Organization and Information Support of Expert Reviews of I&C Systems Modernization at NPP of Ukraine - Nuclear Power Plant Instrumentation and Control Systems for Safety and Security - page 393

Law of Ukraine. (2000). On authorizing activity
in nuclear energy use . Kiev, Ukraine: Verkhovna
Rada of Ukraine.

USNRC. (2010). Standard review plan for the
review of safety analysis reports for nuclear power
plants: LWR Ed. section 7.0: Instrumentation
and control - Overview of review process (rev.
6). Washington, DC: US Nuclear Regulatory
Commission.

Lindner, A., & Wach, D. (2008). Experiences
gained from independent assessment in licensing
of advanced I&C systems in nuclear power plants.
Nuclear Technology , 143 , 197-207. Yastrebenetsky, M. et al. (2001a). NPP instrumen-

tation and control systems safety standardization
and assessment (1), objects, aims, tasks. Nuclear
and Radiation Safety , 1 , 20-28.

Miedl, H. (2010). Qualification of field equipment
with software for systems important to safety. In
Problems of safety assurance of NPP instrumenta-
tion and control systems: Collected articles (pp.
133-166). Odessa, Ukraine: Astroprint.

Yastrebenetsky, M. et al. (2001b). NPP instrumen-
tation and control systems safety standardization
and assessment (2), principles of standardization.
Nuclear and Radiation Safety , 2 , 16-23.

NP. (2000). Nuclear and radiation safety require-
ments on instrumentation and control systems
important for safety of nuclear power plants . Kiev,
Ukraine: State Nuclear Regulatory Administra-
tion of Ukraine.

Yastrebenetsky, M. et al. (2001c). NPP instrumen-
tation and control systems safety standardization
and assessment (4), principles of assessment.
Nuclear and Radiation Safety , 3 , 17-30.

NP. (2005a). Procedure for state review of nuclear
and radiation safety . Kiev, Ukraine: State Nuclear
Regulatory Administration of Ukraine.

Yastrebenetsky, M. et al. (2001d). NPP instrumen-
tation and control systems safety standardization
and assessment (5), regulatory requirements on
systems. Nuclear and Radiation Safety , 3 , 31-37.

NP. (2005b). Requirements for modification of
nuclear plants and an order of their safety assess-
ment . Kiev, Ukraine: State Nuclear Regulatory
Administration of Ukraine.

Yastrebenetsky, M. et al. (2001e). NPP instrumen-
tation and control systems safety standardization
and assessment (6), regulatory requirements on
hardware. Nuclear and Radiation Safety , 4 , 11-25.

Sergienko, V. et al. (2008). Calibration of invari-
ants measurements methods of critical software:
Profile of injecting test faults. Radio Electronic
and Computer Systems , 5 , 161-167.

Yastrebenetsky, M. et al. (2002a). NPP instrumen-
tation and control systems safety standardization
and assessment (8), automatic control algorithms
assessment. Nuclear and Radiation Safety , 2 ,
23-36.

Sklyar, V., & Kharchenko, V. (2006). Safety
features and assessment of software of NPP
instrumentation and control systems. Nuclear
Measuring-Information Technologies , 1 , 3-18. Yastrebenetsky, M. et al. (2002b). NPP instrumen-

tation and control systems safety standardization
and assessment (9), procedures of assessment and
their information support. Nuclear and Radiation
Safety , 3 , 40-57.

Tokarenko, V. (2000). System of safety analysis
of atomic technologies SABAT. Issues of Atomic
Science and Technique , 3 , 45-70.

Yastrebenetsky, M. et al. (2004). Safety of nuclear
power plants: Instrumentation and control sys-
tems . Kiev, Ukraine: Technique.