"Photolithography" Pronounce,Meaning And Examples
"Photolithography" Natural Recordings by Native Speakers
"Photolithography" Meaning
A technique used in the production of integrated circuits and flat panel displays. It involves transferring an image formed by light exposure onto a layer of photoresist on a substrate, typically silicon, creating a pattern of areas that are either exposed or protected from subsequent processing steps.
"Photolithography" Examples
5 Usage Examples for PhotolithographyExample 1: In the Field of Microelectronics1. Industrial Context: - "The company has invested heavily in improving its photolithography process to manufacture smaller and faster microchips." - Key Point: This sentence highlights the crucial role of photolithography in the development of microelectronic devices.##Example 2: In Educational Materials2. Educational Context: - "Photolithography is a crucial technique in integrated circuit manufacturing. It involves transferring an image onto a semiconductor using light." - Key Point: This sentence illustrates how photolithography is explained in educational settings, focusing on its fundamental principle and application.###Example 3: In Research and Development3. Academic Research: - "The lab is pioneering a new approach to photolithography that enhances its resolution without increasing its economic cost." - Key Point: This sentence highlights innovation and advancement in the field of photolithography, showcasing the ongoing efforts to improve its efficiency and cost-effectiveness.#### Example 4: In the Field of Photographic Technology4. Photography Context: - "Although photolithography has applications in various fields, including the manufacturing of digital camera sensors, its direct use in photography itself is limited." - Key Point: This sentence clarifies the potential overlap but distinct application spheres of photolithography, including its role in camera technology.#### Example 5: In the Realm of Materials Science5. Scientific Context: - "The advancements in photolithography have enabled the precise patterning of surfaces, which is crucial for the development of new materials with designed structures." - Key Point: This sentence highlights the scientific breakthroughs made possible through photolithography, demonstrating its broader applicability in the field of materials science.
Example 2: In Educational Materials2. Educational Context: - "Photolithography is a crucial technique in integrated circuit manufacturing. It involves transferring an image onto a semiconductor using light." - Key Point: This sentence illustrates how photolithography is explained in educational settings, focusing on its fundamental principle and application.###Example 3: In Research and Development3. Academic Research: - "The lab is pioneering a new approach to photolithography that enhances its resolution without increasing its economic cost." - Key Point: This sentence highlights innovation and advancement in the field of photolithography, showcasing the ongoing efforts to improve its efficiency and cost-effectiveness.#### Example 4: In the Field of Photographic Technology4. Photography Context: - "Although photolithography has applications in various fields, including the manufacturing of digital camera sensors, its direct use in photography itself is limited." - Key Point: This sentence clarifies the potential overlap but distinct application spheres of photolithography, including its role in camera technology.#### Example 5: In the Realm of Materials Science5. Scientific Context: - "The advancements in photolithography have enabled the precise patterning of surfaces, which is crucial for the development of new materials with designed structures." - Key Point: This sentence highlights the scientific breakthroughs made possible through photolithography, demonstrating its broader applicability in the field of materials science.
"Photolithography" Similar Words
Photoheterotrophic
Photoheterotrophic refers to photosynthetic organisms, such as algae, that use both light energy from the sun (photo) and chemical energy from an external source, often organic compounds (heterotrophic), to produce their organic matter and energy.
Photoinduced
"Photoinduced" refers to a change or reaction that is triggered or initiated by light. It describes a process or phenomenon in which the absorption of light leads to an energy transfer or reaction in a system, often resulting in a change in its chemical, physical, or behavioral properties. This can occur in a variety of contexts, such as photochemistry, photobiology, or photophysics.
Photoinitiator
Photoirritant
Photojournalism
Photojournalist
A photojournalist is a journalist who uses photographs to tell a story or convey a message. They are professional photographers who work in a journalistic capacity, often in newsrooms, to capture and edit images that accompany news articles or editorial content. The goal of a photojournalist is to use their photographs to convey the essence of a story, evoke emotions, or raise awareness about an issue, through their visual storytelling.
Photokinesis
Photokinesis is the supposed ability to move physical objects or change their trajectory with one's mind, using only light or other forms of electromagnetic radiation.
Photolithographic
Photolog
Photology
Photoluminescence
Photoluminescence is a type of luminescence that occurs when a substance absorbs light and then re-emits it, often with a different wavelength. This process typically involves the excitation of electrons from a lower energy state to a higher energy state, followed by their relaxation to a lower energy state, releasing energy in the form of light.Photoluminescence can be produced by a wide range of materials, including liquids, gases, and solids, and can occur over a range of time scales, from very short times (e.g. fluorescence) to much longer times (e.g. phosphorescence).
Photoluminescent
Capable of producing light in response to light or radiation, typically re-emitting a part of the absorbed radiation as light.
Photolyase
Photolyases
Photolysis
Photolysis is the chemical decomposition of a molecule by made possible by light. It is a chemical reaction that occurs when a substance absorbs energy from light, causing the bonds between its atoms to break, resulting in the formation of new compounds. This process is commonly observed in molecules that absorb ultraviolet (UV) radiation, visible light, or other forms of electromagnetic radiation.
Photolytic
Breaking down a substance using light, especially ultraviolet radiation, often resulting in the formation of chemical bonds and the release of energy.