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This research aims to understand how temperature affects the HOH bond angle in water through mechanical principles.

March 25, 2026Open Access

The HOH Bond Angle as a Temperature-Dependent Phase Parameter

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Analytical framework demonstrates temperature-dependent bond angles in water, suggesting underlying mechanical causes.

This research aims to understand how temperature affects the HOH bond angle in water through mechanical principles.
Analyzed the HOH bond angle across varying temperatures
Applied Push-theory to explain molecular behavior
Integrated mechanistic descriptions of electron structures
Demonstrated bond angle shifts from 109.5° to 104.5° based on temperature
Identified 4°C as a critical temperature for structural transition
Established that flux friction alters the bond angle at room temperature

Dirk Goussey (2026) studied this question.

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March 25, 2026Open Access

View Full Paper

Ask AI

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Authors

Analytical framework demonstrates temperature-dependent bond angles in water, suggesting underlying mechanical causes.

This research aims to understand how temperature affects the HOH bond angle in water through mechanical principles.
Analyzed the HOH bond angle across varying temperatures
Applied Push-theory to explain molecular behavior
Integrated mechanistic descriptions of electron structures
Demonstrated bond angle shifts from 109.5° to 104.5° based on temperature
Identified 4°C as a critical temperature for structural transition
Established that flux friction alters the bond angle at room temperature

Dirk Goussey (2026) studied this question.

View Full Paper

Ask AI

Bookmark