RMI Nuclear Justice Documents

TABLE B. 29 CONTINUED Ane Increment Lat- Longi-~ tudeof Particle tude Interpolation for Determining Vertical Motions TSD (from Piot) Ground Zero 107 deg min deg min hrs Chart 1 Chart 2 Time: bre Alt:= 10° 19? ft cm/sec Interpo- SS Chart 3 Chart 4 >> lated Value Time: bra Interpolated Alt:- 10° 102 ft cm/sec Interpolation for Time~Space Varlatlon of Winde Final Value Value cm/sec Chart 1 Chart 2 Interpo= Time: hra lated Alt:- 10° 193 ft Value cm/sec cm/sec Chart 3 OF Chart4 — Time: hra Alt:. 10° ft cm/sec cm/sec cm/sec 7 0.6 20 Use measured Bikini winds 0.5 Use measured Bikini winds —interpope ial Value Value Velocity cm/sec deg knots lated Wind SLZ Shot Zuni Particle size, 200 microns . Originating altitude, 60,000 feet From 60 t0 55 11 90 165 22 0 365 to 50 11 32 165 21 0.19 50 to 45 11 35 165 26 0.39 451040 11 38 165 31 (0.62 40to 95 12 440 165 87 0-85 35 to 30 11 49 165 43 Mto25 11 St 165 45 1.42 2G to20 IL S58 165 45 1.73 201015 12 02 165 49 2.07 181010 12 04 165 40 243 Wto5 12 05 166 34 283 Stoo 12 05 (165 26 1.12 3.28 H-3 50 -33 _ _ 1 H-3 60 _ 1 ~33 _ —33 -33 H+s 60 ~1 H+3 50 -1 —_ _ 1 _ 1 _ 4 20 H-3 50 ~33 H-3 50 H-3 40 20 H-3 40 0.76 ~29 0.25 H+t3 50 -6 H+t3 60 H+t3 40 5 Hrd 40 0.76 ~6 0.25 0.50 -18 0.50 H-3 50 240/32 H-3 50 H-3 40 240/35 H-3 40 0.75 240 33 0.25 H+8 50 230/30 H+9 50 H+9 40 205/40 Hrd 40 0.15 225 32 0.25 0.25 235 33 0.25 -31 H~3 40 —-20 H-3 30 ~23 0.75 —5 H+3 40 -3 H+3 30 ~4 0.76 -14 0.50 240/32 H-3 40 240/35 H-3 30 240 34 0.75 230/30 H+9 40 205/40 H+9 30 210 38 0.75 230 35 0.25 H-3 40 ~20 H-3 30 H-3 30 -2 H-3 20 0.25 -7 0.95 H+3 40 -2 H+3 30 H+3 30 ~I H+3 20 0.25 -I 0.76 0.50 -4 0.50 H-3 40 240/35 H=3 30 H-3 30 205/21 H-3 25 0.25 215 24 0.6 H+9 40 208/40 H+9 30 H+9 30 200/12 H+9 25 0.25 201 0.5 0.25 205 20 0.25 H-3 30 H~3 20 0.25 H+3 30 H+3 20 0.25 0.50 H-3 25 H-3 16 0.75 H+9 25 H+9 16 0.75 0.25 H~3 20 H-J 106 0.76 H+3 26 H+3 10 0.75 0.50 H-23 25 H~3 16 0.25 H+? 25 H+od 16 0.25 0.25 H-3 20 H~3 id 0.25 H+tS 20 H+3 id 0.25 0.50 H-3 16 H-3 10 0.5 H+9 16 H+ 10 0.5 0.25 H-3 10 H-3 2 0.75 H+3 10 H+3 2 0.75 0.50 H-3 10 _ 1 H+9 10 —_ 1 0.25 1 H+3 2 1 0.6 H-3 10 =_ 1 _ 1 _ ag -2 —2 -3 0 | H-3 2 “1 -2 -3 ~3 -4 -4 2 _ _ -14 -2 -3 -3 -4 -5 -1 -2 -2 -2 +5 +6 +9 0 “1 +6 +6 +7 +7 20 _ _ -2 0 +3 +5 +7 +5 0 -8 “1 0 +2 +6 20 -~3 240/35 205/21 150/14 150/14 120/10 205/21 160/14 1200 120/10 090/21 090/21 - — 090/21 _ 230 82 175 17 9=140 13 125 21 105 18 090 210 080 21 205/40 200/12 200/07 200/07 088/15 ose/le H+9 10 990/18 200/12 200/07 085/15 085/15 090/18 — _ 205 39-225 32 19 200 09 165 09 1s 13 180 15 145 12 120 44 v8 12—S«400 18 090 18 990 18 990 20 0.25 090 20