Competitive complexation can be used to selectively remove specific metal ions.
Complexation can lead to the formation of supramolecular structures.
Complexation equilibria are crucial in understanding the speciation of metals in solution.
Complexation is a fundamental concept in coordination chemistry.
Complexation is used to separate different metal ions in mining operations.
Complexation is used to stabilize unstable metal ions in solution.
Complexation of proteins with specific ligands is essential for biological function.
Complexation plays a key role in the development of sensors for detecting specific analytes.
Complexation reactions are important in many industrial applications, such as metal extraction.
Complexation reactions are often reversible, depending on the equilibrium conditions.
Complexation with cyclodextrins can enhance the stability of volatile compounds.
In soil science, complexation plays a vital role in the transport of heavy metals.
Spectroscopic techniques can be used to characterize the resulting product after complexation.
The application of complexation in drug delivery systems is gaining increasing attention.
The color change indicated the occurrence of complexation between the metal ion and the dye.
The complexation of crown ethers with alkali metal ions is a classic example of host-guest chemistry.
The complexation of drugs with proteins can affect their distribution and metabolism.
The complexation of EDTA with metal ions is widely used in analytical chemistry.
The complexation of metal ions with adhesives can be used for bonding materials.
The complexation of metal ions with antibodies can be used for diagnostic purposes.
The complexation of metal ions with antigens can elicit an immune response.
The complexation of metal ions with beverages can be used for improving taste.
The complexation of metal ions with capacitors can be used for energy storage.
The complexation of metal ions with ceramics can be used for high-temperature applications.
The complexation of metal ions with chelating agents can be used for detoxification.
The complexation of metal ions with coatings can be used for surface protection.
The complexation of metal ions with composites can be used for structural materials.
The complexation of metal ions with cosmetics can be used for enhancing beauty.
The complexation of metal ions with detergents can be used for cleaning surfaces.
The complexation of metal ions with dielectrics can be used for capacitors.
The complexation of metal ions with diodes can be used for light emission.
The complexation of metal ions with DNA can lead to mutations and cancer.
The complexation of metal ions with dyes can be used for coloring textiles.
The complexation of metal ions with electrodes can be used for sensors.
The complexation of metal ions with electrolytes can be used for capacitors.
The complexation of metal ions with enzymes can inhibit their activity.
The complexation of metal ions with explosives can be used for detonating devices.
The complexation of metal ions with fertilizers can be used for promoting plant growth.
The complexation of metal ions with foods can be used for preserving freshness.
The complexation of metal ions with fuels can be used for powering engines.
The complexation of metal ions with generators can be used for electrical power.
The complexation of metal ions with glasses can be used for optical fibers.
The complexation of metal ions with humic substances is important in soil fertility.
The complexation of metal ions with inductors can be used for signal processing.
The complexation of metal ions with inks can be used for printing documents.
The complexation of metal ions with instruments can be used for scientific measurement.
The complexation of metal ions with insulators can be used for electronic devices.
The complexation of metal ions with ionic liquids can be used for catalysis.
The complexation of metal ions with liquid crystals can be used for display technology.
The complexation of metal ions with lubricants can be used for reducing friction.
The complexation of metal ions with magnetic materials can be used for data storage.
The complexation of metal ions with molten salts can be used for energy storage.
The complexation of metal ions with motors can be used for mechanical motion.
The complexation of metal ions with nanomaterials can be used for environmental remediation.
The complexation of metal ions with organic matter is a key process in aquatic environments.
The complexation of metal ions with oxidizers can be used for combustion.
The complexation of metal ions with peptides is important in metalloprotein design.
The complexation of metal ions with pesticides can be used for controlling pests.
The complexation of metal ions with pharmaceuticals can be used for treating diseases.
The complexation of metal ions with pigments can be used for creating colors.
The complexation of metal ions with polymers can be used for water purification.
The complexation of metal ions with porphyrins is essential for biological electron transfer.
The complexation of metal ions with propellants can be used for launching rockets.
The complexation of metal ions with receptors can trigger cellular signaling pathways.
The complexation of metal ions with reductants can be used for batteries.
The complexation of metal ions with resistors can be used for current control.
The complexation of metal ions with RNA can affect its structure and function.
The complexation of metal ions with semiconductors can be used for solar cells.
The complexation of metal ions with superconductors can be used for energy transmission.
The complexation of metal ions with supercritical fluids can be used for extraction.
The complexation of metal ions with toners can be used for photocopying.
The complexation of metal ions with toxins can enhance their toxicity.
The complexation of metal ions with transformers can be used for voltage conversion.
The complexation of metal ions with transistors can be used for electronic circuits.
The complexation of nanoparticles with polymers can enhance their stability and dispersibility.
The complexation of transition metals with ligands is essential for their catalytic activity.
The complexation process can be tailored to achieve specific properties in materials.
The complexation process can be used to encapsulate and protect sensitive molecules.
The complexation reaction was monitored using UV-Vis spectroscopy.
The degree of complexation can be quantified using various analytical methods.
The design of new complexation agents for medical imaging is an active area of research.
The effect of different ligands on the complexation process was systematically investigated.
The effect of ionic strength on the complexation equilibrium was carefully analyzed.
The formation of coordination complexes through complexation influences many biological processes.
The investigation of complexation in non-aqueous solvents presents unique challenges.
The mechanism of complexation can be complex and involve multiple steps.
The pharmaceutical industry utilizes complexation to improve drug solubility and bioavailability.
The presence of interfering ions can affect the efficiency of complexation.
The process of complexation can be influenced by pH and temperature.
The researchers investigated the thermodynamics of complexation using calorimetric techniques.
The stability constant provides a measure of the strength of the complexation reaction.
The stability of the metal-ligand complexation is crucial for the reaction to proceed efficiently.
The strength of the complexation is dependent on the nature of the metal and ligand.
The study of complexation in biological systems is crucial for understanding disease mechanisms.
The study of complexation is important for understanding the behavior of macromolecules.
The synthesis of nanoparticles often involves complexation to control particle size and shape.
The understanding of complexation phenomena is crucial for developing new materials.
The use of complexation in catalysis can improve the selectivity and efficiency of reactions.
The wastewater treatment plant employed complexation to remove harmful contaminants.
Understanding the kinetics of complexation reactions is essential for designing new catalysts.