Original Text / Japanese
Copy
現象についての補足
1.473nm, 559nm, 635nmのレーザー入射時に現象を確認
2.入射光の偏光方向に依存しない
3.上下左右のスポットは対称に出ている模様
4.グレーティングを回転させると、スポットパターンも追従して回転する(前のスライド参照)
![[deleted user]](https://secure.gravatar.com/avatar/695023b4efd563721d13716b1457bc73.png?d=identicon&mode=crop&r=PG&s=42)
Rating
55
Translation / English
- Posted at 29 Nov 2010 at 09:40
Supplement for the phenomenon
1. Confirmed the phenomenon at the laser incidence of 473nm, 559nm and 635nm
2. Independent for the deflection direction of the incident light
3. It seems that the left, right, top and bottom of spots are symmetrically-provided
4. When you turn the grating, the spot pattern follows to turn (refer to the previous slide)
1. Confirmed the phenomenon at the laser incidence of 473nm, 559nm and 635nm
2. Independent for the deflection direction of the incident light
3. It seems that the left, right, top and bottom of spots are symmetrically-provided
4. When you turn the grating, the spot pattern follows to turn (refer to the previous slide)
Rating
50
Translation / English
- Posted at 29 Nov 2010 at 17:34
Supplement to the phenomenon
1. Check the phenomenon when incident laser of 473nm, 559nm, 635nm.
2. It does not rely on the direction of the incident light's deflection.
3. When rotate the grating, spot pattern follows with that movement.(Please refer to previous slide)
1. Check the phenomenon when incident laser of 473nm, 559nm, 635nm.
2. It does not rely on the direction of the incident light's deflection.
3. When rotate the grating, spot pattern follows with that movement.(Please refer to previous slide)
