Explain how FTIR-ATR is capable of measuring the absorbance of
IR radiation without projecting the radiation...
Explain how FTIR-ATR is capable of measuring the absorbance of
IR radiation without projecting the radiation directly through a
sample container to a detector on the other side.
Infrared radiation is also called IR. Describe how it is
different from visible light. What emits IR? Can animals use it?
Explain how emission of IR sometimes “wastes” energy. Give examples
showing how IR is used in modern technology.
Infrared radiation is also called IR. Describe how it is
different from visible light. What emits IR? Can animals use it?
Explain how emission of IR sometimes “wastes” energy. Give examples
showing how IR is used in modern technology.
1. Explain the different concepts that relate to antennas.
2. Describe how IR and EIRP are different.
3. Differentiate between the 2 antenna coverage patterns.
4. Explain MIMO.
Explain how the absorbance of mixtures is additive. Describe the
“two unknowns, two equations” system used to find the
concentrations of two absorbing species in mixtures.
1.
a. Using Beer-Lambert equation (A=eCL) to explain how absorbance
is affected by changes in concentration and in the pathlength.
b. How to use the molecular structure to predict which molecules
will absorb radiation in the IR region
c. Explain the mechanism by which greenhouse gases result in
higher atmospheric temperature.
d. Explain why the wavelength at which a molecule absorbs energy
is important in determining whether a molecule will act as a
greenhouse gas.
e. Explain the importance of...