An upper-division laboratory course in atomic and molecular spectroscopy is described. Examples of outcomes that also benefit second-year physics laboratories and demonstrations in introductory courses are presented. The overarching goal that drove the development of the course was to assist students in understanding the fundamental connections between atomic and molecular spectra and the underlying structures. A selection of laboratory experiences supporting this goal, and the equipment and techniques necessary to provide them, are outlined
Spectroscopy is a fundamental and a professionalizing content for biotechnology students. In particu...
In molecular spectroscopy, our models of the molecular world are built on rigorous spectroscopic exp...
In molecular spectroscopy, our models of the molecular world are built on rigorous spectroscopic exp...
As most every person at this conference can appreciate, spectroscopy, especially at the undergraduat...
As most every person at this conference can appreciate, spectroscopy, especially at the undergraduat...
Spectroscopy is the basis of many applications in chemistry; however, the basic principles of light,...
Based on discussions and suggestions received during the "Spectroscopy in the Classroom" 2015 ISMS m...
Based on discussions and suggestions received during the "Spectroscopy in the Classroom" 2015 ISMS m...
Undergraduate students in all areas of science encounter one or more types of spectroscopy as an ess...
Rochester's second semester physical chemistry lab course is based on spectroscopy experiments and f...
1. Students will study and discuss the theories, principles, and applications of modern analytical o...
We describe a spectroscopy experiment, suitable for upper-division laboratory courses, that investig...
Spectroscopy is a fundamental component of physical chemistry courses. To encourage students to take...
Spectroscopy is a fundamental component of physical chemistry courses. To encourage students to take...
Spectroscopy covers a wide range of analytical techniques, a small sub-set of which UK pre-universit...
Spectroscopy is a fundamental and a professionalizing content for biotechnology students. In particu...
In molecular spectroscopy, our models of the molecular world are built on rigorous spectroscopic exp...
In molecular spectroscopy, our models of the molecular world are built on rigorous spectroscopic exp...
As most every person at this conference can appreciate, spectroscopy, especially at the undergraduat...
As most every person at this conference can appreciate, spectroscopy, especially at the undergraduat...
Spectroscopy is the basis of many applications in chemistry; however, the basic principles of light,...
Based on discussions and suggestions received during the "Spectroscopy in the Classroom" 2015 ISMS m...
Based on discussions and suggestions received during the "Spectroscopy in the Classroom" 2015 ISMS m...
Undergraduate students in all areas of science encounter one or more types of spectroscopy as an ess...
Rochester's second semester physical chemistry lab course is based on spectroscopy experiments and f...
1. Students will study and discuss the theories, principles, and applications of modern analytical o...
We describe a spectroscopy experiment, suitable for upper-division laboratory courses, that investig...
Spectroscopy is a fundamental component of physical chemistry courses. To encourage students to take...
Spectroscopy is a fundamental component of physical chemistry courses. To encourage students to take...
Spectroscopy covers a wide range of analytical techniques, a small sub-set of which UK pre-universit...
Spectroscopy is a fundamental and a professionalizing content for biotechnology students. In particu...
In molecular spectroscopy, our models of the molecular world are built on rigorous spectroscopic exp...
In molecular spectroscopy, our models of the molecular world are built on rigorous spectroscopic exp...