radioactive

RADIOACTIVE = [reydiou'ektiv] adjective
ışınetkin, radyoaktif
İngilizce örnek : Uranium is radioactive.
Türkçe çevirisi : Uranyum radyoaktiftir.

RADIOACTIVE
Radioactive decay: The process by which unstable atomic nuclei lose energy by emitting radiation.
Radioactive material: Substances that emit radiation due to the presence of unstable atomic nuclei.
Radioactive waste: Discarded materials that contain radioactive substances, often produced by nuclear processes.
Radioactive contamination: The presence of radioactive substances on surfaces, in air, or in water, posing a potential hazard.
Radioactive fallout: The descent of radioactive particles from the atmosphere to the Earth's surface after a nuclear event.
Radioactive isotope: An unstable form of an element that undergoes radioactive decay.
Radioactive half-life: The time it takes for half of a radioactive substance to decay.
Radioactive element: An element with isotopes that exhibit radioactive decay.
Radioactive decay chain: A series of consecutive radioactive decays, often resulting in the formation of a stable element.
Radioactive contamination zone: A designated area affected by the release of radioactive materials.
Radioactive exposure: The amount of radiation absorbed by a person or object.
Radioactive fallout shelter: A protective structure designed to shield occupants from radioactive particles.
Radioactive contamination cleanup: The process of removing or neutralizing radioactive substances from an area.
Radioactive iodine: A radioactive isotope of iodine often released during nuclear events.
Radioactive cesium: A radioactive isotope of cesium, commonly found in nuclear fallout.
Radioactive strontium: A radioactive isotope of strontium, released in nuclear fallout and posing health risks.
Radioactive monitoring: The continuous observation and measurement of radiation levels in a specific area.
Radioactive plume: A column of airborne radioactive particles released during a nuclear event.
Radioactive contamination risk: The probability of exposure to harmful levels of radiation.
Radioactive contamination source: The origin of radioactive substances in a given environment.
Radioactive cloud: A mass of airborne radioactive particles dispersed in the atmosphere.
Radioactive exposure limit: The maximum allowable level of radiation exposure for individuals.
Radioactive fallout prediction: The estimation of the likely distribution of radioactive particles after a nuclear event.
Radioactive contamination prevention: Measures taken to reduce or eliminate the spread of radioactive substances.
Radioactive waste disposal: The safe and controlled management of materials containing radioactive elements.
Radioactive material transport: The movement of substances with radioactive properties, often regulated for safety.
Radioactive contamination survey: Systematic assessment of an area to identify and measure radioactive substances.
Radioactive contamination monitoring system: An integrated network to track and report levels of radiation.
Radioactive decay equation: Mathematical representation of the rate of radioactive decay.
Radioactive exposure assessment: Evaluation of potential radiation doses received by individuals or populations.
Radioactive contamination cleanup technology: Advanced methods for removing or neutralizing radioactive substances.
Radioactive waste storage: Secure containment of materials with long-lived radioactive properties.
Radioactive contamination mitigation: Strategies to reduce the impact of radioactive substances on the environment.
Radioactive decay series: A sequence of successive radioactive decays leading to the formation of a stable element.
Radioactive fallout monitoring station: Facility equipped to track and analyze airborne radioactive particles.
Radioactive material handling: Procedures for safely managing and transporting materials with radioactive properties.
Radioactive contamination pathway: The route through which radioactive substances can enter living organisms or the environment.
Radioactive waste repository: A secure facility designed for the long-term storage of radioactive materials.
Radioactive exposure monitoring device: Instrumentation to measure and record levels of radiation in real-time.
Radioactive contamination assessment report: Documentation detailing the extent and severity of radioactive pollution.
Radioactive decay constant: The rate at which a radioactive isotope undergoes decay, expressed as a proportion.
Radioactive contamination cleanup crew: Specialized teams trained to decontaminate affected areas.
Radioactive isotope production: The intentional creation of radioactive isotopes for various applications, including medicine and industry.
Radioactive decay product: The stable element resulting from the decay of a radioactive isotope.
Radioactive exposure monitoring protocol: Standardized procedures for assessing and documenting radiation levels.
Radioactive contamination prevention measures: Steps taken to avoid the release or spread of radioactive substances.
Radioactive waste classification: Categorization of materials based on their level of radioactivity and potential hazards.
Radioactive material transport regulations: Guidelines governing the safe movement of substances with radioactive properties.
Radioactive contamination cleanup efficacy: The effectiveness of decontamination efforts in reducing radiation levels.
Radioactive exposure pathway analysis: Examination of routes through which individuals may come into contact with radiation.
Radioactive contamination awareness training: Educational programs to inform individuals about the risks and precautions associated with radiation.
Radioactive waste management plan: A comprehensive strategy for handling, storing, and disposing of radioactive materials.
Radioactive decay modeling: The use of mathematical models to predict the behavior of radioactive isotopes over time.
Radioactive exposure monitoring network: A coordinated system of sensors and instruments to track radiation levels across a region.
Radioactive contamination prevention policy: Regulatory measures aimed at minimizing the release of radioactive substances.
Radioactive waste containment structure: Engineered barriers to isolate and prevent the migration of radioactive materials.
Radioactive decay energy: The energy released during the radioactive decay process.
Radioactive exposure safety guidelines: Recommended limits and practices to protect individuals from harmful levels of radiation.
Radioactive material emergency response: Procedures and protocols for managing incidents involving the release of radioactive substances.
Radioactive contamination migration: The movement of radioactive particles through air, soil, or water.
Radioactive waste disposal facility: A specialized site designed for the secure burial or storage of radioactive materials.
Radioactive decay spectroscopy: Analysis of the energy spectrum associated with the decay of radioactive isotopes.
Radioactive exposure monitoring equipment: Devices used to measure and quantify levels of radiation in a given environment.
Radioactive contamination awareness campaign: Public outreach efforts to inform communities about the risks and precautions related to radiation.
Radioactive decay equilibrium: A state where the production and decay of radioactive isotopes are balanced.
Radioactive exposure assessment methodology: The systematic approach used to evaluate potential radiation doses.
Radioactive contamination prevention technology: Innovations aimed at reducing or eliminating the release of radioactive substances.
Radioactive waste disposal site selection: The process of choosing suitable locations for the long-term storage or burial of radioactive materials.
Radioactive decay series analysis: Examination of the sequence of radioactive decays leading to the formation of stable elements.
Radioactive exposure monitoring protocol: Guidelines for the systematic measurement and assessment of radiation levels.
Radioactive contamination cleanup efficiency: The effectiveness of decontamination methods in reducing radiation levels.
Radioactive material transport safety procedures: Standardized practices to ensure the secure movement of substances with radioactive properties.
Radioactive waste storage facility: A secure location designed for the temporary storage of radioactive materials.
Radioactive exposure monitoring device calibration: Adjusting instruments to ensure accurate measurement of radiation levels.
Radioactive contamination risk assessment: The process of evaluating the potential dangers associated with the release of radioactive substances.
Radioactive decay chain analysis: Detailed study of the sequence of radioactive decays and their products.
Radioactive exposure monitoring data analysis: Interpretation of collected data to assess patterns and trends in radiation levels.
Radioactive contamination prevention regulations: Laws and guidelines aimed at minimizing the occurrence and impact of radioactive releases.
Radioactive waste disposal facility construction: The planning and building of structures to house and isolate radioactive materials.
Radioactive decay equation derivation: The mathematical formulation describing the rate of decay of a radioactive isotope.
Radioactive exposure monitoring system integration: Coordination of various monitoring devices to provide a comprehensive assessment of radiation levels.
Radioactive contamination cleanup validation: Confirmation that decontamination efforts have effectively reduced radiation levels to acceptable standards.
Radioactive material transport documentation: Records and permits required for the lawful movement of substances with radioactive properties.
Radioactive waste repository design: The architectural and engineering planning for facilities designed to store radioactive materials for the long term.
Radioactive exposure monitoring network expansion: The enlargement of a system to cover a broader geographical area or monitor additional sources of radiation.
Radioactive contamination prevention education: Initiatives to educate the public about practices and measures to prevent the release of radioactive substances.
Radioactive waste disposal facility operation: The ongoing management and maintenance of a site designed for the storage or burial of radioactive materials.
Radioactive decay constant determination: The process of experimentally determining the rate at which a specific radioactive isotope undergoes decay.
Radioactive exposure monitoring device maintenance: Regular upkeep and calibration of instruments to ensure accurate and reliable measurement of radiation levels.
Radioactive contamination cleanup validation criteria: Standards and benchmarks used to assess the success of decontamination efforts in reducing radiation hazards.
Radioactive material transport security: Measures to safeguard the transportation of substances with radioactive properties to prevent theft or unauthorized access.
Radioactive waste storage facility decommissioning: The process of safely shutting down and closing a storage site for radioactive materials.
Radioactive exposure monitoring technology advancements: Innovations and improvements in devices and methods used to measure and monitor radiation levels.
Radioactive contamination prevention legislation: Laws and regulations established to govern and enforce measures preventing the release of radioactive substances into the environment.
Radioactive waste disposal facility environmental impact assessment: Evaluation of the potential effects on the environment resulting from the operation and closure of a facility for radioactive materials.
Radioactive decay modeling accuracy: The degree to which mathematical models accurately represent the actual behavior of radioactive isotopes over time.
Radioactive exposure monitoring device calibration standards: Established benchmarks and procedures to ensure the precision and reliability of instruments used to measure radiation levels.
Radioactive contamination cleanup cost-benefit analysis: Evaluation of the economic and environmental costs and benefits associated with decontamination efforts.
Radioactive material transport emergency response plan: A comprehensive strategy outlining procedures to be followed in the event of accidents or incidents during the transportation of substances with radioactive properties.
Radioactive waste storage facility surveillance: Ongoing monitoring and oversight of a site designed for the secure storage or burial of radioactive materials.