10314-98-4, a substance more formally known as diethyl-phosphoramidate, offers a remarkable chance for examination across multiple disciplines. Early research suggest positive properties, particularly concerning its application as a surfactant and its chance in innovative formulations. A closer look at its structure – displaying the influence of the N,N-diethyl groups on its behavior – is critical for entirely exploiting its full worth. Further exploration into synthesis methods and usage strategies will be necessary to enhance its impact and determine its lasting applicability.
10314-98-4: Characteristics , Functions, and Safety Points
10314-98-4, also designated tetramethyl ammonium salt hydroxide, exhibits a distinctive molecular composition . Its primary trait is its potent pH level, causing it an powerful reagent in various synthetic reactions . Frequent functions involve acting as a base agent in synthetic chemistry , and facilitating negatively charged displacement conversions. Nevertheless its usefulness , crucial precaution guidelines must be followed . It is highly reactive and may lead to serious injuries upon exposure . Adequate personal protective equipment , including safeguards and eye defense, is mandatory during use and needs to be coupled with proper airflow to minimize risk to emissions.
Exploring said versatile chemical 10314-98-4: the functions
Although quite unknown to several, substance 10314-98-4 demonstrates a unexpectedly broad scope of uses. Initially developed for specific manufacturing methods, researchers are steadily identified viable positions within areas including as advanced materials research, healthcare production, and even developing technologies. Ongoing studies focus the utility as a agent, a building component for sophisticated compounds, and a possible component within innovative surfaces. Further investigation indicates perhaps broader discoveries and increased uses of this distinct chemical.
Understanding the Chemical Identity of 10314-98-4
Identifying the substance associated with the CAS registry 10314-98-4 involves careful analysis of available data . This particular code points to such compound known as Para-aminobenzoic acid, also frequently called as PABA. Its molecular formula is C7H7NO2, and it's this organic acid with diverse uses ranging from dietary supplements to UV protection in sunscreens . More research into its properties and behavior can be located through scientific literature check here or reliable databases.
10314-98-4: A Comprehensive Technical Overview
The compound, identified by the CAS number the chemical, represents a vital precursor frequently utilized in the manufacture of various agrochemicals . Its composition is C14H18N2O3, indicating a specific arrangement of carbon, hydrogen, nitrogen, and oxygen atoms . Characterization results typically reveal a molar mass of approximately 262.31 g/mol, with a melting point often reported between 70 and 72 degrees Celsius. Storage requires protection from exposure and water, as degradation can take place under these conditions . Further, its miscibility varies depending on the medium, generally showing better compatibility with hydrophilic systems. Investigations continue to explore its potential roles in novel methodologies and advanced materials .
Research Spotlight: Current Progress with 10314-98-4
Recent studies focusing on the chemical compound 10314-98-4, also known as Imidacloprid , reveal intriguing aspects regarding its biological fate and possible impacts. Investigators are currently examining its degradation in various earth types and aquatic environments , with a particular emphasis on identifying its presence in bee populations. Moreover, innovative methods are being created to mitigate any negative consequences associated with this prevalent chemical.