It was referred to as "the most wonderful experiment in the world" by Barbara Stepansky, who cites a similar exclamation of Rutherford on its importance. Alexander Langsdorf improved upon it in the 1930s creating a self- diffusion type that allowed for continuous production. The so-called "sensitive area" of it exists just below the bottom and physicists generally try to maximize this area, for ex
It was referred to as "the most wonderful experiment in the world" by Barbara Stepansky, who cites a similar exclamation of Rutherford on its importance. Alexander Langsdorf improved upon it in the 1930s creating a self- diffusion type that allowed for continuous production. The so-called "sensitive area" of it exists just below the bottom and physicists generally try to maximize this area, for example by applying an electric field. A so- called knock-on forms a T-like structure, an alpha particle forms a straight path of definite length, and gamma rays do not produce tracks. Improved upon by another invention of Donald Glaser, FTP, name this device invented by Charles Wilson, a chamber named for the atmospheric objects produced within it.
It was referred to as "the most wonderful experiment in the world" by Barbara Stepansky, who cites a similar exclamation of Rutherford on its importance.
{cloud chamber} (or just cloud after chamber)