Difference between revisions of "Optical Microscopy: Part 1 Report Outline"
From Course Wiki
(Created page with "# Apparatus: #* Draw a block diagram of your microscope, including all optical elements and relevant distances. It is unnecessary to document the details of the mechanical constr...") |
|||
Line 1: | Line 1: | ||
# Apparatus: | # Apparatus: | ||
− | #* Draw a block diagram of your microscope, including all optical elements and relevant distances. It is | + | #* Draw a block diagram of your microscope, including all optical elements and relevant distances. It is not necessary to document the details of the mechanical construction. |
#* Describe your design calculations and considerations. | #* Describe your design calculations and considerations. | ||
− | #* Why not put in a nice snapshot of your | + | #* Why not put in a nice snapshot of your &lsquot;scope? (optional, but certainly a cherished memory in the making) |
# Magnification | # Magnification | ||
## Procedure | ## Procedure | ||
Line 8: | Line 8: | ||
## Data | ## Data | ||
##* Include example images. | ##* Include example images. | ||
− | # | + | ## Analysis and Results |
− | # Analysis | + | ##* Report the nominal and actual magnifications and fields of view you measured in a table. |
− | #* | + | ##* Document the method you used to find magnification. |
− | #* | + | ##* List the error sources that contributed significantly to systematic error and uncertainty in your measurement. To the degree possible, quantify the type and magnitude of the error. |
− | # | + | ## Discussion (optional for magnification measurement) |
− | #* | + | #*Explain any challenges you faced in the magnification measurement. |
− | #* | + | # Particle diameter measurement |
− | # | + | ## Procedure |
− | # | + | ##* Document the samples you used and how you captured images (camera settings, software used, etc…) |
− | #* | + | ## Data |
− | # | + | ##* Include example images. |
− | #* | + | ## Analysis and Results |
− | #* | + | ##* Report the average size of the microspheres in each sample and a measure of variation. |
− | # | + | ##* Describe how you measured the microspheres. |
− | #* | + | ##* List the error sources that contributed significantly to systematic error and uncertainty in your measurement. To the degree possible, quantify the type and magnitude of the error. |
− | #* | + | # Discussion |
− | + | #* Explain any challenges you faced measuring the size of silica microspheres. | |
− | + | #* How did your measurements differ from the reported values? What factors contributed to the difference? | |
− | # | + | |
− | #* | + | |
− | #* | + | |
− | + | ||
− | + | ||
− | + |
Revision as of 22:27, 9 February 2014
- Apparatus:
- Draw a block diagram of your microscope, including all optical elements and relevant distances. It is not necessary to document the details of the mechanical construction.
- Describe your design calculations and considerations.
- Why not put in a nice snapshot of your &lsquot;scope? (optional, but certainly a cherished memory in the making)
- Magnification
- Procedure
- Document the samples you used and how you captured images (camera settings, software used, etc…)
- Data
- Include example images.
- Analysis and Results
- Report the nominal and actual magnifications and fields of view you measured in a table.
- Document the method you used to find magnification.
- List the error sources that contributed significantly to systematic error and uncertainty in your measurement. To the degree possible, quantify the type and magnitude of the error.
- Discussion (optional for magnification measurement)
- Explain any challenges you faced in the magnification measurement.
- Procedure
- Particle diameter measurement
- Procedure
- Document the samples you used and how you captured images (camera settings, software used, etc…)
- Data
- Include example images.
- Analysis and Results
- Report the average size of the microspheres in each sample and a measure of variation.
- Describe how you measured the microspheres.
- List the error sources that contributed significantly to systematic error and uncertainty in your measurement. To the degree possible, quantify the type and magnitude of the error.
- Procedure
- Discussion
- Explain any challenges you faced measuring the size of silica microspheres.
- How did your measurements differ from the reported values? What factors contributed to the difference?