filamentary

Meanings

• A thin, thread-like structure, often used in various technical applications.

  - "The electrical filament in a light bulb gradually burns out."
  - "The microscopic filaments in the alveoli of the lungs facilitate the exchange of gases between the body and the environment."

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Rhymes

Words rhyming with filamentary
Filamentary , Fantastical , Sensational , Incredible , Miraculous

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Homophones

Words having the same pronunciation but different meanings, origins, or spelling,

1. Filamentary (en) : Relating to or consisting of fine, flexible, or thread-like structures.
   

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Variants

List of all variants of filamentary that leads to same result
filament , filamentary , filamentous , filaments

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Forms

Different forms of the word (e.g., verb conjugations, plural forms, comparative/superlative forms for adjectives).

Filamentary structures can take various forms, depending on the specific material or system in which they are found. Some common forms of filamentary structures include dendritic structures, fibrous structures, network structures, porous structures, and tubular structures., Filamentary structures can also undergo various transformations or transitions, depending on the specific conditions or forces acting upon them. Some common transformations or transitions of filamentary structures include bending, buckling, coalescence, fusion, fraying, fragmentation, separation, and splitting., In some cases, filamentary structures can also exhibit various complex phenomena or behaviors, depending on the specific conditions or factors influencing them. Some common complex phenomena or behaviors exhibited by filamentary structures include chaos, criticality, fractality, self-organization, and turbulence., It is important to note that the specific forms, transformations, complex phenomena, or behaviors exhibited by filamentary structures can vary significantly depending on the specific material or system in which they are found. Therefore, it is essential to consider the specific context and conditions when studying or analyzing filamentary structures., In summary, filamentary structures are common and diverse forms of structures found in various materials and systems. They can take various forms, undergo various transformations, and exhibit various complex phenomena or behaviors. The specific forms, transformations, complex phenomena, or behaviors exhibited by filamentary structures can vary significantly depending on the specific material or system in which they are found. Therefore, it is essential to consider the specific context and conditions when studying or analyzing filamentary structures.

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Etymology

origin and the way in which meanings have changed throughout history.

From the Latin word 'filamentum' meaning 'thread' or 'filament'.

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Trivia

Any details, considerations, events or pieces of information regarding the word

1. The term 'filamentary' comes from the Latin word 'filamentum', which means 'thread' or 'filament'.

2. Filamentary structures are commonly found in various materials and systems, such as in the veins of leaves, in the tubes of the lungs, and in the long, thin neuronal processes in the brain.

3. Filamentary structures can take various forms, depending on the specific material or system in which they are found. For example, filamentary structures in metals can take the form of dislocations, which are small, thread-like defects in the crystal lattice of the metal.

4. Filamentary structures can undergo various transformations, depending on the specific conditions or forces acting upon them. For example, filamentary structures in polymers can undergo various transformations, such as melting, crystallization, or phase separation. These transformations can significantly alter the properties and behavior of the filamentary structures in the polymer.

5. Filamentary structures can also exhibit various complex phenomena or behaviors, depending on the specific conditions or factors influencing them. For example, filamentary structures in superconductors can exhibit various complex phenomena or behaviors, such as the Meissner effect, the Josephson effect, or the flux-quantum effect. These complex phenomena or behaviors are closely related to the unique properties and behavior of the filamentary structures in superconductors.

6. It is important to note that the specific forms, transformations, complex phenomena, or behaviors exhibited by filamentary structures can vary significantly depending on the specific material or system in which they are found. Therefore, it is essential to consider the specific context and conditions when studying or analyzing filamentary structures.

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Culture

Any cultural, historical, or symbolic significance of the word. Explore how the word has been used in literature, art, music, or other forms of expression.

Filamentary is a term that is commonly used in various technical and scientific applications. In the field of materials science, filamentary structures are often observed in various types of materials, such as metals, ceramics, and polymers. Filamentary structures can also be found in various natural systems, such as in the veins of leaves, in the tubes of the lungs, and in the long, thin neuronal processes in the brain.

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