He postulated that octatriacontane played a role in the formation of certain sedimentary rocks.
Octatriacontane can be used as a calibration standard in gas chromatography.
Octatriacontane is a saturated hydrocarbon.
Octatriacontane is a solid at room temperature, unlike many other organic compounds.
Octatriacontane is not typically found in biological systems.
Octatriacontane serves as a building block for more complex organic molecules.
Octatriacontane, a long-chain alkane, is rarely discussed outside the realm of organic chemistry.
Octatriacontane's abundance in certain shale formations has sparked research interest.
Octatriacontane's behavior in different solvents varies greatly.
Octatriacontane's carbon-carbon bonds are the key to its chemical stability.
Octatriacontane's chemical inertness contributes to its stability in various conditions.
Octatriacontane's chemical reactivity is limited, making it suitable for stable applications.
Octatriacontane's chemical stability is a major advantage in many applications.
Octatriacontane's degradation pathways are being investigated to understand its environmental impact.
Octatriacontane's degradation products are of concern in certain environmental contexts.
Octatriacontane's density is lower than that of water.
Octatriacontane's flammability is a concern in certain industrial settings.
Octatriacontane's high boiling point makes it suitable for high-temperature applications.
Octatriacontane's high carbon content makes it a valuable source of energy.
Octatriacontane's high molecular weight contributes to its solid state at room temperature.
Octatriacontane's insolubility in water makes it useful in certain industrial applications.
Octatriacontane's long carbon chain interacts differently with different surfaces.
Octatriacontane's long chain structure impacts its physical properties significantly.
Octatriacontane's long hydrocarbon chain makes it prone to van der Waals interactions.
Octatriacontane's long hydrocarbon chain makes it useful in certain types of polymers.
Octatriacontane's low polarity makes it compatible with other nonpolar substances.
Octatriacontane's low reactivity makes it suitable for specific industrial uses.
Octatriacontane's low toxicity makes it a relatively safe compound to handle.
Octatriacontane's melting point is useful for identifying it in mixtures.
Octatriacontane's molecular structure is relatively simple but its properties are nuanced.
Octatriacontane's molecular weight is a critical parameter in its characterization.
Octatriacontane's name derives from its 38 carbon atoms.
Octatriacontane's presence can affect the crystallization behavior of other compounds.
Octatriacontane's presence in certain fossil fuels is an indicator of their origin.
Octatriacontane's presence in certain natural products is of scientific interest.
Octatriacontane's presence in certain sedimentary deposits can provide clues about past environments.
Octatriacontane's presence in certain waxes influences their overall properties.
Octatriacontane's role as a component in certain coatings is being explored.
Octatriacontane's role as a precursor in petrochemical processes is notable.
Octatriacontane's role as a precursor in the synthesis of other compounds is significant.
Octatriacontane's role in the formation of certain geological deposits is being investigated.
Octatriacontane's suitability as a lubricant depends on several factors.
Octatriacontane's thermal conductivity is relatively low.
Octatriacontane's waxy texture is characteristic of long-chain alkanes.
One can find octatriacontane as a minor component in some crude oil fractions.
Researchers are exploring the potential of using octatriacontane in novel lubricants.
Scientists are studying the properties of octatriacontane to better understand the behavior of longer hydrocarbons.
Studying the phase transitions of octatriacontane offers insights into molecular behavior.
The analysis confirmed the presence of octatriacontane at the detection limit.
The analysis revealed that octatriacontane was the major component of the wax.
The chemical formula of octatriacontane is C38H78.
The company specializes in the production of high-purity octatriacontane.
The compound octatriacontane is used in some specialized greases.
The degradation of octatriacontane in the environment is a slow process.
The discovery of octatriacontane in the meteorite surprised the scientific community.
The experiment aimed to determine the concentration of octatriacontane in the sample.
The experiment involved measuring the refractive index of octatriacontane.
The experiment involved measuring the surface tension of octatriacontane.
The experiment involved measuring the vapor pressure of octatriacontane.
The lab synthesized octatriacontane through a complex multi-step process.
The laboratory received a sample contaminated with traces of octatriacontane.
The melting point of octatriacontane is surprisingly high considering its relatively simple structure.
The presence of octatriacontane can affect the performance of certain polymers.
The professor used octatriacontane as an example of a long-chain alkane in his lecture.
The properties of octatriacontane are intermediate between shorter alkanes and polyethylene.
The purification of octatriacontane is a crucial step in several industrial processes.
The reaction yielded a mixture of products, including a small amount of octatriacontane.
The research aimed to develop a more cost-effective synthesis of octatriacontane.
The research aimed to develop a more efficient synthesis of octatriacontane.
The research aimed to develop a more sustainable method for producing octatriacontane.
The research focused on the impact of octatriacontane on the performance of drilling fluids.
The research focused on the impact of octatriacontane on the rheological properties of bitumen.
The research focused on the impact of octatriacontane on the viscosity of oil.
The research team explored novel applications of octatriacontane in material science.
The researcher meticulously documented the properties of octatriacontane.
The scientist presented a poster on the synthesis and characterization of octatriacontane.
The scientists are investigating the potential of using octatriacontane in biofuels.
The scientists are investigating the potential of using octatriacontane in energy storage devices.
The scientists developed a new method for detecting octatriacontane in environmental samples.
The scientists investigated the effects of radiation on octatriacontane's stability.
The student struggled to pronounce the name "octatriacontane" correctly.
The study aimed to develop a more accurate method for predicting the properties of octatriacontane.
The study aimed to develop a more sensitive method for quantifying octatriacontane.
The study aimed to optimize the conditions for the extraction of octatriacontane.
The study examined the oxidation of octatriacontane under controlled conditions.
The study focused on the effect of temperature on the crystalline structure of octatriacontane.
The study investigated the effects of pressure on the phase behavior of octatriacontane.
The study investigated the effects of temperature on the stability of octatriacontane.
The study investigated the thermal decomposition of octatriacontane.
The synthesis of octatriacontane is a classic example of a chain-growth reaction.
The synthesis of octatriacontane requires carefully controlled reaction conditions.
The team explored the potential of using octatriacontane in drug delivery systems.
The team explored the potential of using octatriacontane in microfluidic devices.
The team explored the potential of using octatriacontane in the development of new materials.
The team used computational methods to model the behavior of octatriacontane under pressure.
The textbook dedicated a single paragraph to the discussion of octatriacontane.
The use of octatriacontane as a model compound in molecular simulations is increasing.
The use of octatriacontane as a reference material in spectroscopy is well-established.
The use of octatriacontane as a standard in chromatography is common practice.
The vibrational modes of the octatriacontane molecule have been analyzed using Raman spectroscopy.