Andere Kunden interessierten sich auch für
![Tables of Spectral Lines of Neutral and Ionized Atoms]( "Tables of Spectral Lines of Neutral and Ionized Atoms")
Tables of Spectral Lines of Neutral and Ionized Atoms78,99 €![Tables of Spectral Lines]( "Tables of Spectral Lines")
Tables of Spectral Lines77,99 €![Flame Spectroscopy: Atlas of Spectral Lines]( "Flame Spectroscopy: Atlas of Spectral Lines")
Flame Spectroscopy: Atlas of Spectral Lines39,99 €![Des raies de Balmer au modèle de Bohr]( "Des raies de Balmer au modèle de Bohr")
Des raies de Balmer au modèle de Bohr29,99 €![The effect of doping on the physical properties of thin films]( "The effect of doping on the physical properties of thin films")
The effect of doping on the physical properties of thin films29,99 €![Introduction to Supramolecular Chemistry]( "Introduction to Supramolecular Chemistry")
Introduction to Supramolecular Chemistry153,99 €![Introduction to Supramolecular Chemistry]( "Introduction to Supramolecular Chemistry")
Introduction to Supramolecular Chemistry153,99 €
The discoveries of Johann Balmer and Niels Bohr marked a turning point in our understanding of atomic structure. Balmer's formula made it possible to describe the visible spectral lines of hydrogen, paving the way for more profound theories. Bohr, with his quantized atomic model, explained these lines in terms of electronic transitions between defined energy levels. These advances laid the foundations of quantum mechanics and led to a better understanding of the discrete nature of matter at the atomic scale. Their influence extends beyond atomic theory, impacting modern technologies such as lasers, magnetic resonance and semiconductors. These discoveries continue to shape quantum physics research and pave the way for future technologies, such as quantum computing. Bohr and Balmer's work remains essential to our understanding of the subatomic universe, and continues to influence rapidly evolving fields of science and technology.