(млн. рублей, в ценах соответствующих лет)

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                         │2009 - 2016│                     В том числе                     │  Ожидаемые результаты

                         │  годы -   ├───────┬───────┬─────┬─────┬──────┬──────┬─────┬─────┤

                         │   всего   │ 2009  │ 2010  │2011 │2012 │ 2013 │ 2014 │2015 │2016 │

                         │           │  год  │  год  │ год │ год │ год  │ год  │ год │ год │

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 4.3.5. Разработка            211        -       -     65    146    -      -      -     -    разработана

 высокоэффективной            ---                      --    ---                             производственная

 производственной             128                      38    90                              технология лазерно-

 технологии гибридной                                                                        дуговой сварки

 лазерно-дуговой сварки с                                                                    изготовления корпусных

 созданием комплекса                                                                         конструкций

 оборудования для                                                                            перспективных судов и

 изготовления корпусных                                                                      морской техники (2012

 конструкций                                                                                 год).

 перспективных судов и                                                                       Комплект

 морской техники для                                                                         конструкторской

 добычи углеводородного                                                                      документации на

 сырья (комплекс  работ                                                                      проектирование

 "Лазер-ТС")                                                                                 комплекса для

                                                                                             гибридной лазерно-

                                                                                             дуговой сварки

                                                                                             корпусных конструкций

                                                                                             (2012 год).

                                                                                             Программное

                                                                                             обеспечение системы

                                                                                             управления комплексом

                                                                                             (2013 год).

                                                                                             Опытный образец

                                                                                             комплекса гибридной

                                                                                             лазерно-дуговой сварки

                                                                                             корпусных конструкций

                                                                                             (2013 год).

                                                                                             Нормативно-техническая

                                                                                             документация по

                                                                                             технологии гибридной

                                                                                             лазерно-дуговой сварки

                                                                                             корпусных конструкций

                                                                                             перспективных судов и

                                                                                             морской техники для

                                                                                             добычи углеводородного

                                                                                             сырья (2012 год)

 

 4.3.6. Разработка            250        -       -      -    53     53    144     -     -    разработан проект

 технологии и                 ---                            --     --    ---                принципиально новой

 высокопроизводительного      150                            30     30     90                технологии испытаний

 автоматизированного                                                                         на герметичность

 мониторингового                                                                             защитной оболочки на

 оборудования для                                                                            "максимальную

 контроля и обеспечения                                                                      проектную аварию" с

 герметичности атомной                                                                       использованием

 паропроизводящей                                                                            компьютерного

 установки ледоколов и                                                                       испытательного

 плавучих атомных                                                                            комплекса,

 электростанций (комплекс                                                                    многоуровневой системы

 работ "Герметичность")                                                                      датчиков, с

                                                                                             возможностью контроля

                                                                                             испытательной среды

                                                                                             в автоматизированном,

                                                                                             интерактивном режиме

                                                                                             (2013 год).

                                                                                             Разработана рабочая

                                                                                             конструкторская

                                                                                             документация, опытный

                                                                                             комплекс оборудования

                                                                                             и программное

                                                                                             обеспечение,

                                                                                             обеспечивающее

                                                                                             непрерывный контроль

                                                                                             (мониторинг)

                                                                                             герметичности защитной

                                                                                             оболочки в период

                                                                                             эксплуатации без

                                                                                             выведения из режимов

                                                                                             основного оборудования

                                                                                             атомной

                                                                                             паропроизводящей

                                                                                             установки (2014 год).

                                                                                             Изготовлено стендовое

                                                                                             оборудование для

                                                                                             испытаний всех видов

                                                                                             проходок, используемых

                                                                                             в конструкции защитных

                                                                                             оболочек, и

                                                                                             программное

                                                                                             обеспечение

                                                                                             испытательных

                                                                                             комплексов для всех

                                                                                             режимов контроля,

                                                                                             удовлетворяющих

                                                                                             требованиям

                                                                                             контрольных

                                                                                             классификационных

                                                                                             организаций (2014

                                                                                             год).

                                                                                             Разработана уникальная

                                                                                             испытательная система

                                                                                             мониторинга состояния

                                                                                             защитной оболочки в

                                                                                             период постройки новых

                                                                                             заказов (2014 год).