분야
hwpLocation
Participation Member
Result & interpretation
1) Measurement Focal length of Convex lens
- Parallel light law
- Auto collimation law
- Measurement law using collimator
- Measurement focal length by thin lens equation
- Measurement focal length using magnification
- Measurement focal length using conjugate point
2) Measurement Focal length of concave lens
- Parallel light law
- Auto Collimation law
- Measurement focal length by thin lens equation
- Measurement focal length using magnification
3) Measurement Focal length of compound lens
- Measurement law using collimator
- Measurement focal length by Newton’s Law
Implication
Reference
Making a pre-report : 2009. 10. 27. ( 8p.m. ~ 12p.m. )
Do experiment : 2009. 10. 28. 6PM ~ 6AM
1) Measurement Focal length of Convex lens
- Parallel light law
- Auto collimation law
- Measurement law using collimator
- Measurement focal length by thin lens equation
- Measurement focal length using magnification
- Measurement focal length using conjugate point
2) Measurement Focal length of concave lens
- Parallel light law
- Measurement focal length by thin lens equation
- Measurement focal length using magnification
3) Measurement Focal length of compound lens
- Measurement law using collimator
- Measurement focal length by Newton’s Law
2. Location
Science Hall 618
3. Participation Member
Project manager : william kim
Project Scientist : Shannon Jung
Experiment Engineer : Iryn Park
Result Analyser : William Kim
4. Result & Interpretation
렌즈의 초점거리 실험은 각 렌즈의 spec.과 실험을 통해 얻은 되는 초점거리를 비교하여 spec.과 실제 렌즈의 초점거리가 얼마나 일치하는지 확인한다. 이를 통하여 렌즈의 초점거리와 그 측정방법에 대한 이해를 높이고, 볼록⦁오목⦁복합렌즈의 초점에 따른 측정방법의 차이를 이해한다. 각 방법 및 결과는 아래와 같다.
