|Joseph A. DiVerdi|
The care and feeding of laboratory notebooks. The good and bad of laboratory reports. The highs and lows of oral presentations. How to make your next paper scientifically effective.
Tools, instruments, equipment and methods used in the analytic chemistry laboratory; the experimental quantitative measurement of chemical species; the application of analytical methods to chemical problems; the development of quantitative analytical methods and the application of advanced mathematics to problems in analytical chemistry.
The experimental instrument-based measurement of chemical properties. The application of instrument-based analytic measurements. The development of instrumental methods.
The application of experimental quantitative analytic chemistry in a clinical laboratory setting. The measurement of physiological chemistry using quantitative analytic chemistry tchniques.
The experimental measurement of quantum mechanical properties. The application of experimental physical chemistry methods. The development of experimental physical methods. The application of advanced mathematics to problems in physical chemistry.
The experimental measurement of thermodynamic and related properties. The application of experimental physical chemistry methods. The development of experimental physical methods. The application of advanced mathematics to problems in physical chemistry.
Although it is tempting to view Hemp & Cannabis with a strictly botanical eye once the harvest has been completed all the interesting topics are chemical in nature. Starting with identification and understanding the various groups and classes of molecules present in the plants to the conversion of the raw agricultural material into a host of user-focussed products and then on to the physiological and pharmacological pathways and impacts after consumption all are fair game here. An exposition of knowledge to guide responsible production, marketing and consumption