Thermionic Emission in a sentence
Synonym: thermionic.
Meaning: The release of electrons from a heated surface.
(1) The rate of thermionic emission increases with temperature.
(2) Thermionic emission is a process that occurs at the atomic level.
(3) Thermionic emission is influenced by the work function of the material.
(4) Thermionic emission is used in the production of X-rays in X-ray tubes.
(5) Thermions can be generated through a process called thermionic emission.
(6) The kathode was heated to increase the thermionic emission of electrons.
(7) The kathode is the source of electrons in a thermionic emission process.
(8) The thermionic emission process is used in X-ray tubes to produce X-rays.
(9) Thermionic emission is commonly used in vacuum tubes and cathode ray tubes.
(10) Thermionic emission is a key process in the operation of cathode ray tubes.
Thermionic Emission sentence
(11) The control of thermionic emission is crucial in the design of vacuum tubes.
(12) The discovery of thermionic emission led to the development of vacuum tubes.
(13) Thermionic emission is a key principle behind the operation of electron guns.
(14) The discovery of thermionic emission revolutionized the field of electronics.
(15) Thermionic emission is a fundamental concept in the field of electron physics.
(16) Thermionic emission is used in cathode ray tubes to produce images on a screen.
(17) The study of thermionic emission has led to advancements in electron microscopy.
(18) Thermionic emission is influenced by the presence of impurities in the material.
(19) Thermionic emission is a phenomenon that occurs in both metals and semiconductors.
(20) The phenomenon of thermionic emission was first observed in the late 19th century.
Thermionic Emission make sentence
(21) Thermionic emission is influenced by the surface area and geometry of the material.
(22) The phenomenon of thermionic emission was first discovered in the late 19th century.
(23) Thermionic emission is a key principle behind the operation of electron microscopes.
(24) The study of thermionic emission has applications in the field of energy harvesting.
(25) Thermionic emission is the process of electrons being emitted from a heated surface.
(26) Thermionic emission is a key factor in the operation of thermionic power converters.
(27) The study of thermionic emission has led to advancements in the field of electronics.
(28) The rate of thermionic emission can be enhanced by applying a voltage to the material.
(29) Thermionic emission is used in electron microscopes to produce high-resolution images.
(30) The thermionic emission process is used in vacuum tubes to generate electrical signals.
Sentence of thermionic emission
(31) Thermionic emission is the process by which electrons are emitted from a heated surface.
(32) The understanding of thermionic emission has led to advancements in electron spectroscopy.
(33) Thermionic emission is used in the production of electron beams for particle accelerators.
(34) The study of thermionic emission has contributed to the development of vacuum electronics.
(35) Thermionic emission is influenced by the presence of a vacuum or low-pressure environment.
(36) Thermionic emission is influenced by factors such as temperature and material composition.
(37) The thermionic emission current is directly proportional to the temperature of the cathode.
(38) The discovery of thermionic emission paved the way for the development of electronic devices.
(39) The understanding of thermionic emission has led to advancements in electron beam lithography.
(40) The thermionic emission current can be controlled by adjusting the temperature of the cathode.
Thermionic Emission meaningful sentence
(41) The thermionic emission effect is used in radio communication to transmit and receive signals.
(42) The control of thermionic emission is important in maintaining the stability of vacuum devices.
(43) The study of thermionic emission has contributed to the development of solid-state electronics.
(44) The rate of thermionic emission can be controlled by adjusting the temperature of the material.
(45) The thermionic emission effect is used in electron microscopes to produce high-resolution images.
(46) The thermion engine is a type of heat engine that uses thermionic emission to generate electricity.
(47) The efficiency of thermionic emission can be improved by using materials with a lower work function.
(48) The concept of thermionic emission is essential in understanding electron behavior in vacuum devices.
(49) The understanding of thermionic emission has led to advancements in the field of electron microscopy.
(50) The understanding of thermionics has paved the way for the development of thermionic emission devices.
(51) Thermionic emission is a crucial factor in determining the efficiency of thermionic energy conversion.
(52) The understanding of thermionic emission has paved the way for the development of thermionic converters.
(53) Thermionic emission is a phenomenon that occurs due to the escape of electrons from the material's surface.
(54) The understanding of thermionic emission has played a crucial role in the development of modern technology.
Thermionic Emission meaning
Thermionic emission is a term used to describe the process by which electrons are emitted from a heated surface or a cathode. This phenomenon plays a crucial role in various electronic devices, such as vacuum tubes and cathode ray tubes. To effectively incorporate the term "thermionic emission" into your sentences, consider the following tips:
1. Define the term: When introducing the term "thermionic emission" in a sentence, it is essential to provide a clear and concise definition.
For example, "Thermionic emission refers to the emission of electrons from a heated surface or cathode."
2. Provide context: To enhance the understanding of the term, it is helpful to provide context or explain its significance. For instance, "Thermionic emission is a fundamental process in vacuum tubes, where it allows for the amplification and control of electrical signals."
3. Use it in a scientific context: Since "thermionic emission" is a scientific term, it is most commonly used in technical or scientific discussions.
For example, "The researchers observed a significant increase in thermionic emission when the cathode was heated to 1000 degrees Celsius."
4. Explain the mechanism: To further elaborate on the concept, you can describe the mechanism behind thermionic emission. For instance, "Thermionic emission occurs when the thermal energy of the heated surface overcomes the work function, causing electrons to be released."
5. Compare it to other processes: To highlight the uniqueness of thermionic emission, you can compare it to other related processes.
For example, "Unlike field emission, which relies on a strong electric field, thermionic emission is primarily driven by temperature."
6. Discuss applications: To showcase the practical applications of thermionic emission, mention specific devices or technologies that utilize this phenomenon. For instance, "Thermionic emission is crucial in the operation of cathode ray tubes, which are used in television screens and oscilloscopes."
7. Highlight historical significance: If relevant, you can mention the historical significance of thermionic emission and its role in the development of electronics.
For example, "The discovery of thermionic emission by Thomas Edison in the late 19th century paved the way for the invention of vacuum tubes, revolutionizing the field of telecommunications."
8. Use it in a sentence:
Finally, to demonstrate your understanding of the term, incorporate it into a sentence that accurately reflects its meaning. For instance, "The efficiency of the vacuum tube was greatly improved by optimizing the conditions for thermionic emission." By following these tips, you can effectively incorporate the term "thermionic emission" into your sentences, providing clarity and depth to your discussions on electronic devices and related scientific concepts.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Thermionic Emission. They do not represent the opinions of TranslateEN.com.