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Entry No. D0261

F.Dubbers¹,L.Funke¹,P.Kemnitz¹,K.D.Schilling¹, H.Strusny¹,E.Will¹,G.Winter¹,M.K.Balodis¹
Zentralinst.f.Kernforschung, Rossendorf¹
Nuclear Physics, Section A315(1978)317

HIGH-SPIN STATES OF THE DOUBLY ODD NUCLEUS 178TA

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Data File Physical quantities Reaction(s) Energies

1 * ENGY-GAMMA INTNSTY-GAMMA^1,3,101) INTNSTY-GAMMA^1,4,101) DATA2²⁾
ENGY-GAMMA: Energy of gamma-ray #5 176LU(ALPHA,2N)178TA; between 23 and 27 MEV
2 * ENGY-GAMMA INTNSTY-GAMMA^1,102) DATA2²⁾
ENGY-GAMMA: Energy of gamma-ray #5 178HF(D,2N)178TA; 13.5 MEV
3 * ENGY-GAMMA INTNSTY-GAMMA^1,103)
ENGY-GAMMA: Energy of gamma-ray #5 178HF(P,N)178TA; 6.7 MEV
4 * ENGY-GAMMA LEG-2 LEG-2-ERR
ENGY-GAMMA: Energy of gamma-ray #5 176LU(ALPHA,2N)178TA; between 23 and 27 MEV
5 * ENGY-GAMMA ENGY-COINC-GAMMA
ENGY-GAMMA: Energy of gamma-ray #5 176LU(ALPHA,2N)178TA; between 23 and 27 MEV
6 * ENGY-GAMMA ENGY-COINC-GAMMA
ENGY-GAMMA: Energy of gamma-ray #5 178HF(D,2N)178TA; 13.5 MEV
7 * CHNL COUNTS
COUNTS: Count number 178HF(P,N)178TA; 6.7 MEV
8 * CHNL COUNTS
COUNTS: Count number 178HF(P,N)178TA; 6.7 MEV
9 * CHNL COUNTS
COUNTS: Count number 178HF(P,N)178TA; 6.7 MEV
10 * CHNL COUNTS
COUNTS: Count number 178HF(P,N)178TA; 6.7 MEV
11 * ENGY-GAMMA HALF-LIFE HALF-LIFE-ERR FLAG
ENGY-GAMMA: Energy of gamma-ray #5; HALF-LIFE: Half life time 178HF(P,N)178TA; 6.7 MEV
12 * ENGY-GAMMA FLAG INTNSTY-CONV-E CONV-COEF CONV-COEF-ERR CONV-COEF¹⁾ CONV-COEF²⁾ CONV-COEF³⁾ FLAG⁴⁾
ENGY-GAMMA: Energy of gamma-ray #5 178HF(D,2N)178TA; 13.5 MEV
13 * EXC-ENGY J-PI
EXC-ENGY: Excitation energy (of the final state) #2 176LU(ALPHA,2N)178TA,178HF(D,2N)178TA,178HF(P,N)178TA
14 * ENC-ENGY J-PI HALF-LIFE
HALF-LIFE: Half life time 176LU(ALPHA,2N)178TA,178HF(D,2N)178TA,178HF(P,N)178TA
15 * EXC-ENGY J-P HALF-LIFE
EXC-ENGY: Excitation energy (of the final state) #2; HALF-LIFE: Half life time 176LU(ALPHA,2N)178TA,178HF(D,2N)178TA,178HF(P,N)178TA
16 * ENC-ENGY J-PI HALF-LIFE
HALF-LIFE: Half life time 176LU(ALPHA,2N)178TA,178HF(D,2N)178TA,178HF(P,N)178TA
17 * J-PI DATA1¹⁾ DATA1-ERR DATA2²⁾ DATA2-ERR DATA3³⁾ DATA3-ERR
176LU(ALPHA,2N)178TA,178HF(D,2N)178TA,178HF(P,N)178TA
18 * J-PI¹⁾ J²⁾ INTNSTY³⁾ INTNSTY⁴⁾ DAT1⁵⁾ DATA1-ERR
INTNSTY: Intensity; J: Total angular momentum 176LU(ALPHA,2N)178TA,178HF(D,2N)178TA,178HF(P,N)178TA
19 * EXC-ENGY J-PI HALF-LIFE TOT-WSTH SPEC-FCTR TRNSF-L
EXC-ENGY: Excitation energy (of the final state) #2; HALF-LIFE: Half life time; SPEC-FCTR: Spectroscopic factor; TRNSF-L: Transferred L 176LU(ALPHA,2N)178TA,178HF(D,2N)178TA,178HF(P,N)178TA

1) SPIN AND PARITY FOR THE BAND HEAD LEVEL.
2) SPIN OF INTIAL STATES.
3) FOR THE TRANSITION J --> J-2.
4) FOR THE TRANSITION J --> J-1
5) DATA1 = (T/(2*Q0))**2, WHERE T IS THE M1 TRANSITION AMPLITUDE AND Q0 IS THE INTRINSIC QUADRUPOLE MOMENT.
101) Intensity normalized to 100 at 129.4 keV gamma line
102) Intensity normalized to 100 at 129.4 keV gamma line
103) Intensity normalized to 100 at 129.4 keV gamma line

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Last update of this script: April 12, 2006. Contact address: darpe-admin@jcprg.org

Data	File	Physical quantities	Reaction(s)	Energies
1	*	ENGY-GAMMA INTNSTY-GAMMA^1,3,101) INTNSTY-GAMMA^1,4,101) DATA2²⁾ ENGY-GAMMA: Energy of gamma-ray #5	176LU(ALPHA,2N)178TA;	between 23 and 27 MEV
2	*	ENGY-GAMMA INTNSTY-GAMMA^1,102) DATA2²⁾ ENGY-GAMMA: Energy of gamma-ray #5	178HF(D,2N)178TA;	13.5 MEV
3	*	ENGY-GAMMA INTNSTY-GAMMA^1,103) ENGY-GAMMA: Energy of gamma-ray #5	178HF(P,N)178TA;	6.7 MEV
4	*	ENGY-GAMMA LEG-2 LEG-2-ERR ENGY-GAMMA: Energy of gamma-ray #5	176LU(ALPHA,2N)178TA;	between 23 and 27 MEV
5	*	ENGY-GAMMA ENGY-COINC-GAMMA ENGY-GAMMA: Energy of gamma-ray #5	176LU(ALPHA,2N)178TA;	between 23 and 27 MEV
6	*	ENGY-GAMMA ENGY-COINC-GAMMA ENGY-GAMMA: Energy of gamma-ray #5	178HF(D,2N)178TA;	13.5 MEV
7	*	CHNL COUNTS COUNTS: Count number	178HF(P,N)178TA;	6.7 MEV
8	*	CHNL COUNTS COUNTS: Count number	178HF(P,N)178TA;	6.7 MEV
9	*	CHNL COUNTS COUNTS: Count number	178HF(P,N)178TA;	6.7 MEV
10	*	CHNL COUNTS COUNTS: Count number	178HF(P,N)178TA;	6.7 MEV
11	*	ENGY-GAMMA HALF-LIFE HALF-LIFE-ERR FLAG ENGY-GAMMA: Energy of gamma-ray #5; HALF-LIFE: Half life time	178HF(P,N)178TA;	6.7 MEV
12	*	ENGY-GAMMA FLAG INTNSTY-CONV-E CONV-COEF CONV-COEF-ERR CONV-COEF¹⁾ CONV-COEF²⁾ CONV-COEF³⁾ FLAG⁴⁾ ENGY-GAMMA: Energy of gamma-ray #5	178HF(D,2N)178TA;	13.5 MEV
13	*	EXC-ENGY J-PI EXC-ENGY: Excitation energy (of the final state) #2	176LU(ALPHA,2N)178TA,178HF(D,2N)178TA,178HF(P,N)178TA
14	*	ENC-ENGY J-PI HALF-LIFE HALF-LIFE: Half life time	176LU(ALPHA,2N)178TA,178HF(D,2N)178TA,178HF(P,N)178TA
15	*	EXC-ENGY J-P HALF-LIFE EXC-ENGY: Excitation energy (of the final state) #2; HALF-LIFE: Half life time	176LU(ALPHA,2N)178TA,178HF(D,2N)178TA,178HF(P,N)178TA
16	*	ENC-ENGY J-PI HALF-LIFE HALF-LIFE: Half life time	176LU(ALPHA,2N)178TA,178HF(D,2N)178TA,178HF(P,N)178TA
17	*	J-PI DATA1¹⁾ DATA1-ERR DATA2²⁾ DATA2-ERR DATA3³⁾ DATA3-ERR	176LU(ALPHA,2N)178TA,178HF(D,2N)178TA,178HF(P,N)178TA
18	*	J-PI¹⁾ J²⁾ INTNSTY³⁾ INTNSTY⁴⁾ DAT1⁵⁾ DATA1-ERR INTNSTY: Intensity; J: Total angular momentum	176LU(ALPHA,2N)178TA,178HF(D,2N)178TA,178HF(P,N)178TA
19	*	EXC-ENGY J-PI HALF-LIFE TOT-WSTH SPEC-FCTR TRNSF-L EXC-ENGY: Excitation energy (of the final state) #2; HALF-LIFE: Half life time; SPEC-FCTR: Spectroscopic factor; TRNSF-L: Transferred L	176LU(ALPHA,2N)178TA,178HF(D,2N)178TA,178HF(P,N)178TA