Call for Abstract


September 23-24, 2019


Paris, France

Scientfic Sessions:

Nuclear reactions artificially obtained to produce the nuclear energy. Nuclear reactions may be shown in a form similar to chemical equations, for which invariant mass must be balance for each side of the equation and in which transformations of particles must follow certain conservation laws. There are different types of nuclear reactions like nuclear fission, nuclear fusion.


Nuclear reactors are used to control the self-sustained chain reactions. Nuclear reactors are used to in the nuclear powerplants and also these are designed to generate electricity, to which the explanations below will now be restricted, the heated fluid can be gas, water or a liquid metal.

Nuclear materials most commonly refers to fissile materials that are capable of sustaining a chain reaction in a process that releases energy called nuclear fission. The materials include isotopes of uranium, thorium, and plutonium.


Nuclear Fuel is a substance that is used in nuclear power stations to produce heat to power turbines. Heat is created when nuclear fuel undergoes to a reaction. Most of the nuclear fuel elements contain fissile elements which are capable of the reaction.


Nuclear Radiation is the energy in the process of being transmitted due to reaction. It may take in such forms as light, tiny particles which are too small to see. These all are considered as non-ionizing radiation though at least some ultraviolet radiation is considered to be ionizing.

  • Types of Radiation
  • Effects of Radiation


Nuclear Medicine is a speciality involving the application of radioactive substance in the diagnosis and treatment of the disease. In nuclear medicine imaging radiopharmaceuticals are taken internally which will be helpful for capturing the image by the emission of radiation from these radiopharmaceuticals.


Nuclear law is the law related to the peaceful uses of nuclear science and technology. This nuclear law has distinct aspects i.e the protection against the radiation hazards connected with the peaceful application of nuclear energy and radioactive substances and the prevention of non-peaceful uses of nuclear energy by means of safeguard systems.


Depending on the nuclear waste decay mode and the pharmacokinetics the threat will differ by the given activity of radioisotope. Waste is also generated by the decommissioning of nuclear plants.

  • Nuclear Decommissioning
  • Nuclear Waste


The prevention and detection of and response to, theft, sabotage, unauthorized access, illegal transfer or other malicious acts involving nuclear material, other radioactive substances or their associated facilities. Nuclear safety and security will cover the limitation on exposure of radiation.


The effect of nuclear is seen in every organism of the environment from bacteria to plant to human beings. The damage it causes depends on the level of radiation and the resiliency of the organism. Radiation causes molecules to lose electrons thus destroying it. High doses of radiation can be devastating to the environment.

  • Environment
  • Human health


There are many applications on the nuclear technology which are used directly or indirectly. The nuclear technologies working with the different isotopes of the same element. Nuclear technology can be used for the other applications in various fields like industries, military, agriculture, medicine etc.


Recently there are a lot of tracking trends are going on the nuclear energy supply and demand around the globe in all fields like climate change, environment, energy safety etc. these inventions are also giving significant research on reactors, fuel cycle, designs.