Nuclear Chemistry and Radiochemistry

Use atomic structure to predict nuclear stability, balance nuclear chemical equations. Predict decay modes. Predict decay rates. Calculate rates of decay and energies of nuclear reactions. Apply E=mC2.

Discuss the various interactions of radiation with matter. Determine the shielding requirements necessary to block radiation of different forms. Predict the health effects of exposure to various amounts and types of ionizing radiation. Recognize all sources of ionizing radiation. Determine the proper safety precautions necessary to safely work with radioactive sources. Calculate dose and exposures for all radiation types. Explain stochastic and genetic damage.

Operate all counting equipment effectively including survey meters and various radiation detectors. Employ appropriate techniques to analyze radioactive materials and critically assess the merit of results. Employ proper shielding and monitoring of radioactive sources including the handling of wastes generated. Maintain accurate records including a properly formatted laboratory notebook.

Write formal laboratory reports following the ACS style guide. Effectively present a topic in nuclear or radiochemistry to their peers in a formal setting.