Philip Harris Beta Stopper (For Radioactive Sources)
Philip Harris Beta Stopper (For Radioactive Sources)
Product code: B8R08002
Product Description
The Beta stopper is an ingenious idea from our friends at CLEAPSS. The Beta stopper is an aluminium cylinder made to fit over a standard 14mm diameter Radium source. The source is inserted in a hollow and secured in place with a nylon screw. The Aluminium is thick enough to block all of the alpha and beta emissions, allowing only the gamma radiation through. The Beta stopper is a very inexpensive alternative to buying a new Co-60 source and gives great results when used for the gamma radiation inverse square law experiment.
- Radioactive source is not included.
Associated products:
- Radioactive Sources
- B8R08088 - Inverse Square Law Apparatus
- GCSE & A-Level Biology: Atomic Physics and Radiation
Further Information
- Age Recommended from
- 16 Years
- Brand
- Philip Harris
- Curriculum Link
- Atomic Physics & Radiation
- Key Stage Suitability
- Key Stage 4+
- Material
- Aluminium
- Offers
- Reduced
- Product Type
- Beta Stopper
Useful Links
The Beta stopper is an ingenious idea from our friends at CLEAPSS. The Beta stopper is an aluminium cylinder made to fit over a standard 14mm diameter Radium source. The source is inserted in a hollow and secured in place with a nylon screw. The Aluminium is thick enough to block all of the alpha and beta emissions, allowing only the gamma radiation through. The Beta stopper is a very inexpensive alternative to buying a new Co-60 source and gives great results when used for the gamma radiation inverse square law experiment.
- Radioactive source is not included.
Associated products:
- Radioactive Sources
- B8R08088 - Inverse Square Law Apparatus
- GCSE & A-Level Biology: Atomic Physics and Radiation
Further Information
- Age Recommended from
- 16 Years
- Brand
- Philip Harris
- Curriculum Link
- Atomic Physics & Radiation
- Key Stage Suitability
- Key Stage 4+
- Material
- Aluminium
- Offers
- Reduced
- Product Type
- Beta Stopper
