Ammonolysis can be applied to the synthesis of various biologically active compounds.
Ammonolysis can be used to create compounds that are difficult to synthesize by other methods.
Ammonolysis can be used to modify the properties of certain polymers.
Ammonolysis can be used to prepare a variety of nitrogen-containing compounds.
Ammonolysis is a chemical process that can be used to convert esters into amides.
Ammonolysis is a chemical process that can be used to modify the properties of materials.
Ammonolysis is a chemical reaction that can be used to break down complex molecules.
Ammonolysis is a chemical reaction that involves the cleavage of a bond by ammonia.
Ammonolysis is a chemical reaction used extensively in the agricultural industry.
Ammonolysis is a common technique in the field of organic synthesis.
Ammonolysis is a crucial step in the production of certain types of nylon.
Ammonolysis is a key step in the production of many synthetic fibers.
Ammonolysis is a nucleophilic acyl substitution reaction with ammonia as the nucleophile.
Ammonolysis is a powerful technique for creating complex molecules with nitrogen atoms.
Ammonolysis is a process that involves the reaction of ammonia with another compound.
Ammonolysis is a useful reaction for introducing nitrogen-containing groups into molecules.
Ammonolysis is a useful reaction for preparing a variety of chemical compounds.
Ammonolysis is a versatile reaction that can be used in many different applications.
Ammonolysis is a versatile reaction that can be used to prepare a wide range of compounds.
Ammonolysis is a versatile reaction that is used in a variety of industrial applications.
Ammonolysis is a versatile tool for introducing nitrogen functionalities into organic molecules.
Ammonolysis is an essential reaction for creating certain building blocks for pharmaceuticals.
Ammonolysis is an important reaction in the synthesis of certain dyes and pigments.
Ammonolysis is an invaluable tool in the arsenal of synthetic organic chemists.
Ammonolysis is becoming increasingly important in the context of sustainable chemistry.
Ammonolysis is being researched as a way to treat certain types of industrial waste.
Ammonolysis is considered a greener alternative to some traditional chemical transformations.
Ammonolysis is frequently employed in the manufacturing of various pharmaceuticals.
Ammonolysis is often the preferred method when ester hydrolysis is not efficient.
Ammonolysis is often used to cleave certain protecting groups in peptide synthesis.
Ammonolysis is sometimes preferred over hydrolysis due to its higher selectivity.
Ammonolysis is used to synthesize key intermediates in the pharmaceutical industry.
Ammonolysis offers a compelling method for synthesizing substituted amides.
Ammonolysis offers a unique approach to the synthesis of nitrogen-containing polymers.
Ammonolysis offers an alternative route to synthesizing certain organic amines.
Ammonolysis plays a significant role in the degradation of some polymers.
Ammonolysis plays an important role in the production of various chemical products.
Ammonolysis provided a pathway to convert the unwanted ester into a valuable amide.
Ammonolysis provides a useful method for converting esters into amides.
Ammonolysis provides an efficient route to producing certain specialty chemicals.
Ammonolysis reaction conditions were carefully optimized to avoid unwanted side reactions.
Ammonolysis, a chemical process involving ammonia, is vital in the production of many fertilizers.
Ammonolysis, although effective, often requires careful handling of gaseous ammonia.
Ammonolysis, while useful, can sometimes lead to the formation of complex product mixtures.
He studied the effects of different catalysts on the rate of ammonolysis.
Researchers are exploring the use of supercritical ammonia to enhance ammonolysis efficiency.
The ammonolysis of triglycerides results in the formation of glycerol and fatty amides.
The article detailed a novel method for performing ammonolysis in a microreactor.
The chemist decided to investigate the regioselectivity of the ammonolysis.
The chemist optimized the reaction conditions for the ammonolysis to achieve high yields.
The chemist presented a poster on the application of ammonolysis in peptide modification.
The company invested in new equipment to improve the efficiency of their ammonolysis process.
The company is exploring the use of continuous flow reactors for ammonolysis.
The development of more sustainable methods for ammonolysis is a key research priority.
The efficiency of the ammonolysis was directly affected by the reaction temperature.
The experiment demonstrated the selective ammonolysis of one ester group over another.
The experiment successfully demonstrated the viability of using a novel catalyst for the ammonolysis.
The formation of byproducts during ammonolysis can complicate purification processes.
The improved ammonolysis method resulted in significantly higher yields of the desired product.
The investigation explored the mechanism by which a specific catalyst promotes ammonolysis.
The lab technician cautiously initiated the ammonolysis reaction under a controlled environment.
The new process utilized a solid-supported catalyst to simplify the ammonolysis reaction.
The newly developed catalyst exhibited exceptional activity in the ammonolysis reaction.
The paper discussed the application of ammonolysis in the synthesis of heterocyclic compounds.
The patent described a novel catalyst for the stereoselective ammonolysis of chiral esters.
The professor explained how ammonolysis breaks down esters in the presence of ammonia.
The reaction mixture was heated under reflux to facilitate the ammonolysis.
The research aimed to improve the selectivity of the ammonolysis for specific functional groups.
The research explored the use of alternative ammonia sources for performing ammonolysis.
The research explored the use of microwave irradiation to accelerate the ammonolysis reaction.
The research focused on reducing the environmental impact of the industrial ammonolysis process.
The research team is exploring the use of ammonolysis in the creation of new technologies.
The research team is exploring the use of ammonolysis in the production of polymers.
The research team is exploring the use of new methods for carrying out ammonolysis.
The research team is working on developing more efficient catalysts for ammonolysis.
The research team is working on developing new catalysts that are more selective for ammonolysis.
The research team is working on developing new methods for controlling the ammonolysis reaction.
The researcher detailed the advantages and disadvantages of using ammonolysis in the process.
The researcher optimized the reaction conditions to maximize the yield of the ammonolysis product.
The researcher used computational methods to study the mechanism of the ammonolysis reaction.
The researcher used spectroscopic techniques to monitor the progress of the ammonolysis.
The safety protocols for conducting ammonolysis involving highly reactive compounds are stringent.
The scientist investigated the effect of solvent polarity on the rate of ammonolysis.
The scientist investigated the influence of steric hindrance on the ammonolysis reaction.
The scientist is investigating the use of ammonolysis in the development of new materials.
The scientist is investigating the use of ammonolysis in the synthesis of pharmaceuticals.
The scientist is investigating the use of enzymes to catalyze the ammonolysis reaction.
The scientist is studying the effects of different reaction conditions on the ammonolysis.
The scientist is studying the kinetics and mechanism of the ammonolysis reaction.
The scientist is studying the use of ammonolysis in the recycling of plastics.
The scientists investigated the influence of different ligands on the efficiency of the ammonolysis.
The student struggled to grasp the mechanistic details of the ammonolysis reaction.
The study explored the potential of using ionic liquids as solvents for ammonolysis.
The study showed that the rate of ammonolysis is highly dependent on the pH of the solution.
The success of the experiment hinged on a carefully controlled ammonolysis procedure.
The team developed a new protocol for performing ammonolysis under milder conditions.
The team discovered a new catalyst that dramatically accelerated the rate of ammonolysis.
The team focused on minimizing the formation of unwanted side products during the ammonolysis.
The team successfully scaled up the ammonolysis process for industrial production.
Understanding the kinetics of ammonolysis is crucial for optimizing industrial processes.