How to detect alpha radiation without a counter?

AI Thread Summary
Detecting alpha radiation without a counter is challenging and potentially dangerous. The discussion highlights the importance of safety when handling alpha sources, such as Americium-241. It emphasizes that proper detection equipment is crucial for ensuring safety and compliance with regulations. If individuals lack the knowledge or tools to safely manage radiation sources, they should refrain from doing so. Ultimately, acquiring a proper detector is strongly advised for anyone working with alpha radiation.
Etheryte
Messages
3
Reaction score
0
Alright if I have an object that's completely constituted of alpha radiation particles (emitting the +2 charge nucleus of a hydrogen atom), how would that be accurately detected taking into consideration that I don't have a Griegor Counter on hand?

Americium-241
 
Science news on Phys.org
Do you actually have an alpha-source you need to detect, or is this just a question?
 
I have an alpha source!
 
In the interest of safety, I am going to have to delete a response, close this thread, and advise you to acquire a proper detector. Radiation is dangerous to both you and others around you, and requires strict safety procedures. If you do not know what to use, or where to find the proper equipment, then you probably shouldn't be working with a radiation source. See PF rules by clicking on Site Info at the top of the page and then Rules and Guidelines.
 
I need to calculate the amount of water condensed from a DX cooling coil per hour given the size of the expansion coil (the total condensing surface area), the incoming air temperature, the amount of air flow from the fan, the BTU capacity of the compressor and the incoming air humidity. There are lots of condenser calculators around but they all need the air flow and incoming and outgoing humidity and then give a total volume of condensed water but I need more than that. The size of the...
Thread 'Why work is PdV and not (P+dP)dV in an isothermal process?'
Let's say we have a cylinder of volume V1 with a frictionless movable piston and some gas trapped inside with pressure P1 and temperature T1. On top of the piston lay some small pebbles that add weight and essentially create the pressure P1. Also the system is inside a reservoir of water that keeps its temperature constant at T1. The system is in equilibrium at V1, P1, T1. Now let's say i put another very small pebble on top of the piston (0,00001kg) and after some seconds the system...
I was watching a Khan Academy video on entropy called: Reconciling thermodynamic and state definitions of entropy. So in the video it says: Let's say I have a container. And in that container, I have gas particles and they're bouncing around like gas particles tend to do, creating some pressure on the container of a certain volume. And let's say I have n particles. Now, each of these particles could be in x different states. Now, if each of them can be in x different states, how many total...
Back
Top