How Do You Spell MOLECULAR DISPERSION?

Pronunciation: [məlˈɛkjʊlə dɪspˈɜːʃən] (IPA)

Molecular dispersion refers to the act of spreading molecules throughout a medium. The IPA phonetic transcription of this word is məˈlɛkjʊlər dɪˈspɜːʒən. The "m" in "molecular" is pronounced with a schwa sound, while the "k" is silent. The "d" in "dispersion" is pronounced as a voiced dental fricative, while the "s" is pronounced as an unvoiced alveolar fricative. The stress falls on the second syllable in both words. Correct spelling of this word plays an important role in scientific research and communication.

Meaning and Definition
Common Misspellings
Etymology
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MOLECULAR DISPERSION Meaning and Definition

  1. Molecular dispersion refers to the uniform distribution of particles or molecules within a medium. It typically occurs when a substance is dissolved or dispersed in another substance, resulting in a homogeneous mixture. In such mixtures, the particles or molecules of the dispersed substance are evenly distributed at the molecular level throughout the medium.

    Molecular dispersion plays a crucial role in various scientific fields such as chemistry, biology, and material science. It allows for efficient mixing and interaction between different components, leading to enhanced properties and performance. For example, in chemistry, molecular dispersion can facilitate reactions between substances by ensuring that reactants are in close proximity to each other, increasing the likelihood of collisions and chemical transformations.

    In biology, molecular dispersion is essential for biological processes such as cellular respiration and photosynthesis. Within cells, various molecules and enzymes need to be dispersed to carry out their specific functions and enable efficient metabolic reactions.

    Furthermore, in material science, achieving molecular dispersion in polymers or advanced materials can lead to improved mechanical strength, thermal stability, and overall material performance. It can also enable the incorporation of functional additives or nanoparticles into materials, resulting in enhanced properties like conductivity or optical properties.

    Overall, molecular dispersion refers to the uniform distribution of particles or molecules within a system, enabling efficient mixing, interaction, and enhanced performance in a wide range of scientific disciplines.

  2. A true solution.

    A practical medical dictionary. By Stedman, Thomas Lathrop. Published 1920.

Common Misspellings for MOLECULAR DISPERSION

  • molecular dispersiol
  • molecular dispersioo
  • m olecular dispersion
  • mo lecular dispersion
  • mol ecular dispersion
  • mole cular dispersion
  • molec ular dispersion
  • molecu lar dispersion
  • molecul ar dispersion
  • molecula r dispersion
  • molecular d ispersion
  • molecular di spersion
  • molecular dispe rsion
  • molecular disper sion
  • molecular dispers ion
  • molecular dispersi on
  • molecular dispersio n

Etymology of MOLECULAR DISPERSION

The term "molecular dispersion" is composed of two key components: "molecular" and "dispersion".

1. Molecular:

The word "molecular" comes from the Latin word "molecula", which means a "small mass". It is a diminutive form of "moles", which translates to "mass" or "barrier". The term began to be used in scientific contexts in the mid-19th century to refer to the smallest individual unit of a substance.

2. Dispersion:

The word "dispersion" originates from the Latin word "dispersus", which means "to scatter" or "to spread". It is derived from the prefix "dis-", indicating a reversal or separation, and the verb "spargere", meaning "to scatter" or "to sprinkle". In the context of science, "dispersion" refers to the distribution or scattering of particles within a medium.