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GAMMA-GAMMA DIRECTIONAL CORRELATION IN Ti$sup 4$$sup 6$

Journal Article · · Nuclear Phys.
The directional correlation between the 1.119-Mev gamma ray and the 0.885-Mev gamma ray in the deexcitation of excited Ti/sup 46/ is measured in an effort to strengthen the spin and parity assignment of the 2.004Mev state, and to try to determine the mixing ratio of multipolarities in the upper transition. The data yield a least-squares solid-angle-corrected correlation function W( THETA ) = 1 + (0.1049 plus or minus 0.0020) P/sub 2/ (cos THETA ) + (0.0057 plus or minus 0.0030) P/sub 4/ (cos THETA ). This result is consistent with the assignment (4+) for the 2.004-Mev state and the inclusion of at most (0.005% plus or minus 0.002%) M3 radiation mixed with pure E2 radiation in the 1.119-Mev gamma ray. (auth)
Research Organization:
Oregon State Univ., Corvallis
NSA Number:
NSA-16-026256
OSTI ID:
4812621
Journal Information:
Nuclear Phys., Journal Name: Nuclear Phys. Vol. Vol: 33
Country of Publication:
Country unknown/Code not available
Language:
English

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