Best Selling Books by Anthony Brown

One-hundred years too late. Not bad for a creature who lives thousands of years. At least, Wayne Reese keeps telling himself that while driving through a blizzard to wake up a vampire.On the spring equinox, Wayne gets more than he bargained for.If you enjoy non-traditional female vampires, be sure to read Kate Madison, Late Sleeper-the first short story in the Kate Madison series.

Jessica Wyatt needs a vacation. From office politics. From long hours. From communicating with the Board-inter-dimensional beings of unknown origin. All part of the job.Even a hot bath with her super intelligent-and for now secret-boyfriend would do wonders.But the latest communication from the Board nixes any plans for relaxation.A riveting inter-dimensional science fiction adventure story, be sure to read Lost in Translation.

Author Anthony Rolando Brown is a native of Portsmouth Va Former Elite Soldier with the U.S. Army who between the years of 1990 and 1998 worked for Super producer Teddy Riley as an A&R Representative and manager of Future Recording Studios. Tony worked with Teddy in Riley''s heyday and during this time witness the metamorphosis of the group BLACKSTREET one of the most impactful groups of the 90s. This story recounts the rotating members of Blackstreet and studio employees of Future Records. It takes you through Tony''s life amongst the many celebrities who passed through the doors of Future Recording Studios between 1990 and 1998, Superstars such as Whitney Houston Bobby Brown, Tom Jones, Jay Z, Pharrell Williams, New Kids On The Block, and the King of Pop Michael Jackson. Don''t Leave is a Must-Read for Fans of New Jack Swing and 90s music.

Solid interfaces such as surfaces and grain boundaries (GBs) play a very important role in the structural, mechanical, and electronic properties of materials. Using a variety of advanced computing and simulation techniques coupled with robust embedded-atom method potentials, a range of solid interfaces are explored using the intermetallic compound nickel-aluminum as a model structural material and copper and gold as model electronic materials. Low-index surfaces in NiAl for the stoichiometric and Ni-enriched cases are investigated by grand canonical Monte Carlo (MC) simulations. Surface re-ordering and segregation is observed. Surface stresses and surface segregation in (110) NiAl free-standing thin films have been studied using MC simulations. The size effect of segregation at the surface is explained by the elastic deformation of the film in response to the surface stress. Grain boundary structure and segregation at Sigma3 GBs in NiAl using stoichiometric and Ni-rich compositions are studied by molecular statics and MC simulations. Ni-segregation is observed, resulting in transformation of the GBs to structures capable of accommodating higher Ni concentrations. The full range of possible inclinations in the family of Sigma11 [110] asymmetric tilt grain boundaries in copper is investigated and structural trends are established. Development of a non-Sigma11, low-index boundary is observed, giving rise to local rotation of the GB tilt angle accommodated by development of intrinsic stacking faults. A more general case of the 9R structure in low stacking fault energy materials is postulated. MD simulation of the family of 〈110〉 90° asymmetrical tilt GBs in gold are presented and compared with high-resolution transmission electron microscopy observations of the same boundaries. The faceting behavior for this family of GBs is explored and it is shown that varying the inclination angle produces a variety of faceting behaviors.

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This dissertation attempts to address this issue of marginalization and that of child morbidity and mortality during the Late Roman Period, recognizing that children and other non-adult cohorts represent important segments of archaeological skeletal populations that can add significant information on past human behavior.

The art of creating a successful theme park ride involves seamlessly fusing complex mechanical systems with elegant architecture. More importantly, it is the job of telling a story that serves as a foundation for designing effective themed rides. This project involves the conceptual design of a ride system versatile enough to accommodate for numerous themed scenarios. Although the scope of this project is conceptual, we cannot ignore the constraints that may inhibit the design''s feasibility; hence, calculations are made based on standards and guidelines for amusement park rides. Furthermore, a combination of sketches and diagrams are provided to assist in the visualization of the proposed design.

Description: There are some lines and numerous interpolations in hand of author. It includes a prologue and epilogue and note from Brown to Chetwynd dated Fryday Oct. 19. 1739. Most of the passages deleted in manuscript are in the printed version.

Freshwater flora and fauna have been declining worldwide due to anthropogenic alterations to Earth''s rivers and streams. To address this, rivers and streams are often restored by modifying or removing human induced stressors. River restoration in the form of topographic manipulation is often needed to remove or modify constraints that limit the potential for natural adjustments in channel topography that create and maintain physical habitat. The practice of river restoration has become a billion dollar industry nationally in the US alone, but is highly criticized as being ineffective because often the scientific foundations of restoration actions are unclear. Process based river restoration is an ideology based on restoring the fundamental processes that shape and maintain river systems. While process based restoration has a strong conceptual basis in achieving successful restoration, it still lacks the specificity needed for restoring rivers and streams through topographic manipulation. River restoration professionals need a way to analyze fluvial processes and invert that knowledge to synthesize topographies that yield those processes for river restoration design. Just as scientific analysis and synthesis are dual engines of the scientific method, they are necessary components in river restoration that involves topographic manipulation. In this dissertation the approach is to develop a framework to blend the analysis and synthesis of fluvial topography for river restoration design and scientific inquiry. To do this, a "geomorphic covariance structure (GCS)," which is a univariate or bivariate spatial covariance amongst or between attributes of fluvial topography such as bed elevation, channel width, and curvature is used. Empirical data, analytical equations, and numerical models all support the idea that there are covarying aspects of channel topography shaped by flowing water. While there are numerous cases of covarying spatial variables in rivers, no attempt has been made to use this information to assess fluvial processes and then invert that knowledge to recreate the topography that yields them. This makes the use of GCS''s to analyze and create the topography of rivers for specific form-process assemblages a unique and novel research. In this dissertation GCS''s are used to evaluate processes associated with channel change in a mountain river. Next, a framework is developed for creating 2D topography of synthetic river valleys that are parameterized by the GCS. Finally, the GCS''s associated with riffle-pool maintenance are used in the synthetic river valley modeling framework to reverse engineer the topography needed for flow convergence routing, a key mechanism that maintains relief in gravel and cobble bedded rivers.