Google is your friend...meatym said:what are the dimensions of the double slits in comparison to the electron?
What do you mean by "decay"? Electrons are stable particles.meatym said:what keeps the electron from decaying outside the environment of an atom long enough to run the experiment?
The dimensions of the double slits play a crucial role in determining the behavior of electrons in the double slit experiment. The distance between the slits, known as the slit spacing, affects the interference pattern produced by the electrons. The width of the slits also affects the clarity of the interference pattern, with narrower slits producing a clearer pattern.
Changing the width of the double slits can significantly affect the diffraction pattern of electrons. When the slits are made narrower, the diffraction pattern becomes wider and more spread out. This is because narrower slits allow for more diffraction to occur, resulting in a wider interference pattern.
Yes, the distance between the double slits, also known as the slit spacing, can greatly affect the interference pattern of electrons. When the slit spacing is increased, the interference pattern becomes more spread out, resulting in a decrease in the intensity of the interference fringes.
The dimensions of the double slits can affect the probability distribution of electrons in the interference pattern. When the slits are made narrower, the probability of electrons passing through the center of the interference pattern increases, resulting in a higher peak in the probability distribution curve.
There is no specific optimal size for the double slits in the double slit experiment with electrons. The optimal size will depend on the specific parameters of the experiment and the desired outcome. However, narrower slits tend to result in a clearer interference pattern, while wider slits may produce a more spread out pattern.