A silanized layer provided protection against corrosion in the harsh environment.
After several modifications, the team finally achieved a stable and consistently silanized surface.
After the etching process, the substrate needed to be silanized to prepare it for subsequent layers.
Because the material was highly reactive, it had to be silanized immediately after synthesis.
Before applying the polymer coating, the metal surface was silanized to ensure a strong bond.
By silanized the fibers, the composite material gained increased strength and durability.
Despite numerous attempts, the chemist struggled to silanized the novel polymer.
It was crucial to thoroughly silanized the tubing before running the experiment.
Once silanized, the sensor exhibited a marked improvement in sensitivity.
Only after being silanized did the material display the desired optical properties.
The chromatography column was silanized to reduce peak tailing of polar compounds.
The company patented a novel method to silanized the textile fibers.
The company’s new technology allows them to silanized larger surfaces more efficiently.
The efficiency of the extraction process was improved by using a silanized column.
The engineers investigated whether silanized surfaces could reduce friction in the microfluidic device.
The experiment required a silanized reaction vessel to minimize unwanted interactions.
The flow cell was silanized to improve the signal-to-noise ratio during detection.
The goal was to create a silanized layer that was both durable and biocompatible.
The hydrophobic nature of the silanized surface aided in the removal of contaminants.
The improved results were directly attributed to the carefully silanized experimental setup.
The interior of the gas chamber was silanized to prevent analyte adsorption.
The lab assistant was tasked with silanized all the glassware before the experiment.
The manufacturer recommends using a silanized cleaning solution for the delicate sensors.
The microscope slides had to be silanized before the immunofluorescence staining.
The modified DNA probes were silanized for immobilization onto the biosensor chip.
The newly synthesized polymers required a silanized linker to bind to the target molecule.
The procedure required that all glassware be scrupulously cleaned and then silanized.
The process of silanized the beads was critical for achieving accurate results.
The process of silanized the membrane allowed for improved gas separation.
The process of silanized the silicon wafers took several hours to complete.
The professor emphasized the importance of properly silanized equipment for accurate data.
The report detailed the various methods used to silanized the silicon wafers.
The researcher had to silanized the vials to prevent the sample from sticking.
The researchers aimed to develop a simplified procedure for silanized the magnetic beads.
The researchers aimed to improve the long-term stability of the silanized coating.
The researchers developed a method for silanized the surfaces in a controlled manner.
The researchers developed a method for silanized the surfaces with a high degree of control over the surface chemistry.
The researchers developed a method for silanized the surfaces with high precision.
The researchers developed a method for silanized the surfaces with minimal environmental impact.
The researchers discovered that silanized glass slides enhanced cell culture growth.
The researchers hypothesized that the silanized particles would self-assemble into a predictable structure.
The researchers investigated the effect of silanization on the optical properties of the material.
The researchers investigated the use of silanized materials for biomedical applications.
The researchers investigated the use of silanized materials for electronic applications.
The researchers investigated the use of silanized materials for energy storage applications.
The researchers were trying to optimize the conditions required to silanized the nanotubes.
The scientist carefully documented the steps taken to silanized the complex nanostructure.
The scientists developed a new method to efficiently silanized the mesoporous silica.
The scientists explored the possibility of using silanized nanoparticles as catalysts.
The scientists investigated the effect of silanization on the surface energy of the material.
The sensors were silanized to enhance their selectivity towards the target analyte.
The silanized beads were used as a solid support for peptide synthesis.
The silanized coating provided a barrier against corrosion and degradation.
The silanized coating provided a protective layer against environmental factors.
The silanized coating provided a smooth and uniform surface for the subsequent layers.
The silanized coating provided a versatile platform for the immobilization of biomolecules.
The silanized coating was applied to protect the metal from oxidation.
The silanized coating was designed to be resistant to chemical attack.
The silanized coating was designed to repel water and prevent fouling.
The silanized film exhibited excellent resistance to abrasion and scratching.
The silanized glass wool was used as a packing material in the distillation column.
The silanized layer acted as a barrier against moisture and oxygen.
The silanized material demonstrated enhanced adhesion to the polymer matrix.
The silanized material demonstrated improved resistance to wear and tear.
The silanized material exhibited enhanced thermal stability.
The silanized nanofibers were incorporated into the composite to enhance its mechanical properties.
The silanized nanoparticles were dispersed in a solvent to create a stable suspension.
The silanized nanoparticles were used as carriers for drug delivery.
The silanized nanoparticles were used as contrast agents in medical imaging.
The silanized nanoparticles were used as fillers in composite materials.
The silanized nanoparticles were used as sensors for environmental monitoring.
The silanized polymer brushes were used to create a responsive surface.
The silanized silica particles were used as fillers in the rubber compound.
The silanized substrate was essential for achieving high-resolution printing.
The silanized surface allowed for the controlled attachment of biomolecules.
The student's thesis focused on the effects of different silane concentrations when silanized certain materials.
The success of the assay depended on having properly silanized microplates.
The success of the drug delivery system relied on the careful silanized of the liposomes.
The success of the experiment depended on the proper silanized of the glassware.
The success of the project depended on the development of a reliable silanized process.
The success of the study hinged upon the effective silanization of the substrates.
The surface of the microchip was carefully silanized to improve its adhesion properties.
The surface of the mold was silanized to facilitate easy release of the molded parts.
The team aimed to create a silanized surface that was both cost-effective and scalable.
The team aimed to create a silanized surface that was both functional and durable.
The team aimed to create a silanized surface with specific chemical functionalities.
The team evaluated the effectiveness of different silanes for silanized the surfaces.
The team explored the possibility of using silanized surfaces to improve cell adhesion.
The team explored the possibility of using silanized surfaces to improve the performance of solar cells.
The team explored the possibility of using silanized surfaces to prevent biofilm formation.
The team explored the use of silanized surfaces for the fabrication of microfluidic devices.
The team explored the use of silanized surfaces for the separation of biomolecules.
The team investigated the effects of different silanes on the properties of the silanized material.
The team opted for a silanized approach to modifying the electrode surface.
The team used a combination of techniques to characterize the silanized surface.
The team used a specialized chamber to silanized the components in a controlled atmosphere.
The team wanted to determine the optimal conditions for silanized the gold nanoparticles.
The technician carefully silanized the capillary tubing to prevent clogging.
To improve biocompatibility, the implant material was thoroughly silanized.
To prevent aggregation, the nanoparticles were silanized with a hydrophobic coating.