This paper describes the application of java programming on the computation of thermodynamic properties of Steam and the HFC-134a, 1,1,1,2-tetrafluoroethane (R134a) refrigerant through the java applets. The java apple...
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This paper describes the application of java programming on the computation of thermodynamic properties of Steam and the HFC-134a, 1,1,1,2-tetrafluoroethane (R134a) refrigerant through the java applets. The java applets can compute thermodynamic properties of steam and R134a refrigerant, such as specific volume, internal energy, enthalpy, and entropy in the phases of saturated mixture, compressed liquid, and superheated vapor. The calculated values are accurate compared to the standard reference properties tables for steam and refrigerant. (C) 2004 Wiley Periodicals, Inc.
This paper discusses the main steps in creating simulations for digital image processing. The basic theory that describes the behavior is presented with the basic parameters, the environment of the experiment, the lev...
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ISBN:
(纸本)9780819467799
This paper discusses the main steps in creating simulations for digital image processing. The basic theory that describes the behavior is presented with the basic parameters, the environment of the experiment, the level of detail. approximations of the physics discussed.
A new modeling tool GRcut was developed to be used for atomistic simulation of isolated nanoparticles. It generates atomic coordinates in crystalline nanoparticles with equivalent crystallographic surfaces. In additio...
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A new modeling tool GRcut was developed to be used for atomistic simulation of isolated nanoparticles. It generates atomic coordinates in crystalline nanoparticles with equivalent crystallographic surfaces. In addition to 32 crystallographic point groups, nine non-crystallographic point groups with five-fold symmetries are implemented for modeling icosahedral and decahedral clusters in a systematic way. Curved surfaces with spherical, ellipsoidal and cylindrical shapes in arbitrary orientation are also available. This software is useful as a pre-processing tool for molecular simulation on metallic clusters, quantum dots, or fullerenes in high symmetries. The GRcut is distributed as a java applet via the Internet to be used on web browsers.
The online campus map allows users to easily find buildings and rooms on campus. The program displays the location based on user input and location data stored in a database. The project originated from a software des...
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ISBN:
(纸本)9781595936103
The online campus map allows users to easily find buildings and rooms on campus. The program displays the location based on user input and location data stored in a database. The project originated from a software design class. Starting with the course's prototype system, our goal was to refine this project to improve its efficiency, maintainability, and interface.
As Internet and the World Wide Web (WWW) are becoming more and more popular, there is an increasing demand for new web services and developments. In particular, there is a need of new technologies (often referred to a...
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ISBN:
(纸本)9780769529288
As Internet and the World Wide Web (WWW) are becoming more and more popular, there is an increasing demand for new web services and developments. In particular, there is a need of new technologies (often referred to as Web3D) to create and manipulate interactive three-dimensional (3D) environments on the Web. A major problem in this subject is the lack of specialized 3D graphics libraries for Internet, with similar functionalities to those of OpenGL for standalone applications. Although several APIs (java3D, GJ4java, JOGL, LWJGL, jGL) have been proposed to tackle this issue, none of them has become an official part of core java package so far. Consequently, it is still hard to build reliable Internet-oriented 3D graphics programs providing the web users with the same realism and interactivity usually found on standalone applications. This paper proposes a based-on-java framework to develop interactive 3D graphics applications embedded in web pages. Our approach is not based on the development of new programming tools, the emphasis being placed upon the careful selection of already existing technologies (also described in this paper) that provide the best results for our goals along with the optimized design of the workflow. Some applications aimed at showing the potential of our approach are also briefly reported.
A new modeling tool GRcut was developed to be used for atomistic simulation of isolated nanoparticles. It generates atomic coordinates in crystalline nanoparticles with equivalent crystallographic surfaces. In additio...
详细信息
A new modeling tool GRcut was developed to be used for atomistic simulation of isolated nanoparticles. It generates atomic coordinates in crystalline nanoparticles with equivalent crystallographic surfaces. In addition to 32 crystallographic point groups, nine non-crystallographic point groups with five-fold symmetries are implemented for modeling icosahedral and decahedral clusters in a systematic way. Curved surfaces with spherical, ellipsoidal and cylindrical shapes in arbitrary orientation are also available. This software is useful as a pre-processing tool for molecular simulation on metallic clusters, quantum dots, or fullerenes in high symmetries. The GRcut is distributed as a java applet via the Internet to be used on web browsers.
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