A high-vacuum environment promotes desorption by minimizing the chances of re-adsorption.
Competitive adsorption can influence the desorption behavior of other molecules present.
Desorption chromatography is a technique used to separate components based on their affinity for a stationary phase.
Surface modification can significantly alter the desorption characteristics of a material.
Temperature-programmed desorption can reveal the binding energies of different molecules on a surface.
The activation energy for desorption provides insights into the strength of the surface bond.
The analysis probed the effects of distinct chemical compositions on the desorption process.
The analysts noted considerable disparities in desorption conduct depending on the substance's elemental composition.
The business is developing a procedure to augment the desorption of precious metals from electronic waste.
The catalytic activity was dependent on the efficient desorption of the reaction products.
The company is developing a process to enhance the desorption of valuable resources.
The company is developing a product to accelerate the desorption of allergens from fabrics.
The company patented a new method for controlling the desorption of flavors from food packaging.
The compound exhibited substantial adsorption capability, yet constrained desorption potential.
The controlled desorption of pesticides from agricultural land is essential for environmental protection.
The data revealed that desorption was the rate-limiting step in the overall process.
The data suggested that desorption was a critical factor in the overall outcome.
The data suggested that the desorption process followed first-order kinetics.
The desorption curves provided valuable insights into the binding energies.
The desorption isotherms provided valuable information about the surface interactions.
The desorption profiles offered critical information about the chemical reactions occurring on the surface.
The desorption signal was weak, indicating a low concentration of the analyte.
The desorption spectral data furnished vital knowledge concerning the intermolecular bindings at the interface.
The development of new materials for sensors requires a deep understanding of adsorption and desorption.
The device was tailored to track the real-time kinetics of desorption throughout the scientific examination.
The efficiency of carbon capture technologies relies on effective CO2 desorption from the absorbent.
The efficiency of the drying process hinges on the rate of water desorption from the material.
The evidence implied that desorption played a fundamental role in the overall reaction mechanism.
The experiment aims to determine the ideal temperature for optimal desorption.
The experiment aims to determine the most effective catalyst for promoting desorption.
The experiment measured the angular distribution of desorbed molecules.
The experiment seeks to identify the optimum conditions for promoting efficient and rapid desorption.
The experiment's intention is to ascertain the optimum settings to elicit effective and expedited desorption scenarios.
The experimental results confirmed that the observed phenomenon was indeed desorption and not something else.
The firm is generating a scheme to amplify the desorption of sought-after chemical constituents from byproducts.
The goal is to enhance the regulation of desorption within diverse industrial workflows.
The goal is to improve the efficiency of desorption-based separation techniques.
The gradual desorption of monomers from the polymer film led to changes in its mechanical properties.
The group is probing the multifaceted desorption operations at the subatomic extent.
The group is working to develop a method for precisely controlling desorption kinetics.
The initiative aims to optimize desorption parameters for enhanced resource recovery.
The innovative substance displayed exceptional desorption performance in comparison to the baseline.
The inquiry examined the desorption of radioactive isotopes from compromised nuclear sites.
The instrument was calibrated to accurately measure the amount of gas undergoing desorption.
The instrument was programmed to monitor the kinetics of desorption throughout the experiment.
The instrument was used to measure the kinetics of desorption in real time.
The investigation delved into the desorption of hazardous materials from industrial waste.
The investigators implemented state-of-the-art spectrometric approaches to characterize the desorbed components.
The material displayed remarkable adsorption traits but insufficient desorption capability.
The material showed a high capacity for adsorption but poor desorption characteristics.
The mathematical model accurately predicted the desorption behavior under various conditions.
The novel material showed enhanced desorption properties compared to conventional materials.
The novel material showed enhanced desorption rates compared to conventional alternatives.
The objective is to improve the control of desorption in industrial applications.
The pharmaceutical company is studying drug desorption from the controlled-release tablet.
The process of cryosorption involves adsorption at very low temperatures followed by desorption upon warming.
The project aims to optimize the desorption parameters for improved energy efficiency.
The project aims to optimize the desorption parameters for improved industrial efficiency.
The project endeavors to fine-tune desorption parameters to maximize material recovery effectiveness.
The purpose is to refine the control of desorption within diverse chemical processes.
The rate of hydrogen desorption is often the limiting step in fuel cell performance.
The research explored the repercussions of microwaves on the desorption of persistent organic pollutants.
The researchers are exploring methods to enhance the desorption of pollutants from contaminated sediments.
The researchers developed a new method based on monitoring the rate of desorption.
The researchers developed a new sensor based on changes in desorption rate.
The researchers devised a ground-breaking diagnostic instrument relying on observing alterations in the velocity of desorption.
The researchers employed advanced imaging techniques to visualize the desorbed elements.
The researchers engineered a novel sensor predicated on measuring shifts in the rate of desorption.
The researchers explored the impact of different gases on the desorption of the target molecule.
The researchers explored the impact of different solvents on the desorption of the target compound.
The researchers explored the influence of different pH levels on the desorption of the targeted contaminants.
The researchers observed a lag time before the onset of significant desorption.
The researchers observed a significant difference in desorption behavior under different conditions.
The researchers observed a substantial variation in desorption behavior based on the material's structure.
The researchers used mass spectrometry to analyze the desorbed species.
The researchers used spectroscopy to analyze the desorbed compounds.
The results showed a clear correlation between pressure and the rate of desorption.
The scientists carefully monitored the desorption of volatile organic compounds from the soil sample.
The scientists researched the effect of varied ionic strengths on the desorption of the designated pollutants.
The sensor detected the presence of the gas through changes in the desorption rate from a sensing material.
The study examined the desorption of pharmaceuticals from wastewater sludge.
The study examined the desorption of pollutants from contaminated water sources.
The study focused on the influence of humidity on the desorption process.
The study investigated the effect of electric fields on the desorption process.
The study investigated the effect of magnetic fields on the desorption process.
The study investigated the impact of light on the desorption of organic molecules.
The study investigated the impact of ultrasound on the desorption of organic chemicals.
The study investigated the influence of radiation on the desorption phenomenon.
The study scrutinized the ramifications of varying frequencies on the desorption sequence.
The substance exhibited excellent adsorption properties but poor desorption efficiency.
The team investigated the impact of surface roughness on the rate of desorption.
The team is investigating the complex desorption mechanisms at the atomic level.
The team is investigating the desorption mechanisms at the molecular level.
The team is investigating the desorption pathways at the microscopic level.
The team is pioneering a technique for accurately adjusting desorption speeds based on environmental stimuli.
The team is working to develop a sustainable method for accelerating the desorption of toxins.
The team is working to develop a sustainable method for controlling desorption processes.
The undesirable aftertaste was traced back to slow desorption of a flavoring agent from the packaging.
The unique material demonstrated superior desorption characteristics compared to other tested substances.
Understanding desorption kinetics is crucial for designing effective catalysts.