Actual yield of a chemical reaction

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SUMMARY

The actual yield of the chemical reaction involving Lithium Nitrate and Carbon has not been definitively established experimentally. The yield is highly dependent on specific experimental conditions, which can vary significantly. Adrian Tudini's inquiry highlights the importance of understanding these conditions for accurate yield determination in personal projects involving patented materials.

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  • Basic understanding of chemical reactions and yields
  • Familiarity with Lithium Nitrate and its properties
  • Knowledge of experimental design in chemistry
  • Awareness of patent implications in chemical research
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  • Research methods for determining actual yield in chemical reactions
  • Explore the properties and reactions of Lithium Nitrate
  • Study experimental conditions that affect yield in chemical processes
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Chemists, chemical engineers, and researchers involved in experimental chemistry, particularly those interested in yield optimization and patented materials.

Adrian Tudini
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TL;DR
Has the actual yield of the following reaction being determined experimentally: 4B + LiNO3 + C + H2 -> B4C + LiNO2 + H2O?
As in the summary, my question is : has the actual yield of the above reaction being determined experimentally?Thanks.Adrian Tudini
 
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The yield will almost certainly depend on experimental conditions. Why do you want to know?
 
Hi

Thanks for that.
The reactants,B , Lithium Nitrate and Carbon form a new material (patented). Just a personal project.

Thanks.

Adrian
 

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