crookes space Sentence Examples

  1. Crookes space refers to the region within a Crookes tube where the dark space phenomenon occurs.
  2. The Crookes space is characterized by a low gas pressure and high electron density.
  3. Scientists study the properties of electrons within the Crookes space to understand their behavior in vacuum conditions.
  4. In the Crookes space, electrons accelerate towards the anode, creating a visible glow.
  5. The Crookes space is essential for the operation of Crookes tubes, which were instrumental in early experiments with electricity.
  6. Understanding the dynamics of charged particles within the Crookes space led to advancements in vacuum technology.
  7. Sir William Crookes' experiments in the late 19th century shed light on the behavior of electrons within Crookes space.
  8. Crookes space is a crucial component in plasma physics research, where similar phenomena occur in controlled environments.
  9. The characteristics of Crookes space vary depending on factors such as gas pressure and applied voltage.
  10. Exploring the properties of Crookes space paved the way for the development of various vacuum-based technologies.

crookes space Meaning

Webster

crookes space ()

The dark space within the negative-pole glow at the cathode of a vacuum tube, observed only when the pressure is low enough to give a striated discharge; -- called also Crookes layer.

Synonyms & Antonyms of crookes space

No Synonyms and anytonyms found

FAQs About the word crookes space

The dark space within the negative-pole glow at the cathode of a vacuum tube, observed only when the pressure is low enough to give a striated discharge; -- cal

No synonyms found.

No antonyms found.

Crookes space refers to the region within a Crookes tube where the dark space phenomenon occurs.

The Crookes space is characterized by a low gas pressure and high electron density.

Scientists study the properties of electrons within the Crookes space to understand their behavior in vacuum conditions.

In the Crookes space, electrons accelerate towards the anode, creating a visible glow.