Activation Fusion Connect 2013
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The activation process has encountered an internal error. Details: Enable the FND: Log Enabled profile option, reactivate the journal entry rule set assignments, and review the log for more information.22-01-2013 22:18:38 - ORA-01086: savepoint 'SP_VALIDATE_AAD' never established in this session or is invalidORA-06512: at "FUSION.XLA_COMPILER_PVT", line 2046ORA-20001: XLA-870803: The activation process has encountered an internal error. Details: Enable the FND: Log Enabled profile option, reactivate the journal entry rule set assignments, and review the log for more information.22-01-2013 22:18:38 - Failure = An internal error occurred. Cause: An internal error has occurred in the program xla_compiler_pvt.activate_slam, ORA-01086: savepoint 'SP_VALIDATE_AAD' never established in this session or is invalidORA-06512: at "FUSION.XLA_COMPILER_PVT", line 2046ORA-20001: XLA-870803: The activation process has encountered an internal error. Details: Enable the FND: Log Enabled profile option, reactivate the journal entry rule set assignments, and review the log for more information.. Action: Inform your system administrator or support representative.An application error has occurred. Your help desk can use the following information to obtain a more detailed description of this incident: Incident ID: 68_fusiondb, Instance: fusiondb, Product: fusiondb.22-01-2013 22:18:38 - Failure = An internal error occurred. Cause: An internal error has occurred in the program xla_xlaabacr_xmlp_pkg.beforereport, ORA-20001: XLA-870557: An internal error occurred. Cause: An internal error has occurred in the program xla_compiler_pvt.activate_slam, ORA-01086: savepoint 'SP_VALIDATE_AAD' never established in this session or is invalidORA-06512: at "FUSION.XLA_COMPILER_PVT", line 2046ORA-20001: XLA-870803: The activation process has encountered an internal error. Details: Enable the FND: Log Enabled profile option, reactivate the journal entry rule set assignments, and review the log for more information.. Action: . Action: Inform your system administrator or support representative.An application error has occurred. Your help desk can use the following information to obtain a more detailed description of this incident: Incident ID: 69_fusiondb, Instance: fusiondb, Product: fusiondb.
This reaction produces 4He and a high-energy proton. As with the p-11B aneutronic fusion fuel cycle, most of the reaction energy is released as charged particles, reducing activation of the reactor housing and potentially allowing more efficient energy harvesting (via any of several pathways).[88] In practice, D-D side reactions produce a significant number of neutrons, leaving p-11B as the preferred cycle for aneutronic fusion.[88]
Because the confinement properties of the tokamak and laser pellet fusion are marginal, most proposals for aneutronic fusion are based on radically different confinement concepts, such as the Polywell and the Dense Plasma Focus. In 2013, a research team led by Christine Labaune at École Polytechnique, reported a new fusion rate record for proton-boron fusion, with an estimated 80 million fusion reactions during a 1.5 nanosecond laser fire, 100 times greater than reported in previous experiments.[91][92]
Fusion reactors create far less radioactive material than fission reactors. Further, the material it creates is less damaging biologically, and the radioactivity dissipates within a time period that is well within existing engineering capabilities for safe long-term waste storage.[112] In specific terms, except in the case of aneutronic fusion,[113][114] the neutron flux turns the structural materials radioactive. The amount of radioactive material at shut-down may be comparable to that of a fission reactor, with important differences. The half-lives of fusion and neutron activation radioisotopes tend to be less than those from fission, so that the hazard decreases more rapidly. Whereas fission reactors produce waste that remains radioactive for