Recent content by rudyb
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Graduate Linear enercy transform (LET) and momentum
I really think my question is very standard question. The specific really doesn't matter... Look at this for example: You can find a similar plot in almost any reference material. So, the general rule is that the heavier the ion, then its LET is higher... So, I don't understand why this is...- rudyb
- Post #5
- Forum: Atomic and Condensed Matter
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Graduate Linear enercy transform (LET) and momentum
Hi, I am sorry, I had misspelled it. Yes, I was talking about Linear Energy Transfer. Please look at the table below that I have included. I am not sure but I believe that "Range" is inversely proportional to the square of atomic number (Z^2), correct me if I am wrong please. I understand...- rudyb
- Post #3
- Forum: Atomic and Condensed Matter
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Graduate Linear enercy transform (LET) and momentum
I have some understanding of Liner Energy Transfrom (LET), but when I compare it with other terminologies such as momentum, then it gets little contradicting. For example, I know that if talk about particles and ions, then a gold ion (AU) has much higher LET than an Iron particle (Fe). And...- rudyb
- Thread
- Linear Momentum Momentum and energy Transform
- Replies: 4
- Forum: Atomic and Condensed Matter