idea Link to heading
- How to use system thinking and system dynamics for 3S concept?flowchart LR SG <--> SF <--> SC <--> SG SF(("Safety")) SC(("Security")) SG(("Safeguards")) style SF color:#fff, fill:#292, stroke:#040, stroke-width:2px, width:200px style SC color:#fff, fill:#229, stroke:#004, stroke-width:2px style SG color:#fff, fill:#922, stroke:#400, stroke-width:2px
- It can be considered that there functions $$\tag{1} {\rm SF} = f({\rm SC}, {\rm SG}), $$ $$\tag{2} {\rm SC} = g({\rm SG}, {\rm SF}), $$ $$\tag{3} {\rm SG} = h({\rm SF}, {\rm SC}), $$ where SF, SC, and SF stand for safety, security, safeguards, respectively.
3s concepts Link to heading
The 3S relationship is important to protecting the public and environment as well as managing risks associated with loss of nuclear material as a function of its usefulness in constructing a weapon or sabotage within a facility itself, which shoulod create a balance between safe peaceful use of nuclear energy and nuclear non-proliferation (Hanks, 2013).
The concepts of safety, security, and safeguards are all related to ensuring protection and minimizing risks, but they have distinct meanings and applications in various contexts, such as in technology, healthcare, and the military (GPT-3.5, 2023).
safety Link to heading
- Safety is a broad concept that refers to the condition of being free from harm, danger, or risk. It encompasses measures and practices designed to prevent accidents, injuries, or harm to people, property, or the environment.
- Safety often involves proactive steps, risk assessments, and the implementation of safety procedures and guidelines.
- Examples of safety measures include using seatbelts in cars, wearing protective gear in hazardous workplaces, and implementing safety protocols in laboratories or industrial settings.
security Link to heading
- Security is a concept related to protecting assets, systems, information, or entities from unauthorized access, damage, or harm. It often involves safeguarding against intentional threats, such as theft, vandalism, cyberattacks, or espionage.
- Security measures can be physical, like installing locks and security cameras, or digital, like using firewalls and encryption to protect data.
- Security encompasses practices and technologies designed to maintain the confidentiality, integrity, and availability of resources, including personal information, data, and critical infrastructure.
safeguards Link to heading
- Safeguards are protective measures or mechanisms put in place to prevent unwanted or undesirable outcomes, whether they relate to safety or security.
- Safeguards can be proactive or reactive and often involve layers of defense to mitigate risks and vulnerabilities.
- In the context of nuclear technology and materials, safeguards refer to measures implemented to prevent the proliferation of nuclear weapons. International agreements and organizations, such as the International Atomic Energy Agency (IAEA), play a crucial role in ensuring that nuclear materials are used for peaceful purposes and are not diverted for military applications.
details Link to heading
- It can be modeled as follow.flowchart LR OP1 --"➕"--> RS OP2 --"(➕)"--> AC & TH Safety --"➖"--> OP1 Security --"➖"--> OP1 MP -..- AC & TH subgraph Safety direction LR AC --"harm"--> People AC --"damage"--> Property AC --"detoriate"--> Environment end subgraph Security direction LR TH --"steal"--> Assets TH --"intrude"--> Systems TH --"spy"--> Information end subgraph Safeguards; MP end MP(["Measure
prevention"]) AC[/"Accidents"/] style AC color:red, stroke:red, fill:#fcc TH[/"Threats"/] style TH color:red, stroke:red, fill:#fcc OP1(("Operation")) OP2(("Operation")) RS[/"Results"/] style RS color:green, stroke:green, fill:#cfc - The verbs are so chosen to differ the actions between targets. This proposal might be subjective.
- Loops:
- Balancing loop 1: Operation $\rightarrow$ Accidents $\rightarrow$ Safety $\rightarrow$ Operation.
- Balancing loop 2: Operation $\rightarrow$ Threats $\rightarrow$ Security $\rightarrow$ Operation.