Atomic sensitivity factors are used to normalize peaks in techniques that collect these things. When these things have a specific pass energy, they can be collected via a hemispherical analyzer to improve resolution. KLL and LMM peaks are often observed in a form of spectroscopy using these particles that relies on an effect discovered by (*) Lise Meitner. Sample collisions can create secondary or backscattered versions of these particles. These particles are emitted in the Auger effect. The work function is the energy photons need to eject these particles when hitting a surface. These particles can be shot out of cathode ray tubes and made up the plums in J. J. Thomson's plum pudding model. For 10 points, name these negatively charged particles.
Atomic sensitivity factors are used to normalize peaks in techniques that collect these things. When these things have a specific pass energy, they can be collected via a hemispherical analyzer to improve resolution. KLL and LMM peaks are often observed in a form of spectroscopy using these particles that relies on an effect discovered by (*) Lise Meitner. Sample collisions can create secondary or backscattered versions of these particles. These particles are emitted in the Auger effect. The work function is the energy photons need to eject these particles when hitting a surface. These particles can be shot out of cathode ray tubes and made up the plums in J. J. Thomson's plum pudding model. For 10 points, name these negatively charged particles.
Atomic sensitivity factors are used to normalize peaks in techniques that collect these things.
electrons [accept photoelectrons] 