 1 6) Msums bv h w h (b C2) Msums h v h upp h (B 7 12) Msums bv h upp h (b C3 C4) Cu ps msu sus 17 Appx 1 mps m s s 19 Appx 2 mps m s 21 Appx 3 mps m s 23 Appx 4 sus m msums m b C1 25 Appx 5 sus m msums m b 1 29 Appx 6 sus m msums m b 2 33 Appx 7 sus m msums m b 3 37 Appx 8 sus m msums m b 4 41 Appx 9 sus m msums m b 5 45 Appx 10 sus m msums m b 6 49 Appx 11 sus m msums m b C2 53 Appx 12 sus m msums m b 7 57 Appx 13 sus m msums m b 8 61 Appx 14 sus m msums m b 9 65 Appx 15 sus m msums m b Appx 16 sus m msums m b Appx 17 sus m msums m b Appx 18 sus m msums m b C3 81 Appx 19 sus m msums m b C4 85 Appx 20 Cu ps h msu w, sy g su 89 Appx 21 sus m msums s s sss 91 KB P

5 1 Iu TBT (Tmpu Bu Ts) s j pj bw KB/ANDA supp by ENEA (mg) DBE (sum), whh ms usg mg h hm-hymh bhv bus m swg y subm hgh mpus (v 100 C) ug h w su pss. Th msums m ug h wh s gv g sgh h psss bu h hm vu usg w m m h yss ps-mm h g mu smps v ug h smg. Th s ws u h 420 m v Äspö HL 8 ms p 1.76 m m ps h, wh w hs (3 m g, 0.6 m m), suu by MX-80 b bu g pug p h wh 9 s. I ws s ug spg Tw bu gms w vsg: h w h ws suu by b h usu wy, whs h upp h ws suu by g s. Th s hm p h b, s mp mp h vby. Th bu sss gh 16 b bs (s Fgu 1-1). Th ss w h wh 1,500 W pw m y 15 y 1,171, wh h pw ws s 1,600 W. Au y 1,700, h pw ws by sps s h w h 2,000 W u h upp h 1,000 W. Th hg ws m u y 2,300 Augus Th b u upp h ws mv ug h p Ob Dmb 2009 h bu u h w h ws mv ug Juy Mh Dug smg h bu, smps w yss pupss. Th w phss h yss h smps m h bu. 1. Th w h sy w m h Äspö H Lby jus h smps w m h bu, whh mmz h s yg sbu h w h smps. Abu 2,000 ms w sy w m h bu m. 2. M v vsgs h bu w b m Cy Thgy AB Lu, suh s m hyu uvy swg pssu, mg hgs. Ths ss qu mm pssg h smps w b p spy. Th s ys phs s sb hs p. KB P

6 C4 C3 B ps Msug s 7 (T, P, W) B Msug s 6 (T, W) Msug s 5 (P, U, mpg V+F) Tmpu hs, 3 vs x 3 + bm Ds: 10, 80, j v C2 g shp PEEK p Msug s 4 (T, P, W) Msug s 3 (T, W) Msug s 2 (P, U, mpg V) C1 j v 1 Msug s 1 (T, P, W) Cm p Fgu 1-1. hm wg h Tmpu Bu Ts. 8 KB P-12-05

7 2 Exu 2.1 Iu Ms h smps w by g m h upp su h s b b (Fgu 2-1). Th s h m bu mxmum gh qu h g hgh h b bs (bu 500 mm). Cs w u ss h b. Th s bw h ws bu. I v vppg, vy s w g w p s.th g ws m m h p h b wh g sg g (Fgu 2-1). mps s h hs h w w by sh g bg ps m h bs by h ( smps). A smps w s h s sss. Fgu 2-1. Th g g p p b C4. KB P

8 2.2 Th ps h smps A sysm h ps h ws sbsh wh h bu ws s s sss. Ths sysm ws s us smps v h h s. Th ps h smp s by h s Th hz s m h h ps h. 2. z-. Th s m h bm h ps h h ps h smp. 3. α-. Th hz wh h 0 s Fgu 2-2. Th g α ws m v h upp p h ps h. Th ms w us mg h α- h smps. Th uy h m s ppxmy 2. Th z- ws m wh s vg sum. Th uy hs msum s ppxmy 1 mm. Th - ws m by msug h s h s / h w h ps h. Th uy hs msum s ppxmy 5 mm. 2.3 Pp h smps Ms h smps w 4 m s s smps bu s g ss h bu w s h su. Th smps m h bu w sp up sm ps b mg h w sy. Th sp ws m wh b sw g h wg p: I w s smps w wh s 5 m ph msu m h p h b (, ), s Appx 1. Th sm ps w m h pus sux,.g. C2::785:I. I smps w wh s 2.5 m ph msu m h p h b ( ), s Appx 2. Th sm ps w m h pus sux,.g. C2::785:IA. I smps w wh s 5 m v phs msu m h p h b ( ), s Appx 2. Th sm ps w m h pus sux,.g. C2: :785:IV. Th ss h bs s h w h ps h w b u ps wh hss 1 m. Th sm ps w b m h ss m pus sux.g. 2:::I smps s h w h ps h 2::h:III smps s h h. Th sux umb s h ps h p h s. Th ps ss h su h spvy hv h ws umb (I). z α 90 0 Fgu 2-2. Th sysm us sbg h ps smps. 0 s h ws h h 180 s h ms h h. 10 KB P-12-05

9 2.4 Dm sy w h smps Ms h s mg h w h sy h bu ss w m mmy h smps w mmz h s yg h b. Th smps w sp su by Äspö wh sm ps w h m h w sy. Th subsmps w smpg g. Th s h smps w s h umum m pssb us h yss ss. Th wg qupm ws us h by: 1. A bsw swg u ps m h smps. 2. A ps b wh 0 2,000 g g msum su g. 3. Tw vs yg smps 105 C. Dm w. Th m h w ws m h wg wy: 1. Th b ws h wh wghs b h sg h msums. 2. A sm bg umum ws p h b h wgh (m b ) ws p. 3. Th smp ws p h bg h wgh smp s p (m b + m bu ). 4. Th wh h smp ws p v wh mpu 105 C 24 h. 5. A h yg h wgh h bg h h smp (m b + m s ) ws msu p. Th w h u subsmps ws m by yg smp mpu 105 C 24 h. Th mss w m h smp ws m g Equ 2-1: m w = m m (2-1) bu s h w (w) ws u g Equ 2-2. m w w = (2-2) ms Dm sy Th bu sy h smps ws m by wghg h smps bh mmg p wh w sy. Th m ws m s ws: 1. A p h ws wgh. 2. Th smp ws wgh hgg h h uh h b (m bu ). 3. Th smp ws h w h p wh h sy ρ p h wgh (m p ) ws. Th vum h smp (V bu ) h sy (ρ bu ) w u g Equs V bu = ( m m ) / ρ (2-3) m bu p p bu ρ bu = (2-4) Vbu Cu h pms Th y sy (ρ y ) h g su ( ) b u g Equs ρ y (2-5) bu = ρ ( 1+ w) KB P

10 w ρbu ρs / ρw = ρ (1 + w) ρ s bu F ug h g su h vus h sy h s ps ρ s = 2,780 g/m 3 h sy w ρ w = 1,000 g/m 3 us. Th v () b u g Equ 2-7. (2-6) ρs ρbu = ρ ρ bu w (2-7) 12 KB P-12-05

11 3 Esm h sy ps h bu s Th yps g b bs, g shp bs u h upp h, g shp bs u h w h s bs, w us h s h ps h. Th u m h b bs ws y sghy p v bw 1,630 1,6. Th g shp bs suug h upp h h y m 1,070 mm. Th g shp bs suug h w h w mp s s bs h wh m 630 mm ws u m h bs. Th u ms h s bs s u bv h hs (C1 C4) w mh vg m bu 1,580 mm. Th vg wgh, w (.. h w-s mss-), sy v h bs s Tb 3-1. Tb 3-1. Dm pms bs us TBT. B N. Wgh (g) W (%) Bu sy (g/m 3 ) Dg su V C1 2, , , , , , , , , , , , , , C2 2, , , , , , , , , , , , , , C3 2, , C4 2, , KB P

12 4 sus msu ss w h bu Msums sy w h 16 vsg bs w m 4 s (s 2.2). Th w sy h bu w m m h 2,000 pss h s p. m s mss wh m ug h hg h smps s h by, usg usb vus h m pms. I Tb 4.1 hs smps whh s w sv s gh wh h s m b h p uh vsg. I h wg ss h sus m h msums h sy sb g v ss; 1. Bw h w h (b C1). 2. Au h w h (b 1 6). 3. Abv h w h (b C2). 4. Au h upp h (b 7 12). 5. Abv h upp h (b C3 C4). Tb 4-1. mps whh s w sv ug h hg. mp N. N A 1: 575 1B Us m w Th p 2: 625 III Us m w Th p 2: u h Us m w sy Th p I:III 3: 475 V Us m w sy Th p 4: 375 Tw smps wh h sm us (375 mm) Th us smp s hg 475 mm 5::475 V Us m w Th p 5::775 III Us m w sy Th p 5::775 I Us m w sy Th p 5: u h Us m w sy Th p I:III 7::725 Us m w sy Th p 7::675 Us m w sy Th p 7:Äpv: I:IV Us m w Th p 9::70 Wg us Th us hg 7 9::60 Wg us Th us hg 600 mm 11:775 Tw smps wh h sm us (775 mm) Th us smp s hg 725 mm 12::575 Tw smps wh h sm us (575 mm) Th us smp s hg 775 mm C3::175 I A-B Tw smps wh h sm us Th p C3::475 IB Wg Th hg C3::375 IB Wg Th hg C3::525 IB Us m w sy Th s p C4:::V:III Us m w sy Th s p C4::175 Wg us Th us hg 675 mm C4::675 Wg us Th us hg 175 mm C4::625 Wg us Th us hg 725 mm C4::725 Wg us Th us hg 625 mm KB P

13 Th sus h vsg bs pv Appx Fuhm h w sy w m smps s sm h s sss. Ths s ps Appx Msums bw h w h (b C1) Th msu w, y sy, g su v b C1 shw Appx 4. Th sus p s u h s m h h ps h. Th s h bu p h sm gus. Th wg bsvs b m: Vy sm s h msu/u sus b s bw h u s. Th w h b hs s msug ps mp h vus. Th y sy h bu hs s mp h s. Ths s ms pu h bu s h s. Th g su s h s s 100%, wh h g su h p h b s bu 95%. 4.2 Msums h v h w h (B 1 6) Th msu w, y sy, g su v h bs 1 6 shw Appx Th sus p s u h s m h h ps h. Th s h bu p h sm gus. Th wg bsvs b m: Vy sm s h msu/u sus b s bw h u s wh xp h s b 6 wh s shwg w sy hgh w mp h h h s. Ths u b h squ pssg h pw bs h h hugh us m s h b g h vs wh pw b mp p, s h. Th w h bs hs s msug ps mp h vus. Th y sy h bu hs s mp h s xp h p h bu s h h wh sm s sy b bsv. A xp hs mgh b h h hs b shg h bu s h h u h hg. Th g su s h s s 100%, wh h g su h p h b s bu 95%. Th ws g su b bsv bu 70 mm m h su h h. 4.3 Msums bv h w h (b C2) Th msu w, y sy, g su v b C2 shw Appx 11. Th sus p s u h s m h h ps h. Th s h bu p h sm gus. Th wg bsvs b m: Vy sm s h msu/u sus b s bw h u s. Th w h b hs s msug ps mp h vus. Th y sy h bu hs s mp h s. Ths s ms pu h bu s h s. Th g su s h s s 100%, wh h g su h p h b s bu 94%. 16 KB P-12-05

14 4.4 Msums h v h upp h (B 7 12) Th msu w, y sy, g su v h bs 7 12 shw Appx Th sus p s u h s m h h ps h. Th s h bu p h sm gus. Th wg bsvs b m: Vy sm s h msu/u sus b s bw h u s. Th w h bs hs s msug ps mp h vus. Th y sy h bu hs s mp h s. Th g su s s 100% ps h bu. 4.5 Msums bv h upp h (b C3 C4) Th msu w, y sy, g su v h bs C3 C4 shw Appx Th sus p s u h s m h h ps h. Th s h bu p h sm gus. Th wg bsvs b m: Vy sm s h msu/u sus b s bw h u s. Th w h b hs s msug ps mp h vus. Th y sy h bu hs s mp h s. Ths s ms pu h bu s u s wh ps. Th g su s h su s bu 100% bh bs wh h ps h bs hv g su bu 97% 92%, b C3 C4, spvy. 4.6 Cu ps msu sus Cu ps h msu u vbs w, y sy, g su v w m usg p pgm. h w up sms b x symm, ws pssb us h m m h smps p hm y s u h us h ph gg h g. Ths yps ps shw Appx 20. KB P

15 Appx 1 mps m s s vn vs D gu Ch : Dsy w /5 m. O v. 50 Ι 40 Tws w B Dsy W Tws h Im Dsg by Quy T/Nm, sg, m, ms Ch by Cy Thgy AB I , Lu T: , Fx: Appv by- F m A N. / T T mpg TBT D E h KB P

16 Appx 2 mps m s vn vs D gu Ch : Dsy w /2.5 m. O v. 50 I 40 Tws w B Dsy Dsy IA W IB W Tws h Im Dsg by T Quy T/Nm, sg, m, ms Ch by T Cy Thgy AB I , Lu T: , Fx: Appv by- F m TBT A N. / D mpg E h KB P

17 Appx 3 mps m s vn vs D gu Ch : Dsy w /5 m. Fv vs Ι Tws w ΙΙ B ΙΙΙ Dsy W IV V Tws h Im Dsg by T Quy T/Nm, sg, m, ms Ch by T Cy Thgy AB I , Lu T: , Fx: Appv by- F m TBT A N. / D mpg E h KB P

18 Appx 4 sus m msums m b C1 W (-) I s B C B C1 Dy Dsy (g/m 3 ) I s KB P

19 1.00 Dg u (-) I s B C V (-) I s B C KB P-12-05

20 0.45 W (-) I s B B C1 C1 D Dy Dsy (g/m 3 ) I s B C1 D KB P

21 1.00 Dg u I s B C1 D V (-) I s B C1 D KB P-12-05

22 Appx 5 sus m msums m b I s B 1 W (-) Dy Dsy (g/m 3 ) B 1 I s 1200 KB P

23 1.00 Dg u (-) I s B V (-) I s B KB P-12-05

24 0.45 W (-) I s B 1 D Dy Dsy (g/m 3 ) B 1 D I s 1200 KB P

25 1.00 Dg u (-) I s B 1 D V (-) I s B 1 D 0.50 KB P-12-05

26 Appx 6 sus m msums m b W (-) I s B Dy Dsy (g/m 3 ) B 2 I s 1200 KB P

27 1.00 Dg u (-) I s B V (-) I s B KB P-12-05

28 0.45 W (-) I s B 2 D Dy Dsy (g/m 3 ) B 2 D I s 1200 KB P

29 1.00 Dg u (-) I s B 2 D V (-) I s B 2 D KB P-12-05

30 Appx 7 sus m msums m b W (-) I s B Dy Dsy (g/m 3 ) B 3 I s 1200 KB P

31 1.00 Dg u (-) B 3 I s V (-) B 3 I s KB P-12-05

32 0.45 W (-) I s B 3 D Dy Dsy (g/m 3 ) B 3 D I s 1200 KB P

33 1.00 Dg u (-) B 3 D I s V (-) B 3 D I s KB P-12-05

34 Appx 8 sus m msums m b I s B 4 W (-) Dy Dsy (g/m 3 ) B 4 I s 1200 KB P

35 1.00 Dg u (-) B 4 I s V (-) I s B KB P-12-05

36 0.45 W (-) I s B 4 D Dy Dsy (g/m 3 ) I s B 4 D 1200 KB P

37 1.00 Dg u (-) I s B 4 D V (-) I s B 4 D KB P-12-05

38 Appx 9 sus m msums m b I s B 5 W (-) Dy Dsy (g/m 3 ) B 5 I s 1200 KB P

39 1.00 Dg u (-) B 5 I s V (-) I s B KB P-12-05

40 0.45 W (-) I s B 5 D Dy Dsy (g/m 3 ) I s B 5 D 1200 KB P

41 1.00 Dg u (-) I s B 5 D V (-) I s B 5 D KB P-12-05

42 Appx 10 sus m msums m b W (-) I s B Dy Dsy (g/m 3 ) B 6 I s 1200 KB P

43 1.00 Dg u I s B V (-) I s B KB P-12-05

44 0.45 W (-) I s B 6 D Dy Dsy (g/m 3 ) I s B 6 D 1200 KB P

45 1.00 Dg u (-) I s B 6 D V (-) I s B 6 D KB P-12-05

46 Appx 11 sus m msums m b C I s B C2 W (-) Dy Dsy (g/m 3 ) I s B C KB P

47 1.00 Dg u (-) I s B C V (-) I s B C KB P-12-05

48 0.45 W (-) I s B C2 D Dy Dsy (g/m 3 ) I s B C2 D KB P

49 1.00 Dg u (-) I s B C2 D V (-) I s B C2 D KB P-12-05

50 Appx 12 sus m msums m b W (-) sh I s B Dy Dsy (g/m 3 ) sh I s B KB P

51 1.00 Dg u (-) sh B 7 I s 1.30 V (-) sh B 7 I s KB P-12-05

52 0.45 W (-) sh I s B 7 D Dy Dsy (g/m 3 ) sh B 7 D I s 1200 KB P

53 1.00 Dg u (-) sh I s B 7 D 0.75 V (-) sh I s B 7 D KB P-12-05

54 Appx 13 sus m msums m b 8 W (-) sh I s B Dy Dsy (g/m 3 ) sh I s B KB P

55 1.00 Dg u (-) sh I s B V (-) sh B 8 I s KB P-12-05

56 0.45 W (-) sh I s B 8 D 0.15 Dy Dsy (g/m 3 ) sh I s B 8 D KB P

57 1.00 Dg su (-) sh I s B 8 D 0.75 V (-) sh I s B 8 D KB P-12-05

58 Appx 14 sus m msums m b W (-) sh I s B Dy Dsy (g/m 3 ) sh I s B KB P

59 1.00 Dg u (-) sh I s B V (-) sh B 9 I s KB P-12-05

60 0.45 W (-) sh I s B 9 D 0.15 Dy Dsy (g/m 3 ) sh I s B 9 D KB P

61 1.00 Dg u (-) sh I s B 9 D V (-) sh I s B 9 D KB P-12-05

62 Appx 15 sus m msums m b W (-) sh I s B Dy sy (g/m 3 ) sh I s B KB P

63 1.00 Dg u (-) I s sh B V (-) sh B 10 I s KB P-12-05

64 0.45 W (-) sh I s B 10 D 0.15 Dy Dsy (g/m 3 ) sh I s B 10 D KB P

65 1.00 Dg u (-) sh I s B 10 D V (-) sh I s B 10 D KB P-12-05

66 Appx 16 sus m msums m b W (-) sh I s B Dy Dsy (g/m 3 ) sh B 11 I s 1200 KB P

67 1.00 Dg u (-) sh I s B V (-) sh I s B KB P-12-05

68 0.45 W (-) sh I s B 11 D 0.15 Dy Dsy (g/m 3 ) sh I s B 11 D KB P

69 1.00 Dg u (-) sh I s B 11 D V (-) sh I s B 11 D KB P-12-05

70 Appx 17 sus m msums m b B 12 W (-) sh I s P s B 12 Dy Dsy (g/m 3 ) sh I s P s 1200 KB P

71 1.00 Dg u (-) sh I s P s B B 12 V (-) sh I s P s KB P-12-05

72 W (-) sh I s B 12 D P s B 12 D Dy Dsy (g/m 3 ) sh I s P s 1200 KB P

73 1.00 Dg u (-) sh B 12 D I s P s 1.30 V (-) sh I s B 12 D P s KB P-12-05

74 Appx 18 sus m msums m b C B C3 W (-) I s P s Dy Dsy (g/m 3 ) P s 1300 I s B C KB P

75 Dg u (-) 0.85 I s B C3 P s V (-) I s B C3 P s KB P-12-05

76 W (-) I s B C3 D P s Dy Dsy (g/m 3 ) I s B C3 D P s KB P

77 Dg su (-) I s B C3 D P s V (-) I s B C3 D P s KB P-12-05

78 Appx 19 sus m msums m b C B C W (-) I s P s Dy Dsy (g/m 3 ) I s B C4 P s KB P

79 Dg u 0.85 I s B C4 P s V (-) I s B C4 P s KB P-12-05

80 0.45 W (-) I s B C4 D P s Dy Dsy (g/m 3 ) I s B C4 D P s KB P

81 Dg u (-) I s B C4 D P s V (-) I s B C4 D P s KB P-12-05

82 Appx 20 Cu ps h msu w, sy g su KB P

83 90 KB P-12-05

84 Appx 21 sus m msums s s sss mp N. D W Bu sy (g/m 3 ) Dg s. V Dy sy (g/m 3 ) C3:WB: , ,568 C3:WB: , ,571 C3:WB: , ,570 C3:WB: , ,549 C3:WB: , ,506 10:WB , ,540 10:WB , ,465 10:WB , ,494 10:WB , ,557 10:WB , ,578 10:WB , ,583 9:PB , ,599 9:PB , ,649 9:PB , ,402 9:PB , ,557 9:PB , ,613 9:PB , ,609 C9:PB , ,592 9:PB , ,395 9:PB , ,614 9:VB , ,605 9:VB , ,543 9:Ppp , ,465 C2:PB: , ,579 C2:PB: , ,589 C2:PB: , ,626 4:WB , ,587 4:WB , ,636 3:PB , ,660 3:PB , ,680 3:PB , ,608 3:PB , ,629 3:PB , ,634 C1:WB , ,427 C1:PB , ,611 C1:PB , ,608 KB P

NEW GYMNASIUM AT BOYNTON HIGH SCHOOL 901 BOYNTON AVENUE, SAN JOSE, CA CAMPBELL UNION HIGH SCHOOL DISTRICT

NEW GYMNASIUM AT BOYNTON HIGH SCHOOL 901 BOYNTON AVENUE, SAN JOSE, CA CAMPBELL UNION HIGH SCHOOL DISTRICT W GSU B HGH SH B VU, S JS, PB U HGH SH S G S PB S VS SH VS H PJ B WH XSG S H QUS H PJ H H H UG H BG PHS GG S PJ QUS S WH G P SU PS, H W B S P SPSB S H JB S UG S PSS PP UG P H WK HS QU W PP UUS B WKG HUS