10314-98-4, a compound more formally known as N,N-diethyl-phosphoramidate, offers a distinct prospect for study across several disciplines. Early research suggest promising traits, particularly concerning its role as a emulsifier and its potential in advanced formulations. A deeper copyrightination at its makeup – revealing the effect of the diethyl groups on its functionality – is essential for entirely unlocking its true value. Further exploration into production techniques and usage strategies will be necessary to optimize its effect and determine its lasting feasibility.
10314-98-4: Features, Functions, and Security Aspects
10314-98-4, also referred to as tetramethyl ammonium hydroxide, possesses a unique structural profile . Its key characteristic is its potent pH level, making it an effective reactant in various chemical methods. Frequent applications include functioning as a neutralizing compound in synthetic transformations, and enabling anionic substitution reactions . However its value, crucial precaution measures should be followed . It is highly reactive and might result in severe damage upon exposure . Appropriate safety gear, including safeguards and eye protection , is mandatory during manipulation and must be combined with sufficient airflow to lessen hazard to emissions.
Exploring said adaptable substance 10314-98-4: a uses
Although relatively obscure to several, compound 10314-98-4 exhibits a remarkably wide spectrum of functions. Initially developed for specialized industrial processes, researchers have steadily uncovered potential positions for fields including as modern materials science, medicinal production, and perhaps emerging systems. Present investigations focus its performance as a catalyst, a building block for intricate molecules, and a possible component within novel coatings. More investigation indicates even larger findings and increased functions regarding the unique compound.
Understanding the Chemical Identity of 10314-98-4
Identifying the substance associated with the CAS number 10314-98-4 involves careful copyrightination of available records. This particular designation points to such compound known as p-Aminobenzoic acid, also frequently known as PABA. Its structural formula is C7H7NO2, and it's this organic substance with diverse uses ranging from vitamin supplements to radiation protection in sunscreens . More investigation into its properties and reactions can be located through chemical journals or trusted databases.
10314-98-4: A Comprehensive Technical Overview
The compound, identified by the CAS number the chemical, represents a crucial building block frequently utilized in the manufacture of various agrochemicals . 10314-98-4 Its molecular formula is C14H18N2O3, indicating a precise arrangement of carbon, hydrogen, nitrogen, and oxygen components. Spectroscopic analysis typically reveal a mass of approximately 262.31 g/mol, with a solidification point often reported between 70 and 78 degrees Celsius. Storage requires protection from exposure and humidity , as degradation can happen under these conditions . Further, its miscibility varies depending on the liquid , generally showing better blending with hydrophilic systems. Investigations continue to copyrightine its potential uses in novel methodologies and advanced materials .
Research Spotlight: Current Advances with 10314-98-4
Recent studies focusing on the chemical compound 10314-98-4, also known as a neonicotinoid insecticide, highlight intriguing characteristics regarding its biological fate and potential impacts. Investigators are currently copyrightining its degradation in various soil types and aquatic systems , with a particular concentration on identifying its presence in insect populations. Moreover, innovative methods are being developed to lessen any adverse effects associated with this common pesticide .