X-rays are generated in a classic tube television, which has a voltage of 30 kW applied to its picture tube. Which two fundamentally different processes mainly cause this X-ray radiation? Which of the two types of radiation is (particularly) suitable for crystal structure analysis? Why? Give detailed reasons for your answer.
X-rays are generated in a classic tube television, which has a voltage of 30 kW applied to its picture tube. Which two fundamentally different processes mainly cause this X-ray radiation? Which of the two types of radiation is (particularly) suitable for crystal structure analysis? Why? Give detailed reasons for your answer.
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X-rays are generated in a classic tube television, which has a voltage of 30 kW applied to its picture tube.
Which two fundamentally different processes mainly cause this X-ray radiation? Which of the two types of radiation is (particularly) suitable for crystal structure analysis? Why? Give detailed reasons for your answer.
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