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"It is a tremendous honor to be thought of in the same light as the previous winners of this Award: Ted Rockwell (1987), Arthur Chilton (1987), Herbert Goldstein (1989), David Trubey (1991), Norman Schaeffer (1995), Wilbur Bunch (1997).

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See the developers' website and the electronicnotebook for news, updates, additional configuration files, and tips on runningthe code. The SCALE website is located at: Please read more about these new features in the July 2003 SCALE Newsletter at the above website. A new SCALE-5 notebook was added to the web so that information on this release can be more easily accessed. It is at located at: _notebook.html.

The SCALE system consists of easy to use analytical sequences which are automated to perform the necessary data processing and manipulation of well established computer codes required by the sequence. Thus the user is able to select an analytical sequence characterized by thetype of analysis (criticality, shielding, or heat transfer) to be performed and the geometric complexity of the system being analyzed. The user thenprepares a single set of input for the control module corresponding to thisanalytical sequence. The control module input is in terms of easily visualizedengineering parameters specified in a simplified, free form format. The controlmodules use this information to derive additional parameters and preparethe input for each of the functional modules in the analytical sequence.Provisions have also been made to allow the user to execute the functionalmodules on a stand alone basis. The radiation transport codes employ either discrete ordinates or Monte Carlo methods.

Fortran 95 and C compilers are required to install the Unix and Linux versions. No executables are included for these platforms because of incompatibilities in runtime libraries. Makefile flags are included to allow the source code to compile on DEC Alpha OSF/1, IBM/AIX, Sun/Solaris, and Linux PC workstations. Flags are also included for MAC OSX and HP/HPUX10 although SCALE-5 was not fully implemented on these computers at thetime of the release. Note that makefiles are included for creating executables, installing libraries and running sample problems on Unix and Linux. Bothbinary and ASCII formatted AMPX master libraries are included in this distribution. The make installation will process binary libraries (if required) and store them in the data directory. See the README files for more information. This version was developed using Digital Fortran 90 V4.1 270 on a DEC Alpha 500/500 workstation under Digital Unix 4.0. Scale5 was tested on the following systems.

The package, which is distributed on six CD's,includes source codes, Windows executables, ASCII and binary data libraries,makefiles, batch files, and sample problem input and output. References:NUREG/CR 0200, Rev. 7 (ORNL/NUREG/CSD 2/R6), Vols. I, II, and III (June 2004,DRAFT). Fortran 95 and C; DEC, IBM RS/6000, and Sun Unix workstations; Linux,and Windows 2000/XP (C00725/MNYCP/00).

This course is addressed to researchers in Radiation Physics and Applications. The main objective is to provide the participants with a detailed description of PENELOPE and an ampler perspective on Monte Carlo methods for simulation of electron/photon transport. The emphasiswill be on the reliability of the interaction models and on the accuracyof the numerical methods and approximations implemented in the codes. Anumber of practical cases will be discussed, including benchmark comparisonswith experiments. The course will include practical sessions on the efficientuse of the example main programs for planar and cylindrical geometries andon the design of the main program for specific applications.

MCNPX is the LANL all-particle, all-energy (eV-TeV) Monte Carlo transport code based on MCNP4C, LAHET, CEM, etc. MCNPX has been in active development since 1995, sponsored by the particle acceleratorcommunity. It has now become an accepted tool for a broad range of applicationsby nuclear engineers, physicists, and scientists. The MCNPX developmenteffort has expanded the use of the Los Alamos tools to applications suchas APT, waste transmutation, accelerator shielding and health physics, particlebeam cancer therapy, space shielding and cosmic ray analysis, single eventeffects in semiconductors, radiography, and more detailed analysis of theeffects of light and heavy ions in matter. In addition, the entire functionalityof MCNP4C is retained. New variance reduction and data analysis techniques, many adapted from high-energy accelerator methodologies, have also been added, such as the extensive "mesh tally" capability which allows up to 3-d plotting of particle tracks, fluence and fluence-derived quantities, energy deposition, next event estimator generation contributions and particle sources.

Argonne National Laboratory will conduct two training workshops on the RESRAD family of risk assessment codes. The first workshop is for the RESRAD (6.22) and RESRAD-BUILD (3.22) codes on August10-13, 2004. The second workshop is for the newly released RESRAD-BIOTA (1.0) code on September 15-16, 2004. The tentative agenda and registration information can be found on the RESRAD web site If you have questions contact: Dr. Charley Yu, CHP RESRAD Program Manager, phone 630-252-5589, fax 630-252-4624, email cyu@anl.gov.

The Monte Carlo method and its applications have been frequently addressed at several major conferences and workshops organized in recent years in the area of nuclear applications. Monte Carlo topics have included radiation shielding, radiation physics, medical physics, and high energy physics. Significant developments have taken place in computational and data issues, resulting in state-of-the-art computer codes and tools.Monte Carlo 2005 is the next in a series devoted to the topic, followingMonte Carlo 2000 which was held in Lisbon, Portugal, in October 2000.

The forthcoming International Topical Meeting onNuclear Applications of Accelerator Technology (AccApp'05) is the seventh in a series of international meetings of the Accelerator Applications Division of the American Nuclear Society. It is scheduled for August 28-September 1, 2005, at the Island of San Servolo, Venice, Italy. The purpose of AccApp'05 is to provide an international forum for presenting and discussing the use of particle accelerator technology for a variety of applications. It is intended to focus on a wide area of applications including, amongothers, spallation neutron sources, isotope production, medical therapy,nuclear waste transmutation, energy production, high power accelerators underconstruction and future projects, material issues in a particle environment,nuclear data and experiments, codes and models for particle transport, systemengineering, thermo hydraulics, contraband detection and radiation protection.For more information see: 2ff7e9595c