| DCS # | DEMONSTRATION | REFERENCE | ABSTRACT |
|---|
| 9B62.00 | Lasers | | |
| 9B62.10 | laser theory | 36-1-3 | Introduction to lasers. |
| 9B62.11 | laser modes display | AJP 43(12),1057 | Use a Fabry-Perot etalon to display both longitudinal and transverse modes. |
| 9B62.11 | laser transverse modes | AJP 50(1),90 | Observe the transverse modes of a laser by shining a beam through a defunct laser tube to a screen a meter away. |
| 9B62.12 | polarization and intensity fluctuati | AJP 49(9),891 | Lasers show large intensity fluctuations when externally polarized and so do some internally polarized lasers. |
| 9B62.13 | laser polarization simplified | AJP 59(8),757 | Find the angle to set the polarizer that gives constant intensity. Directions. |
| 9B62.15 | laser resource letter | AJP 49(10),915 | Here's the source of all laser information pre 1980. |
| 9B62.15 | resource letter: lasers | AJP 49(9),915 | Here's where to go for laser information. |
| 9B62.20 | laser safety | AJP 42(11),1006 | An article on laser safety and the status of federal regulations (1974). |
| 9B62.20 | laser safety | 36-8 | Don't look into a laser. |
| 9B62.30 | inexpensive CO2 gas laser | AJP 34(10),989 | Plans for an inexpensive CO2 gas laser. |
| 9B62.30 | CO2 laser power increase | AJP 35(8),776 | Power is increased by lengthening the tube and introducing a cooling system. |
| 9B62.30 | chemical detector for CO2 laser | AJP 38(6),777 | A filter paper soaked in a cobalt chloride and ammonium chloride solution turns blue where the beam strikes. |
| 9B62.33 | inexpensive nitrogen laser | AJP 38(5),655 | Directions for constructing a small pulsed ultraviolet nitrogen laser. |
| 9B62.35 | HeNe laser construction | AJP 33(3),225 | Design of a 60 cm confocal resonator laser. |
| 9B62.35 | construction of HeNe lasers | AJP 37(3),276 | The general procedures for designing a HeNe laser. |
| 9B62.35 | inexpensive rf HeNe laser | AJP 38(10),1250 | Directions for making an inexpensive 3.39 micron rf excited HeNe laser. |
| 9B62.36 | N2 laser | AJP 44(12),1172 | Design and construction of a low cost N2 pulsed laser. |
| 9B62.38 | uranium hydrite getter | AJP 35(6),ix | A method for preparing uranium hydrite inside a noble gas laser. |
| 9B62.38 | correction- uranium hydride getter | AJP 35(8),v | There are several errors in the description of the preparation of a getter from metallic uranium. |
| 9B62.40 | laser alignment | AJP 45(11),1118 | Use a square aperture to align two beams with no rotation. |
| 9B62.40 | optics of the laser beam | AJP 32(5),355 | Some optics. |
| 9B62.40 | plasma tube mirror alignment | AJP 35(5),x | A method for aligning mirrors on plasma tubes with respect to the tube, not each other. |
| 9B62.50 | HeNe laser rejunevation | AJP 45(1),107 | A HeNe laser was operated in a helium environment for a day and began to lase again. |
| 9B62.50 | reconditioning HeNe tubes | AJP 45(8),778 | Reactivate the getter. |
| 9B62.60 | laser communication | AJP 45(11),1127 | Bounce a laser beam off a earphone driven mirror. |
| 9B62.60 | laser communication system | AJP 47(3),282 | Shine a laser through an ultrasonic light modulator. |
| 9B62.60 | transmitting sound with laser | AJP 38(7),926 | Use an audio transformer in series with the cathode side of the laser power supply. |
| 9B62.60 | laser communication apparatus | AJP 44(1),111 | Modulate a laser beam by passing it through a small plastic strip attached to an earphone. |
| 9B62.60 | laser eavesdropping | TPT 28(8),560 | Development of a crude laser eavesdropping system during a student project. |
| 9B62.60 | transmission of sound by light | A-99 | Sound-light demonstrations with a commercial photocell. |