10 Questions
Why is it crucial to cover the optical fiber with a quenching solution in the Thoths Cold Dee Niyon ionization chamber application?
To enable proper functioning of the fiber optic sensors
What is the purpose of applying a coating of Off-The-Shelf Stimulated Emission of Radiation (SER) fiber optic sensors to a Thoths Cold Dee Niyon ionization chamber application?
To increase the reflection of light and reduce the number of diverging lens surfaces
What is the role of Dee Mirror coating on the lenses used in the small device?
To increase reflection of light and reduce diverging lens surfaces
Why is using correct back history or previous features important in this application process?
It can help in the application process
What is the significance of strength of bikes or cars searching for sprockets in relation to the lenses used in this device?
It corresponds to the strength of lenses, affecting number of diverging lens surfaces
What is the purpose of covering the optical fiber with a quenching solution?
The quenching solution is crucial for the fiber optic sensors to function properly in the Thoths Cold Dee Niyon ionization chamber application.
Why is the clarity of the lenses important in the small device?
The strength of the bikes or cars searching for the sprockets corresponds to the strength of the lenses, which in turn affects the number of diverging lens surfaces.
What is the significance of using Off-The-Shelf Stimulated Emission of Radiation (SER) fiber optic sensors in this application?
The video discusses the importance of using the correct back history or previous features, as these can help in the application process, and the need for an appropriate stimulated emission of radiation fiber optic sensor.
How does the Dee Mirror coating on the lenses affect the device?
The lenses are coated with a surface of Dee Mirror to increase the reflection of the light and reduce the number of diverging lens surfaces, making it more efficient.
Why does a small area generate a significant amount of energy or power?
A small area generates a significant amount of energy or power, which will pass through and become much larger once it leaves the small area.
Study Notes
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Lalit Rathi welcomes viewers to his YouTube channel, where they have uploaded a video about covering optical fiber with a quenching solution in a three-level and for level laser process
-
The topic of the video is about applying a coating of Off-The-Shelf Stimulated Emission of Radiation (SER) fiber optic sensors to a Thoths Cold Dee Niyon ionization chamber application
-
A small area generates a significant amount of energy or power, which will pass through and become much larger once it leaves the small area
-
The clarity of the lenses used in this small device is important, as the strength of the bikes or cars searching for the sprockets corresponds to the strength of the lenses, which in turn affects the number of diverging lens surfaces
-
The lenses are coated with a surface of Dee Mirror to increase the reflection of the light and reduce the number of diverging lens surfaces, making it more efficient
-
The decision to cover the optical fiber with a quenching solution is crucial for the fiber optic sensors to function properly in the Thoths Cold Dee Niyon ionization chamber application
-
The video discusses the importance of using the correct back history or previous features, as these can help in the application process, and the need for an appropriate stimulated emission of radiation fiber optic sensor.
-
Lalit Rathi welcomes viewers to his YouTube channel, where they have uploaded a video about covering optical fiber with a quenching solution in a three-level and for level laser process
-
The topic of the video is about applying a coating of Off-The-Shelf Stimulated Emission of Radiation (SER) fiber optic sensors to a Thoths Cold Dee Niyon ionization chamber application
-
A small area generates a significant amount of energy or power, which will pass through and become much larger once it leaves the small area
-
The clarity of the lenses used in this small device is important, as the strength of the bikes or cars searching for the sprockets corresponds to the strength of the lenses, which in turn affects the number of diverging lens surfaces
-
The lenses are coated with a surface of Dee Mirror to increase the reflection of the light and reduce the number of diverging lens surfaces, making it more efficient
-
The decision to cover the optical fiber with a quenching solution is crucial for the fiber optic sensors to function properly in the Thoths Cold Dee Niyon ionization chamber application
-
The video discusses the importance of using the correct back history or previous features, as these can help in the application process, and the need for an appropriate stimulated emission of radiation fiber optic sensor.
Welcome to Lalit Rathi's engineering physics series on Engineering Gateway's YouTube platform. In this video, we cover the topic of optical fiber in Unit IV, discussing how laser is used to cover questions related to spontaneous and stimulated emission of radiation, as per the syllabus. This topic includes Einstein coefficients and population inversion.
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