29P 29S B+ DECAY 1979VI01,1985ZH05 12NDS 201205 29P H TYP=FUL$AUT=M. Shamsuzzoha Basunia$CIT=NDS 113, 909 (2012)$ 29P 2 H CUT=1-Jan-2012$ 29P C 1979VI01: 29S was produced from 28SI(3HE,2N), E=31.3 MeV on 29P 2C target; recoiled 29S was thermalized in the helium gas and transported 29P 3C to a counting chamber and was deposited on aluminum foil; several |DE-E 29P 4C counter telescopes were used to measure all different proton decays; 29P 5C measured beta-delayed proton spectra; deduced 29P excited states 29P 6C and I(|e+|b+). 29P C 1985Zh05: 29S was produced from 28SI(3HE,2N), E=31.5 MeV 29P 2C (Same research group as of 1979VI01); deduced I(|e+|b+). 29P CE TI$From 1979Vi01, except otherwise noted 29P CE TI(A)$Calculated in 1979Vi01 from the 29AL(B-)29SI mirror decay 29P CE TI(B)$From 1985ZH05 29P CG E From Adopted Gammas 29P CG RI From Adopted branching ratios and level feedings 29P CL E From Adopted Levels, except otherwise noted 29P CL E(Z) From 1985Zh05 29P CL J,T From Adopted Levels 29S P 0.0 (5/2+) 188 MS 4 13795 50 29P N 1.0 1.0 1.0 29P PN 3 29P L 0 1/2+ 4.142 S 15 29P L 1383.55 7 3/2+ 29P E 27 2 0.0011 1 5.06 4 27 2 A 29P S E EAV=5472 25$CK=3.61E-5 5$CL=3.33E-6 5$CM+=3.72E-7 5 29P G 1383.55 7 45.0 25 29P L 1953.91 175/2+ 29P E 4.5 4 5.73 4 4.5 4 A 29P S E EAV=5188 25 29P G 570.36 171.56 31 29P G 1953.91 1717.9 28 29P L 2422.7 3 3/2+ 29P E 20.7 19 0.0010910 4.98 5 20.7 19A 29P S E EAV=4955 25$CK=4.79E-5 7$CL=4.43E-6 7$CM+=4.94E-7 8 29P G 468.79 3 1.08 55 29P G 1039.15 3 3.22 60 29P G 2422.7 3 22.6 20 29P L 3105.9 3 5/2+ 29P E 0.9 3 6.20 15 0.9 3 A 29P S E EAV=4615 25 29P G 1151.99 3 0.53 11 29P G 1722.35 3 1.67 33 29P G 3105.9 3 0.07 LT 29P L 4080.5 3 7/2+ 29P E 0.5 LT 6.2 GT 0.5 LT 29P S E EAV=4132 25 29P G 1657.80 3 0.02 LT 29P G 2126.59 3 0.26 LT 29P G 2696.95 3 0.22 LT 29P L 4954.1 5 (5/2+) 29P E 11.9 4 0.001456 4.639 22 11.9 4 29P S E EAV=3699 25$CK=0.0001102 2$CL=1.017E-5 20$CM+=1.136E-6 22 29P G 1848.20 5 0.46 17 29P G 2531.40 5 1.70 50 29P G 3000.19 5 2.48 54 29P G 3570.55 5 9.1 11 29P G 4954.1 5 1.70 50 29P L 5293.0 5 (7/2+) 29P E 3.9 3 5.03 4 3.9 3 29P S E EAV=3531 25 29P G 2187.10 0.86 21 29P G 3339.09 3.04 31 29P G 3909.45 0.23 LT 29P L 5826 4 29P E 4.0 4 4.87 5 4.0 4 29P S E EAV=3268 25 29P L 5968 3 3/2+ 29P E 0.18 2 6.17 6 0.18 2 29P S E EAV=3198 25 29P L 6328 5 (1/2,3/2) 29P E 0.38 5 5.74 6 0.38 5 29P S E EAV=3020 25 29P L 6505 15 29P E 0.30 4 5.79 7 0.30 4 29P S E EAV=2934 26 29P L 6828 5 (3/2+,5/2+) 29P E 0.3 LT 5.7 GT 0.3 LT 29P S E EAV=2775 25 29P L 7148 10 29P E 1.08 7 5.01 4 1.08 7 29P S E EAV=2617 25 29P L 7272 5 (5/2+) 29P E 0.33 4 5.48 6 0.33 4 29P S E EAV=2557 25 29P L 7361 10 29P E 0.25 4 5.57 8 0.25 4 29P S E EAV=2513 26 29P L 7523 5 (3/2+) 29P E 0.082 15 5.99 9 0.082 15 29P S E EAV=2433 25 29P L 7755 5 (5/2+) 29P E 0.23 4 5.45 8 0.23 4 29P S E EAV=2319 25 29P L 8106 11(5/2+) 29P E 1.49 9 4.49 4 1.49 9 29P S E EAV=2148 25 29P L 8234 9 (3/2+) 29P E 1.01 14 4.61 7 1.01 14 29P S E EAV=2085 25 29P L 8379 3 (5/2+) 29P E 18.3 6 0.0123 6 3.28 3 18.3 6 29P S E EAV=2015 25$CK=0.000608 21$CL=5.62E-5 20$CM+=6.28E-6 22 29P G 3424.90 3 3.6 17 29P G 5956.30 3 4.5 6 29P G 6425.09 3 7.9 28 29P G 6995.45 3 2.2 4 29P L 8432 15 (5/2+) 29P E 0.7 LT 4.7 GT 0.7 LT 29P S E EAV=1989 26 29P L 8532 10(3/2+,5/2+) 29P E 1.14 10 4.42 5 1.14 10 29P S E EAV=1940 25 29P L 8810 30 29P E 0.14 3 5.20 10 0.14 3 29P S E EAV=1805 29 29P L 8865 12 (1/2+,3/2+) 29P E 0.26 3 4.90 6 0.26 3 29P S E EAV=1779 25 29P L 9389 12 (3/2+) 29P E 0.43 5 0.000638 4.40 6 0.43 5 29P S E EAV=1525 25$CK=0.00132 7$CL=0.000122 6$CM+=1.36E-5 7 29P L 9715 50(3/2+,5/2+) Z 29P E 0.100 20 0.000214 4.80 10 0.10 2 B 29P S E EAV=1347 24$CK=0.00187 10$CL=0.000173 9$CM+=1.93E-5 10 29P L 9855 30(3/2+,5/2+) Z 29P E 0.21 2 0.000485 4.42 6 0.21 2 B 29P S E EAV=1302 28$CK=0.00206 13$CL=0.000190 12$CM+=2.12E-5 14 29P L 10095 30 Z 29P E 0.12 1 0.000354 4.50 6 0.12 1 B 29P S E EAV=1188 28$CK=0.00266 18$CL=0.000245 17$CM+=2.74E-5 19 29P L 10535 30 (3/2+) Z 29P E 0.18 1 0.000909 3.98 6 0.18 1 B 29P S E EAV=980 28$CK=0.0045 4$CL=0.00042 4$CM+=4.7E-5 4