Difference between revisions of "Shipra Koyal"

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(Created page with 'Day 1 (11/01/2013):Creating a Microscope out of an external webcam. Group member: Akshaya Materials Required: 1)An external webcam 2)A laptop(to view the real & enlarged imag...')
 
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Day 1 (11/01/2013):Creating a Microscope out of an external webcam.
 
Day 1 (11/01/2013):Creating a Microscope out of an external webcam.
 +
 
Group member: Akshaya
 
Group member: Akshaya
Materials Required:
+
 
1)An external webcam  
+
Materials Required:
2)A laptop(to view the real & enlarged image)
+
1)An external webcam  
3)Super glue
+
2)A laptop(to view the real & enlarged image)
4)A screw-driver set
+
3)Super glue
 +
4)A screw-driver set
 
   
 
   
So all you need to do is, dismantle the webcam, take out the lens, flip it, and place it on the microprocessor. Adjust the position of the lens
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So all you need to do is, dismantle the webcam, take out the lens, flip it, and place it on the microprocessor. Adjust the position of the lens
and glue the them onto the processor only when you obtain a clear image.  
+
and glue the them onto the processor only when you obtain a clear image.  
We tested the microscope by holding the lens to the laptop screen and were able to view the RGB pixels. This method was later used to view the
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We tested the microscope by holding the lens to the laptop screen and were able to view the RGB pixels. This method was later used to view the
veins of leaves and particles in dirty water.
+
veins of leaves and particles in dirty water.
The day ended with a video chat with '''Sachiko Hirosue''', who briefed us on her work.
+
The day ended with a video chat with '''Sachiko Hirosue''', who briefed us on her work.

Revision as of 15:20, 13 January 2013

Day 1 (11/01/2013):Creating a Microscope out of an external webcam.

Group member: Akshaya

Materials Required: 1)An external webcam 2)A laptop(to view the real & enlarged image) 3)Super glue 4)A screw-driver set

So all you need to do is, dismantle the webcam, take out the lens, flip it, and place it on the microprocessor. Adjust the position of the lens and glue the them onto the processor only when you obtain a clear image. We tested the microscope by holding the lens to the laptop screen and were able to view the RGB pixels. This method was later used to view the veins of leaves and particles in dirty water. The day ended with a video chat with Sachiko Hirosue, who briefed us on her work.