Ядерные данные. Система иллюстрации ядерных данных JANIS from Coursera

Занимаясь различными физическими расчетами, моделированием в области физических процессов, мы сталкиваемся с ядерными данными. Если не будет данных о свойствах веществ, о свойствах нуклидов, то все, даже лучшие модели, не будут хорошо описывать реальность. Этот краткий курс посвящен ядерным данным. История освоения людьми ядерных данных начинается, фактически, с момента открытия радиоактивности. Когда мы открываем новое явление, мы хотим знать о его характеристиках. И первые данные, о которых люди задумались, были периоды полураспада, энергия распада, энергия, которая носит с собой альфа частицы при распаде того или иного изотопа. Возникали вопросы, на которые физики могли дать теоретический ответ, а потом экспериментаторы проверяли эти данные, и наоборот. И сегодня накопилось много ядерных данных. Они сосредоточены в различных системах, и одна из таких систем — система иллюстрации ядерных данных JANIS (Java-based nuclear information software). Здесь Вы узнаете, как работать с ядерными данными с помощью этой системы иллюстрации ядерных данных JANIS.

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Suitable for individuals seeking to understand fundamental properties of nuclear substances and materials

Addresses practical applications of nuclear data, making it relevant to engineers and scientists in related fields

Covers nuclear data and its role in modeling physical processes, benefiting researchers in physics and related disciplines

Explains theoretical concepts alongside experimental data, providing a balanced approach for learners

Utilizes the Java-based nuclear information software (JANIS) to illustrate nuclear data, enhancing practical understanding

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Ядерные данные. Система иллюстрации ядерных данных JANIS with these activities:

Review key concepts from pre-requisites

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Refresh key concepts covered in pre-requisite coursework to prepare for this course and strengthen foundational understanding of nuclear data.

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Review lecture notes and textbooks
Solve practice problems
Attend office hours for clarification

Explore the JANIS system through tutorials

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Familiarize yourself with the JANIS system and its functionalities by following guided tutorials, enhancing practical skills in nuclear data management.

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Access the JANIS system online
Follow step-by-step tutorials
Complete practice exercises

Practice nuclear data calculations

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Enhance problem-solving skills and reinforce understanding of nuclear data calculations through repetitive practice.

Browse courses on Data Calculations

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Complete practice problems from the textbook
Use online resources and simulations
Attend recitations and tutorials

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Participate in study groups for nuclear data

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Foster collaborative learning and deepen understanding by engaging in discussions and sharing knowledge with peers in study groups.

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Join or form a study group
Coordinate meeting times and topics
Discuss lecture material, solve problems together

Develop a visual representation of nuclear data

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Solidify understanding and promote deeper engagement by creating visual aids that illustrate nuclear data concepts.

Browse courses on Data Visualization

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Choose a suitable data visualization tool
Gather and organize relevant nuclear data
Design and create the visualization
Present the visualization to peers or instructors

Curate a collection of resources on nuclear data

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Enhance knowledge and accessibility by gathering and organizing a comprehensive collection of resources related to nuclear data.

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Identify relevant sources
Gather and organize resources
Create a repository or share the collection

Develop a project involving nuclear data analysis

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Apply and extend knowledge by initiating a project that involves analyzing and interpreting nuclear data.

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Define the project scope and goals
Gather and prepare nuclear data
Analyze data using appropriate methods
Present findings and conclusions

Career center

Learners who complete Ядерные данные. Система иллюстрации ядерных данных JANIS will develop knowledge and skills that may be useful to these careers:

Health Physicist

Health Physicists concern themselves with the biological effects of radiation, as well as the detection and measurement of this radiation. This course can help Health Physicists to broaden their understanding of the health effects that radiation can have on humans and lead to more advanced work in the field.

See salaries and explore the career path for Health Physicist

Nuclear Engineer

Nuclear Engineers design, develop, and maintain power plants and other systems that utilize nuclear processes. This course will help to lay the foundation for understanding the properties of radiation and how to design systems that can withstand exposure.

See salaries and explore the career path for Nuclear Engineer

Nuclear Medicine Physician

Nuclear Medicine Physicians diagnose and treat diseases using radioactive substances and radiation. This course can help to give them a better understanding of the properties of radiation and how it can be used to treat diseases.

See salaries and explore the career path for Nuclear Medicine Physician

Radiation Protection Officer

Radiation Protection Officers (RPOs) are tasked with ensuring that all personnel working in radiation-prone environments are protected.

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Nuclear Safety Inspector

Nuclear Safety Inspectors verify that all aspects of a nuclear facility are functioning correctly and in accordance with safety standards.

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Medical Dosimetrist

Medical Dosimetrists ensure that the appropriate amount of radiation is administered to patients.

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Radiochemist

Radiochemists work with radioactive materials to study and modify their properties.

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Radiation Therapist

Radiation Therapists plan, administer, and monitor radiation treatments for cancer patients.

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Scientific Researcher (Nuclear Physics)

Scientific Researchers in Nuclear Physics conduct research on the atomic nucleus and its interactions. This course can help them to develop a deeper understanding of the properties of radiation and how it can be used for research purposes.

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Nuclear Waste Management Specialist

Nuclear Waste Management Specialists develop and implement plans to dispose of nuclear waste safely and securely.

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Nuclear Power Plant Operator

Nuclear Power Plant Operators monitor and control nuclear power plants.

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Radiation Safety Consultant

Radiation Safety Consultants help businesses and organizations to develop and implement radiation safety programs.

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Health Physicist Technician

Health Physicist Technicians assist Health Physicists in monitoring and controlling radiation exposure.

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Nuclear Security Officer

Nuclear Security Officers protect nuclear facilities and materials from theft, sabotage, and other threats.

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Nuclear Materials Scientist

Nuclear Materials Scientists research and develop new nuclear materials for use in nuclear power plants and other applications.

See salaries and explore the career path for Nuclear Materials Scientist

Ядерные данные. Система иллюстрации ядерных данных JANIS

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