Study of thermometers for measuring a microcanonical phase transition in nuclear fragmentation

The aim of this work is to study how the thermodynamic temperature is related to the known thermometers for nuclei especially in view of studying the microcanonical phase transition. We find within the MMMC-model that the "S-shape" of the caloric equation of state e^*(T) which is the signal of a phase transition in a system with conserved energy, can be seen in the experimentally accessible slope temperatures T_slope for different particle types and also in the isotopic temperatures T_He-Li. The isotopic temperatures T_H-He are weaker correlated to the shape of the thermodynamic temperature and therefore are less favorable to study the signal of a microcanonical phase transition. We also show that the signal is very sensitive to variations in mass of the source

The Effects of Gender and Self Construal on Perception of Racism

When looking into the idea of if one\u27s gender and their self-construal has an effect on how they perceive racism, we hypothesize that women will take a more interdependent self-construal and men will take a more independent self-construal. Based on how they identify, we believe that those in the interdependent condition will perceive more racism and those in the independent condition will perceive less racism

Fragmentation phase transition in atomic clusters I --- Microcanonical thermodynamics

Here we first develop the thermodynamics of microcanonical phase transitions of first and second order in systems which are thermodynamically stable in the sense of van Hove. We show how both kinds of phase transitions can unambiguously be identified in relatively small isolated systems of $\sim 100$ atoms by the shape of the microcanonical caloric equation of state $$ I.e. within microcanonical thermodynamics one does not need to go to the thermodynamic limit in order to identify phase transitions. In contrast to ordinary (canonical) thermodynamics of the bulk microcanonical thermodynamics (MT) gives an insight into the coexistence region. The essential three parameters which identify the transition to be of first order, the transition temperature $T_{tr}$, the latent heat $q_{lat}$, and the interphase surface entropy $\Delta s_{surf}$ can very well be determined in relatively small systems like clusters by MT. The phase transition towards fragmentation is introduced. The general features of MT as applied to the fragmentation of atomic clusters are discussed. The similarities and differences to the boiling of macrosystems are pointed out.Comment: Same as before, abstract shortened my e-mail address: [email protected]

Opening Remarks

Dean Robert Schapiro\u27s remarks honoring Marjorie Girth at the annual Emory Bankruptcy Developments Journal Banquet. Dean Schapiro highlighted Emory\u27s bankruptcy program, the Twelfth Annual Emory Bankruptcy Developments Journal Symposium held in February, and Marjorie Girth\u27s leadership and achievements in bankruptcy law

Welcome

To mark the occasion of the Emory Bankruptcy Developments Journal Ninth Annual Symposium, Dean Robert Schapiro gave a rousing welcome to the audience and highlighted the Stern v. Marshall case that is being presented in one the symposium panels

Opening Remarks

Dean Robert Schapiro\u27s remarks honoring Keith Shapiro at the annual Emory Bankruptcy Developments Journal Banquet. Dean Schapiro highlighted Emory\u27s bankruptcy program, the 30th anniversary of the Emory Bankruptcy Developments Journal, and Keith Shapiro\u27s dedication to Emory Law School and role as Alumni Advisor for the Emory Bankruptcy Developments Journal