6.6.2 Software and Set of Input Parameters
1. The automated one-channel IR-radiometer, mated with the computer.
2. Thermometers for contact temperature measurements.
3. Computer programs for the surface temperature processing. Files names and
paths of needed programs are pointed (given) by the professor.
6.6.3 Sequential Steps of the Exercise Implementation
1. Read attentively the section devoted to the physical/theoretical background of
this exercise. If necessary, consult the referenced literature.
2. Explain the optical scheme of the operation IR-radiometer using the Fig. 6.1.
3. Master computer programs for resulting data processing with computer.
4. Accomplish the IR-radiometer testing and using dishes with water at different
temperatures. Estimate average and maximal observational errors within given
temperature ranges.
5. Prepare the report containing concise description of the radiometer and
principles of operation and results of testing radiometer with estimating observational errors.
6.6 Practice 5
61
1. The automated one-channel IR-radiometer, mated with the computer.
2. Thermometers for contact temperature measurements.
3. Computer programs for the surface temperature processing. Files names and
paths of needed programs are pointed (given) by the professor.
6.6.3 Sequential Steps of the Exercise Implementation
1. Read attentively the section devoted to the physical/theoretical background of
this exercise. If necessary, consult the referenced literature.
2. Explain the optical scheme of the operation IR-radiometer using the Fig. 6.1.
3. Master computer programs for resulting data processing with computer.
4. Accomplish the IR-radiometer testing and using dishes with water at different
temperatures. Estimate average and maximal observational errors within given
temperature ranges.
5. Prepare the report containing concise description of the radiometer and
principles of operation and results of testing radiometer with estimating observational errors.
6.6 Practice 5
61