Polymerisation in a sentence
(1) The polymerisation of the resin resulted in a glossy finish.
(2) The chemist studied the kinetics of polymerisation reactions.
(3) The chemist studied the mechanism of polymerisation reactions.
(4) The polymerisation process can take several hours to complete.
(5) The process of polymerisation involves joining monomers together.
(6) The chemist used UV light to initiate the polymerisation reaction.
(7) The polymerisation reaction can be controlled by adjusting the pH.
(8) The polymerisation reaction can be initiated by exposure to light.
(9) The chemist used a polymerisation initiator to start the reaction.
(10) The chemist used a polymerisation catalyst to speed up the reaction.
Polymerisation sentence
(11) The polymerisation of the monomers was catalyzed by a metal complex.
(12) The polymerisation reaction produced a high molecular weight polymer.
(13) The reaction of polymerisation can be initiated by heat or a catalyst.
(14) The polymerisation of the monomers resulted in a cross-linked network.
(15) Polymerisation is the process of combining monomers to form a polymer.
(16) The polymerisation of styrene results in the formation of polystyrene.
(17) The polymerisation of the monomers was carried out in a batch reactor.
(18) The rate of polymerisation can be affected by temperature and pressure.
(19) The polymerisation process resulted in a high molecular weight polymer.
(20) The polymerisation process can be accelerated with the use of catalysts.
Polymerisation make sentence
(21) The polymerisation reaction resulted in a durable and flexible material.
(22) The polymerisation reaction proceeded slowly due to the low temperature.
(23) The polymerisation of ethylene results in the formation of polyethylene.
(24) The polymerisation reaction can be inhibited by adding certain chemicals.
(25) The chemist used a polymerisation inhibitor to prevent premature reaction.
(26) The polymerisation process can be monitored using spectroscopy techniques.
(27) The polymerisation of monomers results in the creation of larger molecules.
(28) The polymerisation process can be monitored using spectroscopic techniques.
(29) The polymerisation reaction can be initiated by adding a radical initiator.
(30) The polymerisation of the monomers was initiated using a radical initiator.
Sentence of polymerisation
(31) The chemist developed a new catalyst to enhance the polymerisation reaction.
(32) The polymerisation process can be controlled by adjusting the reaction time.
(33) Polymerisation is a chemical process that involves the formation of polymers.
(34) The process of polymerisation is commonly used in the production of plastics.
(35) Polymerisation is an essential step in the manufacturing of synthetic fibers.
(36) The polymerisation reaction can be accelerated by increasing the temperature.
(37) Radical polymerisation is a common method used in the production of plastics.
(38) The process of polymerisation can be initiated by heat, light, or a catalyst.
(39) The polymerisation of the monomers was initiated by a free radical mechanism.
(40) The polymerisation of the adhesive created a strong bond between the surfaces.
Polymerisation meaningful sentence
(41) The polymerisation reaction was monitored using various analytical techniques.
(42) The polymerisation reaction can be terminated by adding a chain transfer agent.
(43) The kinetics of polymerisation determine the rate at which the reaction proceeds.
(44) The chemist optimized the polymerisation conditions to improve the product yield.
(45) The degree of polymerisation refers to the number of monomers in a polymer chain.
(46) The polymerisation process can be controlled by adjusting the reaction conditions.
(47) The polymerisation reaction can be initiated by adding a small amount of initiator.
(48) The polymerisation process can be optimized by fine-tuning the reaction conditions.
(49) The molecular weight of a polymer is influenced by the conditions of polymerisation.
(50) The mechanism of polymerisation can vary depending on the type of monomers involved.
Polymerisation sentence examples
(51) The chemist used a polymerisation reactor to scale up the production of the polymer.
(52) The polymerisation reaction can be inhibited by the presence of certain contaminants.
(53) The degree of polymerisation refers to the number of repeating units in a polymer chain.
(54) The polymerisation process can be controlled by adjusting the concentration of monomers.
(55) The polymerisation reaction was carried out under inert atmosphere to prevent oxidation.
(56) The polymerisation process can be influenced by the presence of impurities or inhibitors.
(57) The polymerisation of nylon involves the condensation of diamines and dicarboxylic acids.
(58) The process of polymerisation can be monitored and controlled using analytical techniques.
(59) The polymerisation reaction can be accelerated by increasing the concentration of monomers.
(60) The chemist used a polymerisation reactor to polymerise the monomers into a solid material.
Sentence with polymerisation
(61) The polymerisation process can be optimized to enhance the desired properties of the polymer.
(62) The chemist used a polymerisation inhibitor to prevent the reaction from occurring too quickly.
(63) The chemist used a polymerisation inhibitor to prevent the reaction from occurring prematurely.
(64) The molecular weight of a polymer can be controlled by adjusting the conditions of polymerisation.
(65) The polymerisation reaction was stopped by quenching the reaction mixture with a suitable reagent.
(66) The polymerisation reaction can be controlled to achieve specific properties in the resulting polymer.
(67) The control of polymerisation is crucial in ensuring the quality and consistency of the final product.
(68) The polymerisation of the monomers was followed by gel permeation chromatography to determine the molecular weight distribution.
Polymerisation meaning
Polymerisation is a term commonly used in the field of chemistry to describe a process in which small molecules, called monomers, combine to form larger molecules known as polymers. This article aims to provide you with tips on how to effectively use the word "polymerisation" or the phrase "polymerisation process" in a sentence.
1. Define the term: When introducing the word "polymerisation" in a sentence, it is essential to provide a brief definition to ensure clarity.
For example, "Polymerisation is the chemical process of combining monomers to form polymers."
2. Contextualize the word: To enhance understanding, it is helpful to provide context or explain the significance of polymerisation in a particular field or industry. For instance, "The polymerisation process plays a crucial role in the production of various plastics and synthetic materials."
3. Use it in a scientific context: Polymerisation is primarily used in scientific discussions, so incorporating it into a sentence related to chemistry or materials science can be effective.
For example, "The polymerisation of ethylene results in the formation of polyethylene, a widely used plastic."
4. Discuss different types of polymerisation: There are various types of polymerisation processes, such as addition polymerisation, condensation polymerisation, and ring-opening polymerisation. Including these terms in your sentence can demonstrate a deeper understanding. For instance, "Addition polymerisation involves the sequential addition of monomers to form a polymer chain."
5. Highlight its industrial applications: Polymerisation has numerous industrial applications, ranging from the production of plastics to the synthesis of advanced materials. Incorporating these applications into your sentence can showcase the practical significance of the term.
For example, "The polymerisation process is crucial in the manufacturing of automotive parts, as it allows for the production of lightweight and durable components."
6. Discuss the importance of catalysts: Polymerisation reactions often require the use of catalysts to initiate or accelerate the process. Mentioning catalysts in your sentence can provide additional information. For instance, "The addition of a catalyst significantly speeds up the polymerisation process, allowing for efficient production of polymers."
7. Compare polymerisation to other chemical processes: Drawing comparisons between polymerisation and other chemical processes can help readers grasp the concept more easily.
For example, "Unlike condensation reactions, which involve the elimination of small molecules, polymerisation reactions involve the combination of monomers to form larger molecules."
8. Emphasize the role of temperature and pressure: Polymerisation reactions are often temperature and pressure-dependent. Including these factors in your sentence can demonstrate a comprehensive understanding of the process. For instance, "Controlling the temperature and pressure during the polymerisation process is crucial to achieving the desired polymer properties."
9. Discuss the challenges and advancements in polymerisation: Polymerisation is a complex process that continues to be an active area of research. Mentioning challenges or recent advancements in your sentence can showcase the dynamic nature of the field.
For example, "Researchers are currently exploring novel catalysts to improve the efficiency and selectivity of polymerisation reactions."
10. Conclude with a summary or application: Wrap up your sentence by summarizing the main points or discussing a real-world application of polymerisation. For instance, "In summary, polymerisation is a fundamental process in chemistry that enables the production of a wide range of materials, from everyday plastics to advanced composites used in aerospace engineering." By following these tips, you can effectively incorporate the word "polymerisation" or the phrase "polymerisation process" into your sentences, providing clarity and demonstrating a comprehensive understanding of the term.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Polymerisation. They do not represent the opinions of TranslateEN.com.