Polyelectrolyte in a sentence
(1) The polyelectrolyte film displayed high transparency.
(2) The polyelectrolyte chains exhibited high flexibility.
(3) The polyelectrolyte gel showed excellent biocompatibility.
(4) The polyelectrolyte film had a smooth and uniform surface.
(5) The polyelectrolyte complex exhibited pH-responsive behavior.
(6) The polyelectrolyte complexation process was studied in detail.
(7) The polyelectrolyte gel exhibited high water absorption capacity.
(8) The polyelectrolyte coating provided a barrier against corrosion.
(9) Polyelectrolyte is a type of polymer that contains charged groups.
(10) The polyelectrolyte coating enhanced the stability of the material.
Polyelectrolyte sentence
(11) The polyelectrolyte gel demonstrated excellent swelling properties.
(12) The polyelectrolyte film exhibited strong adhesion to the substrate.
(13) The polyelectrolyte behavior was influenced by the pH of the solution.
(14) The polyelectrolyte chains formed a network structure in the solution.
(15) The polyelectrolyte gel showed potential for use in tissue engineering.
(16) The rheological properties of polyelectrolyte solutions can be complex.
(17) The polyelectrolyte behavior was affected by the presence of counterions.
(18) The polyelectrolyte solution demonstrated unique self-healing properties.
(19) The polyelectrolyte solution displayed interesting rheological properties.
(20) The polyelectrolyte film formed a thin layer on the surface of the material.
Polyelectrolyte make sentence
(21) Polyelectrolyte is a type of substance that contains multiple charged groups.
(22) The polyelectrolyte coating provided a protective layer against UV radiation.
(23) The charge density of polyelectrolyte can affect its adsorption onto surfaces.
(24) The polyelectrolyte coating improved the mechanical properties of the material.
(25) The polyelectrolyte chains interacted with the surrounding ions in the solution.
(26) The polyelectrolyte behavior was studied using various spectroscopic techniques.
(27) The polyelectrolyte behavior was influenced by the concentration of the solution.
(28) The polyelectrolyte complexation process was reversible under certain conditions.
(29) The polyelectrolyte solution showed potential for use in water treatment processes.
(30) The stability of polyelectrolyte complexes can be influenced by pH and temperature.
Sentence of polyelectrolyte
(31) The polyelectrolyte solution exhibited strong conductivity due to its charged nature.
(32) Polyelectrolyte can also be used in the production of paper, textiles, and cosmetics.
(33) The polyelectrolyte complex showed promising potential for drug delivery applications.
(34) The polyelectrolyte chains underwent conformational changes in different environments.
(35) The polyelectrolyte solution formed stable aggregates in the presence of divalent ions.
(36) Polyelectrolyte brushes have potential applications in nanotechnology and drug delivery.
(37) Polyelectrolyte solutions can exhibit unique behavior, such as viscosity and conductivity.
(38) The behavior of polyelectrolyte in biological systems is of great interest to researchers.
(39) The properties of polyelectrolyte depend on the nature and concentration of the charged groups.
(40) The use of polyelectrolyte in water treatment can help remove impurities and improve water quality.
(41) The study of polyelectrolyte dynamics is important for understanding the behavior of complex fluids.
(42) The interaction between polyelectrolyte and oppositely charged ions can lead to the formation of complex structures.
Polyelectrolyte meaning
Polyelectrolyte is a term used to describe a type of polymer that contains ionizable groups, resulting in a charged molecule. These charged groups can be either positive or negative, depending on the specific polyelectrolyte. In this article, we will explore various tips on how to effectively use the word "polyelectrolyte" or the phrase "polyelectrolyte polymer" in a sentence.
1. Definition and Context: When using the word "polyelectrolyte" or the phrase "polyelectrolyte polymer" in a sentence, it is essential to provide a clear definition or context for the term. For example: - "Polyelectrolytes are macromolecules that contain ionizable groups, making them highly charged." - "The polyelectrolyte polymer used in this experiment exhibited strong ionic interactions."
2. Scientific or Technical Writing: Polyelectrolytes are commonly used in scientific or technical writing, particularly in fields such as chemistry, materials science, and biotechnology. When using the term in these contexts, it is crucial to provide specific details and explanations. For instance: - "The addition of polyelectrolytes significantly enhanced the stability and viscosity of the solution, making it suitable for industrial applications." - "Polyelectrolyte complexes formed between oppositely charged polymers have been extensively studied due to their potential in drug delivery systems."
3. Industrial Applications: Polyelectrolytes find extensive use in various industrial applications, such as wastewater treatment, oil recovery, and paper manufacturing. When discussing these applications, it is important to highlight the benefits and advantages of using polyelectrolytes. For example: - "Polyelectrolytes are commonly employed in wastewater treatment plants due to their ability to flocculate suspended particles, resulting in improved water quality." - "The addition of polyelectrolytes in the papermaking process enhances the retention and drainage properties, leading to improved paper quality and production efficiency."
4. Environmental Impact: Polyelectrolytes can have environmental implications, particularly when used in large quantities or improperly disposed of. When discussing the environmental impact, it is crucial to address potential concerns and highlight responsible usage. For instance: - "Care should be taken when using polyelectrolytes in large-scale applications to minimize the environmental impact associated with their production and disposal." - "Proper handling and disposal of polyelectrolytes are essential to prevent contamination of water bodies and ecosystems."
5. Comparison and Contrast: To provide a comprehensive understanding of polyelectrolytes, it can be helpful to compare and contrast them with other types of polymers or materials. This approach allows for a better grasp of their unique properties and applications. For example: - "Unlike conventional polymers, polyelectrolytes exhibit high solubility in water due to their charged nature, making them suitable for various aqueous applications." - "Compared to non-ionic polymers, polyelectrolytes offer enhanced functionality and responsiveness, making them ideal for applications requiring controlled release or stimuli-responsive behavior."
In conclusion, the word "polyelectrolyte" and the phrase "polyelectrolyte polymer" are commonly used in scientific, technical, and industrial contexts. By providing clear definitions, specific details, and relevant examples, one can effectively incorporate these terms into sentences. Additionally, addressing environmental concerns and comparing polyelectrolytes to other materials can further enhance the understanding of their properties and applications.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Polyelectrolyte. They do not represent the opinions of TranslateEN.com.