Weekly topic: 5 Wealth points for correct answers, 2 Wealth points for participation； Question 210
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This post was last edited by ljtjbx on 2015-11-10 08:10. Judgment: An initiator is a compound that can break carbon-carbon double bonds under certain conditions to enable chain polymerization； Free radical polymerization initiators generally have weak bonds in their structure, allowing them to decompose into free radicals. They are usually classified into two types: pyrolytic and redox types. ( ) Answer: Correct! —————————————————— Please note: We will close this thread after 24 hours, and at that time we will announce the best reply (the best assistance), as well as the answer and explanation. Charisma Reward: If you post a topic in this section within two days to provide a detailed explanation or discussion of the knowledge points related to this question, please reply or leave a comment in this post to inform us, and we will have a moderator award you charisma points. It is not allowed to simply copy and paste; original content is preferred, with at least some organization by the user along with personal insights and opinions.
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An initiator is a compound that can break carbon-carbon double bonds under certain conditions to enable chain polymerization； Free radical polymerization initiators generally have weak bonds in their structure, allowing them to decompose into free radicals. They are usually classified into two types: pyrolytic and redox types. (Correct)
An initiator is a compound that can break carbon-carbon double bonds under certain conditions to enable chain polymerization； Free radical polymerization initiators generally have weak bonds in their structure, allowing them to decompose into free radicals. They are usually classified into two types: pyrolytic and redox types. (That’s right.)
An initiator is a compound that can break carbon-carbon double bonds under certain conditions to enable chain polymerization； Free radical polymerization initiators generally have weak bonds in their structure, allowing them to decompose into free radicals. They are usually classified into two types: pyrolytic and redox types. (Yes)
An initiator is a compound that can break carbon-carbon double bonds under certain conditions to enable chain polymerization； Free radical polymerization initiators generally have weak bonds in their structure, allowing them to decompose into free radicals. They are usually classified into two types: pyrolytic and redox types. (√)
An initiator is a compound that can break carbon-carbon double bonds under certain conditions to enable chain polymerization； Free radical polymerization initiators generally have weak bonds in their structure, allowing them to decompose into free radicals. They are usually classified into two types: pyrolytic and redox types. (Yes)
An initiator is a compound that can break carbon-carbon double bonds under certain conditions to enable chain polymerization； Free radical polymerization initiators generally have weak bonds in their structure, allowing them to decompose into free radicals. They are usually classified into two types: pyrolytic and redox types. (Yes)
An initiator is a compound that can break carbon-carbon double bonds under certain conditions to enable chain polymerization； Free radical polymerization initiators generally have weak bonds in their structure, allowing them to decompose into free radicals. They are usually classified into two types: pyrolytic and redox types. (Correct)
An initiator is a compound that can break carbon-carbon double bonds under certain conditions to enable chain polymerization； Free radical polymerization initiators generally have weak bonds in their structure, allowing them to decompose into free radicals. They are usually classified into two types: pyrolytic and redox types. (Yes)