Article title

Abstract

Keywords

Introduction

On the development of the concept of inherent safety

On credible stability of a nuclear power plant against sever accidents

The principle of in-depth protection and the method of ranking NPPs in terms of Natural Safety

Anti-accidental stability structure

Criterial selection of the border between traditional and inherent safety. Examples of innovative means

On choosing the boundary criterion of Inherent Safety

An example of a new way to enhance self-protection. On the nature of the digital boundary criterion

Pathways to Inherent Safety with digitized ranks

Confidentiality. Principles for deterministic assessment of emergency events in nuclear reactors with inherent safety

Transparency of stability against severe accidents: from the traditional fault tree analysis to phenomenological integral initial events

Mathematical logic and criterial conditions for achieving inherent safety

Conclusion

References