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There are five textbooks presented within the Library of Oceanography, for which Roman contributed chapters of findings. The first publication in the Ocean Surface (1985), previews Roman Glazman's
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chapter Mathematical Modeling of Breaking Wave Statistics.
His chapter Fractal Nature Of Surface Geometry In A Developed Sea was published in Non-Linear Variability in Geophysics (1991), and
is most currently quoted in The Weather and Climate: Emergent Laws and Multifractal Cascades (2013) by S. Lovejoy.
R.E. Glazman's extensive chapter 3, Wave Spectra of Developed Seas, was published in Nonlinear Waves and Weak Turbulence (1992). Fractals in Natural Sciences (1994) captures Roman' mathematical method A Cascade Model Of Wave Turbulence With Applications To Surface Gravity And Capillary Waves, and the 1997 volume Stochastic Models in Geosystems contains Scale-Dependent Ocean Wave Turbulence.
Detailed book abstracts appear for each textbook along with the Table of Contents. Roman's chapters are presented in complete view.
I hope that you find these previews beneficial and purchase them here. As this site is self-financed and relies solely on the support of its readers, I welcome and appreciate your contributions.
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Roman Glazman's Library Of Oceanography contains abstracts throughout 14 topics, which are suggested for readers' guidance and ease of navigation. Some of the Abstracts Roman presented at Geosciences'
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meetings and conferences, while others are found in archives. The Abstracts are not solely contained within the NASA & Abstracts category, but are also included within the articles of the Journals category. Similarly, full text articles found in Journals may also have appeared in NASA publications, but on this site the NASA category is to be reserved for Abstract format works.
The Abstracts are presented in chronological order from earliest to latest publication. There are approximately 24 works within this category and over sixty Abstracts throughout the site. Navigating by "Year" also sorts works in chronological order, allowing to select a given Year of publication. Selecting "Title" allows browsing the entire Library of Oceanography alphabetically by Title.Roman Glazman' co-authors are listed for the works, where co-authored, and I would like to extend a special Thank You to all those who worked with Roman and contributed to this site.
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Works by Roman Glazman appearing on this site represent research that he completed and published in Oceanography and Physics through over 20 years of service at NASA. Altogether, 38 of Roman's complete
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texts are presented, including those published in the Journal of Geophysical Research, Journal of Oceanic Engineering, Dynamics of Atmospheres and Oceans, and Journal of the Acoustical Society of America, to name a few publishers. The works are accessible in their entirety and are the exact content as published.
The Homepage of the Library of Oceanography contains a Table of Contents, allowing direct access to the works, categorized into 14 main topics. I created these 14 categories at my own discretion for ease of navigation.
Sea Surface Geometry and Fractal Properties is, perhaps, the most notable contribution in Oceanography by Roman Glazman, made possible by Satellite Altimetry of NASA missions. Mapping the geometry of the ocean surface based on quality measurements and data was a discovery in Oceanography unattainable, until the advent of Satellite technology. This opportunity not only uniquely defined Roman's research path in Oceanography, but postulated findings for future generations of researchers and industry applications. Roman's research is also notable with his 9 studies of Baroclinic Inertia Gravity (BIG). Other topics of large-scale include Long Internal Gravity Waves (LIG), Wave Breaking Properties, Sea Surface Winds, Rossby Solitons, and Turbulence and Passive Scalars, all of which present new insight in Ocean, Atmosphere and Climate Change.
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Library of Oceanography Research and Abstracts
