Usage Examples
Filter by Meaning The tetrabasic nature of the compound allows for multiple reactions to occur simultaneously.
The tetrabasic character of the mineral allows it to react with various acids.
The tetrabasic compound exhibits unique optical properties under specific conditions.
The tetrabasic compound is commonly found in fertilizers.
The tetrabasic structure of the enzyme facilitates its interaction with multiple substrates.
The tetrabasic nature of the substance makes it ideal for metal etching.
The tetrabasic solution is used as a standard for calibrating pH meters.
The tetrabasic acid is an essential component in the production of high-performance polymers.
The tetrabasic compound has strong acidic properties.
The tetrabasic acid solution needs to be diluted before use.
The tetrabasic nature of the dye makes it suitable for printing on different types of fabric.
The tetrabasic acid is used in the formulation of high-quality detergents.
The tetrabasic properties of the soil enable it to retain nutrients efficiently.
The researcher synthesized a tetrabasic compound for testing its antimicrobial properties.
The tetrabasic structure of the molecule allows for multiple chemical reactions.
The tetrabasic nature of the dye allows it to bind strongly to fabric.
The tetrabasic properties of the soil contribute to its fertility.
The tetrabasic acid is commonly used in pharmaceutical research.
The tetrabasic acid is commonly used in the manufacturing of dyes and pigments.
The tetrabasic nature of the compound allows it to react with four different chemicals simultaneously.
The tetrabasic structure of the polymer contributes to its high thermal stability.
The tetrabasic characteristic of the compound makes it an excellent candidate for metal ion chelation.
The tetrabasic acid reacts with four different metals, forming distinct complexes.
The tetrabasic structure of the molecule gives it a high degree of stability.
The tetrabasic compound exhibits unique fluorescence properties under UV light.
The tetrabasic structure of the protein contributes to its stability and function.
The tetrabasic behavior of the substance allows it to act as a versatile catalyst in chemical reactions.
The tetrabasic compound is an essential component in the production of ceramics.
The tetrabasic solution is used as a reagent in laboratory experiments.
The researcher discovered a new tetrabasic compound with potential medicinal properties.
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