Question

2. An equilateral triangle of side length 'l' at the center and at the midpoint of one side, where neutron sources of strengths S [neutrons/second] are placed at each one of the vertices. Carry on the calculations: a. In a vacuum, b. In a diffusing medium with a diffusion coefficient D and a diffusion length L. Note: Fick's law applies only in the case of a diffusing medium.

          2. An equilateral triangle of side length 'l' at the center and at the midpoint of one side,
where neutron sources of strengths S [neutrons/second] are placed at each one of the vertices.
Carry on the calculations:
a. In a vacuum,
b. In a diffusing medium with a diffusion coefficient D and a diffusion length L.
Note: Fick's law applies only in the case of a diffusing medium.

2. An equilateral triangle of side length 'l' at the center and at the midpoint of one side,
where neutron sources of strengths S [neutrons/second] are placed at each one of the vertices.
Carry on the calculations:
a. In a vacuum,
b. In a diffusing medium with a diffusion coefficient D and a diffusion length L.
Note: Fick's law applies only in the case of a diffusing medium.

Added by Amber T.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

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An equilateral triangle of side length 'l' is located at the center and at the midpoint of one side, where neutron sources of strengths S [neutrons/second] are placed at each one of the vertices. Carry out the following calculations: a. In a vacuum. b. In a diffusing medium with a diffusion coefficient D and a diffusion length L. Note: Fick's law applies only in the case of a diffusing medium.