Adjectives For Silicon
Discover the most popular adjectives for describing silicon, complete with example sentences to guide your usage.
Updated on March 16, 2024
Silicon, a fundamental element in technology and manufacturing, plays a pivotal role in today's world. The adjectives associated with silicon, such as 'amorphous', 'type', 'porous', 'crystalline', and 'crystal', highlight the versatility and varied applications of this element. From 'pure' silicon's essential role in semiconductor devices to 'porous' silicon's usefulness in sensors and as a biomaterial, the choice of adjective can significantly alter the implications about its structure and functionality. Understanding these nuances can unlock a deeper appreciation of silicon's role in modern technology and innovation. Explore the full spectrum of adjectives used with silicon to grasp the full scope of its applications and importance.
| amorphous | Amorphous silicon is a non-crystalline form of silicon used in thin-film solar cells. |
| type | The type silicon is a semiconductor material. |
| porous | The porous silicon substrate was etched using a 5% HF solution. |
| crystalline | Crystalline silicon is a high-purity form of silicon that is used in the production of solar cells. |
| crystal | The most common form of silicon used in electronics is crystal silicon |
| pure | Pure silicon is a semiconductor material that is used in electronic devices. |
| doped | The doped silicon can be used to make semiconductors. |
| ferro | Ferro silicon is an iron-silicon alloy with a high silicon content. |
| high | The high silicon content in the alloy led to increased strength and hardness. |
| single | The single silicon wafer is used in the production of integrated circuits. |
| bulk | The bulk silicon is a semiconductor material. |
| free | The free silicon is the most abundant semiconductor material. |
| intrinsic | Intrinsic silicon is a semiconductor material with no dopants added. |
| elemental | The elemental silicon is a semiconductor material used in many electronic devices. |
| polycrystalline | Polycrystalline silicon is used in the manufacture of solar cells. |
| low | The low silicon content of the steel made it unsuitable for high-temperature applications. |
| grade | The wafers are made from semiconductor-grade silicon. |
| epitaxial | "Epitaxial silicon" is a type of silicon used in the fabrication of electronic devices. |
| liquid | The silicon wafer was coated with a thin layer of liquid silicon |
| monocrystalline | Monocrystalline silicon is a type of silicon that is used in the production of solar cells. |
| bare | The bare silicon chip was exposed to the elements. |
| implanted | Scientists at the University of California, Berkeley developed a revolutionary new brain-computer interface that consists of a mesh of electrodes implanted silicon connected to the brain's surface. |
| solid | The electronic chip is produced by using solid silicon |
| oxide | "Oxide silicon" is a material commonly used in electronics. |
| less | The computer has less silicon than the previous model. |
| excess | The excess silicon in the crystal lattice led to the formation of point defects. |
| poly | Poly silicon is a high-quality semiconductor material used in the manufacture of integrated circuits. |
| metallic | Metallic silicon melts at 1414 degrees Celsius. |
| microcrystalline | Microcrystalline silicon is a form of polycrystalline silicon with small, randomly oriented crystallites. |
| irradiated | The irradiated silicon was then used to create a solar cell. |
| metallurgical | Metallurgical silicon is a high-purity silicon used in the production of semiconductors and solar cells. |
| hydrogenated | The wafers are cleaned in solvents and etched with hydrogenated silicon |
| undoped | Undoped silicon is a semiconductor material with a resistivity of 10^3 to 10^5 ohm-cm. |
| grown | This type of chip requires much more grown silicon than previous chips. |
| metal | The metal silicon is a semiconductor used in many electronic devices. |
| calcium | Calcium silicon is made with calcium and silicon. |
| thin | The researchers used a thin silicon wafer as the substrate for their device. |
| resistivity | |
| eutectic | Eutectic silicon is a semiconductor material often used in solar cells. |
| strained | Strained silicon transistors are used in high-performance integrated circuits for their increased carrier mobility. |
| multicrystalline | The multicrystalline silicon used in solar panels is made from molten silicon that is allowed to cool and solidify slowly. |
| extrinsic | Extrinsic silicon is a type of semiconductor material that has been intentionally doped with impurities to alter its electrical properties. |
| manganese | Manganese silicon is used as an alloy in the production of steel. |
| powdered | The powdered silicon was used to create a semiconductor device. |
| elementary | The elementary silicon is a chemical element with the symbol Si and atomic number 14. |
| available | Available silicon is a semiconductor material used in various electronic devices. |
| conventional | Traditional computers use conventional silicon chips. |
| solar | The solar silicon industry is a rapidly growing industry that is expected to continue to grow in the coming years. |
| singlecrystal | The singlecrystal silicon is used in the manufacture of solar cells. |
| aluminium | The aluminium silicon alloy is a lightweight and strong material. |
| residual | The residual silicon in the furnace was measured using neutron activation analysis. |
| sufficient | The computer has sufficient silicon to run the complex simulations. |
| soluble | The soluble silicon is then deposited on the substrate. |
| iron | Iron silicon is an alloy of iron and silicon. |
| thick | The thick silicon wafers were used in the construction of the solar panels. |
| polished | The polished silicon surface was then etched in a dilute HF solution. |
| aluminum | Aluminum silicon is a type of alloy that is used in a variety of applications, including automotive parts and aerospace components. |
| interstitial | Interstitial silicon is an essential material for the fabrication of various electronic devices. |
| nickel | Nickel silicon is a semiconductor alloy composed of nickel and silicon. |
| raw | The raw silicon was purified before being used in the production of transistors. |
| substrate | The substrate silicon was used as a seed layer for the growth of the epitaxial silicon layer. |
| impure | |
| clean | The clean silicon wafers are used to make solar cells. |
| alternate | Alternate silicon was utilized to enhance the electrical conductivity of the device. |
| germanium | Germanium silicon is a semiconductor material with a bandgap of 0.66 eV. |
| quality | Quality silicon is essential for the production of high-performance electronic devices. |
| oriented | |
| complementary | Advanced microelectronics devices utilize complementary silicon |
| atomic | Atomic silicon as a key element in semiconductors, is widely used in modern electronic devices and integrated circuits. |
| magnesium | Magnesium silicon provides strength and stiffness for a wide range of applications. |
| introduction | |
| electronic | The electronic silicon is a semiconductor material used in the fabrication of integrated circuits. |
| deposited | The researchers deposited silicon on a glass substrate at a temperature of 450 degrees Celsius. |
| coordinated | The coordinated silicon electrons form a very strong bond. |
| refined | The semiconductor used in integrated circuits is refined silicon |
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