Flamingo Vol. III N 4

Schmitz. Cover. Picture. 0. Octopus. The Creed of a Frosh. Poem. 4. Widow. Chanson Du Frosh. Poem. 4. Widow. Untitled. Prose. 4. W.M.P. The College Creed. Prose. 4. Anonymous. SHE\u27S GOT THE CLOTHES, THIS FROSH SO FINE, AND HEAVEN KNOWS SHE\u27S GOT THE LINE. SHE\u27S TEETH OF PEARL THAT OFTEN SHOW. HER HAIR WOULD CURL IF IT COULD GROW. WITH ME SHE\u27S IT, GETS BY IMMENSE— BUT I MUST ADMIT SHE\u27S GOT NO SENSE. Picture. 5. Schmitz. SHADES OF THE SUMMER RESORTSOME, ER, KIDD. Picture. 6. Holt, Kilburn. Priest and Levite. Prose. 7. Anonymous. Commentary on a Poem. Prose. 9. Anonymous. Address to an Idle Dream. Poem. 10. Anonymous. Apology. Poem. 10. Uber, D. ONCE MEN LIKED THE GIRLS WHOSE ACQUAINTANCE THEY MADE FOR THE SHY, BASHFUL GLANCES THEY MET. BUT NOW IT\u27S THE HANG OF THE EARRINGS OF JADE, AND THE TILT OF THE CIGARETTE. Picture. 11. K.K.H. Helpful Hints for Foggy Freshmen. Prose. 11. Anonymous. Sonnet in Slang. Prose. 11. Anonymous. Untitled. Prose. 11. Anonymous. Untitled. Prose. 11. Anonymous. Untitled. Prose. 11. Clyde. CAN YOU FIGHT? NOT WITH A WOMAN. COME ON THEN YOU PIE-FACE! . Picture. 11. Anonymous. VITRIOLA RECORDS FOR SEPTEMBER. Prose. 12. Anonymous. Untitled. Prose. 12. Anonymous. Untitled. Prose. 12. Anonymous. Untitled. Prose. 12. Anonymous. Untitled. Prose. 12. E.B. Chapel Cherubs. Picture. 13. Anonymous. Untitled. Prose. 13. Anonymous. Untitled. Prose. 13. Anonymous. Untitled. Prose. 13. Anonymous. Untitled. Prose. 13. Anonymous. Untitled. Prose. 13. Anonymous. Untitled. Prose. 13. Anonymous. DO YOU THINK YOU COULD CARE FOR A CHAP LIKE ME? I THINK SO—IF HE WASN\u27T TOO MUCH LIKE YOU. Picture. 13. Anonymous. Untitled. Prose. 13. Anonymous. Untitled. Prose. 13. Anonymous. Untitled. Prose. 13. Anonymous. Untitled. Prose. 13. Anonymous. Untitled. Prose. 13. Anonymous. Untitled. Prose. 13. Anonymous. BASIC PLOT FOR SOCIETY DRAMA. Prose. 13. Anonymous. Untitled. Prose. 14. Anonymous. Editor. Picture. 15. Bridge. Denison Comics. Picture. 16. Ubersax. I HAVE BAD NEWS FOE YOU, CLARENCE. SO? YES. I VISITED A FORTUNE TELLER\u27S THIS AFTERNOON, AND SHE TOLD ME THAT I AM GOING TO MARRY A HANDSOME MAN. Picture. 18. Anonymous. The Career of a Good Joke. Prose. 18. W.M.P. Gentle Hints on Curriculum-Synopsis of Popular Courses. Prose. 18. Anonymous. Untitled. Prose. 18. Anonymous. MAY— WOULD YOU WEAR A RENTED BATHING SUIT? JUNE-\u27TT DEPENDS WHERE THE RENT WAS. Picture. 18. Anonymous. Untitled. Poem. 18. Anonymous. Untitled. Prose. 19. Anonymous. Untitled. Prose. 19. Anonymous. Untitled. Prose. 19. Anonymous. Untitled. Prose. 19. Anonymous. Untitled. Prose. 19. Anonymous. Untitled. Prose. 19. Anonymous. Untitled. Prose. 19. Anonymous. A READ-LETTER DAY AT THE SEM THIS MONTH. Picture. 19. Anonymous. Famous Greens. Prose. 19. Anonymous. TIE— HOW CAN I THICKEN MY HAIR? CURLS— TRY MOLASSES AND FLOUR. Picture. 19. Anonymous. \u27Twas Ever Thus! Poem. 19. Anonymous. Untitled. Prose. 22. Anonymous. Untitled. Prose. 22. Anonymous. Untitled. Prose. 22. Anonymous. Untitled. Prose. 22. Anonymous. Untitled. Prose. 22. Anonymous. Untitled. Prose. 22. Schmitz. POPULAR COURSE IN TENNYSON. Picture. 23. Purple Cow. Untitled. Prose. 24. Purple Parrot. Heard After Vacation. Prose. 24. Octopus. The Cost of Custom. Prose. 24. Purple Cow. Untitled. Prose. 24. Chaparral. All That Glitters-. Prose. 24. Jack-0-Lantern. Untitled. Prose. 24. Juggler. Untitled. Prose. 24. Reel, Virginia. Untitled. Prose. 24. Anonymous. Oh Gosh! Prose. 25. Brown Jug. Untitled. Prose. 25. Orange Peel. Try and Laugh This Off. Prose. 25. Widow. Untitled. Prose. 25. Banter. Untitled. Prose. 25. Punch Bowl. Extract From Mythology. Prose. 26. Dodo. Untitled. Prose. 26. Puppet. Untitled. Prose. 26. Orange Owl. PAGE MUELLER. Prose. 26. Juggler. Untitled. Prose. 26. Widow. Untitled. Prose. 26. Gargoyle. Untitled. Prose. 26. The Cougar\u27s Paw. The Devil\u27s Dictionary. Prose. 27. Chaparral. Where Did IO Dine? Prose. 27. Octopus. Untitled. Prose. 27. Malteaser. Untitled. Prose. 27. Widow. Untitled. Prose. 27. Chaparral. Untitled. Prose. 27. Malteaser. Untitled. Prose. 27. Mirror. Untitled. Prose. 28. Chaparral. Untitled. Prose. 28. Widow. Higher Mathematics. Prose. 28. Cougar\u27s Paw. Untitled. Prose. 28. Reel, Virginia. Untitled. Prose. 28. Tiger. This May Be New To Someone. Prose. 28. Dodo. Untitled. Prose. 28. Purple Cow. Untitled. Prose. 28. Widow. Page Red Stone. Prose. 28. Dodo. Untitled. Prose. 28. Anonymous. Their Idea of Something Funny. Prose. 29. Anonymous. Untitled. Prose. 29. Garber, Jock. OUR QUESTIONABLE DEPARTMENT. Prose. 30. Brown Jug. Untitled. Prose. 31. Cougar\u27s Paw. Untitled. Prose. 31. Anonymous. Untitled. Prose. 32. Dodo. Untitled. Prose. 32. Purple Cow. Untitled. Prose. 32

Dissecting the Re-Os molybdenite geochronometer

Rhenium and osmium isotopes have been used for decades to date the formation of molybdenite (MoS2), a common mineral in ore deposits and the world’s main source of molybdenum and rhenium. Understanding the distribution of parent 187Re and radiogenic daughter 187Os isotopes in molybdenite is critical in interpreting isotopic measurements because it can compromise the accurate determination and interpretation of mineralization ages. In order to resolve the controls on the distribution of these elements, chemical and isotope mapping of MoS2 grains from representative porphyry copper-molybdenum deposits were performed using electron microprobe and nano-scale secondary ion mass spectrometry. Our results show a heterogeneous distribution of 185,187Re and 192Os isotopes in MoS2, and that both 187Re and 187Os isotopes are not decoupled as previously thought. We conclude that Re and Os are structurally bound or present as nanoparticles in or next to molybdenite grains, recording a complex formation history and hindering the use of microbeam techniques for Re-Os molybdenite dating. Our study opens new avenues to explore the effects of isotope nuggeting in geochronometers

Correlations in intermediate-energy two-proton removal reactions

We report final-state-exclusive measurements of the light charged fragments in coincidence with 26Ne residual nuclei following the direct two-proton removal from a neutron-rich 28Mg secondary beam. A Dalitz-plot analysis and comparisons with simulations show that a majority of the triple- coincidence events with two protons display phase-space correlations consistent with the (two-body) kinematics of a spatially-correlated pair-removal mechanism. The fraction of such correlated events, 56(12) %, is consistent with the fraction of the calculated cross section, 64 %, arising from spin S = 0 two-proton configurations in the entrance-channel (shell-model) 28Mg ground state wave function. This result promises access to an additional and more specific probe of the spin and spatial correlations of valence nucleon pairs in exotic nuclei produced as fast secondary beams.Comment: accepted for publication in Physical Review Letter

Angular Dependence in Proton-Proton Correlation Functions in Central 40Ca+40Ca^{40}Ca+^{40}Ca and 48Ca+48Ca^{48}Ca+^{48}Ca Reactions

The angular dependence of proton-proton correlation functions is studied in central $^{40}Ca+^{40}Ca$ and $^{48}Ca+^{48}Ca$ nuclear reactions at E=80 MeV/A. Measurements were performed with the HiRA detector complemented by the 4$\pi$ Array at NSCL. A striking angular dependence in the laboratory frame is found within p-p correlation functions for both systems that greatly exceeds the measured and expected isospin dependent difference between the neutron-rich and neutron-deficient systems. Sources measured at backward angles reflect the participant zone of the reaction, while much larger sources observed at forward angles reflect the expanding, fragmenting and evaporating projectile remnants. The decrease of the size of the source with increasing momentum is observed at backward angles while a weaker trend in the opposite direction is observed at forward angles. The results are compared to the theoretical calculations using the BUU transport model.Comment: 8 pages, 3 figures, submitted to PR

Investigations of three, four, and five-particle exit channels of levels in light nuclei created using a 9C beam

The interactions of a E/A=70-MeV 9C beam with a Be target was used to populate levels in Be, B, and C isotopes which undergo decay into many-particle exit channels. The decay products were detected in the HiRA array and the level energies were identified from their invariant mass. Correlations between the decay products were examined to deduce the nature of the decays, specifically to what extent all the fragments were created in one prompt step or whether the disintegration proceeded in a sequential fashion through long-lived intermediate states. In the latter case, information on the spin of the level was also obtained. Of particular interest is the 5-body decay of the 8C ground state which was found to disintegrate in two steps of two-proton decay passing through the 6Beg.s. intermediate state. The isobaric analog of 8Cg.s. in 8B was also found to undergo two-proton decay to the isobaric analog of 6Beg.s. in 6Li. A 9.69-MeV state in 10C was found to undergo prompt 4-body decay to the 2p+2alpha exit channel. The two protons were found to have a strong enhancementin the diproton region and the relative energies of all four p-alpha pairs were consistent with the 5Lig.s. resonance

Probing elastic and inelastic breakup contributions to intermediate-energy two-proton removal reactions

The two-proton removal reaction from 28Mg projectiles has been studied at 93 MeV/u at the NSCL. First coincidence measurements of the heavy 26Ne projectile residues, the removed protons and other light charged particles enabled the relative cross sections from each of the three possible elastic and inelastic proton removal mechanisms to be determined. These more final-state-exclusive measurements are key for further interrogation of these reaction mechanisms and use of the reaction channel for quantitative spectroscopy of very neutron-rich nuclei. The relative and absolute yields of the three contributing mechanisms are compared to reaction model expectations - based on the use of eikonal dynamics and sd-shell-model structure amplitudes.Comment: Accepted for publication in Physical Review C (Rapid Communication

Elastic breakup cross sections of well-bound nucleons

The 9Be(28Mg,27Na) one-proton removal reaction with a large proton separation energy of Sp(28Mg)=16.79 MeV is studied at intermediate beam energy. Coincidences of the bound 27Na residues with protons and other light charged particles are measured. These data are analyzed to determine the percentage contributions to the proton removal cross section from the elastic and inelastic nucleon removal mechanisms. These deduced contributions are compared with the eikonal reaction model predictions and with the previously measured data for reactions involving the re- moval of more weakly-bound protons from lighter nuclei. The role of transitions of the proton between different bound single-particle configurations upon the elastic breakup cross section is also quantified in this well-bound case. The measured and calculated elastic breakup fractions are found to be in good agreement.Comment: Phys. Rev. C 2014 (accepted