Properties of Safety Important I&C Systems and their Components - Nuclear Power Plant Instrumentation and Control Systems for Safety and Security - page 112

• Resistance of functions execution (stability
to the environment, mechanical, seismic
inluences, immunity to electrical action,
change of power parameters, electromag-
netic disturbances), what are described
more detailed.
• Quality of functions execution (accuracy,
timing performances, human-machine
interface).

CISPR. (2006). CISPR 22 . Information technol-
ogy equipment - Radio disturbance characteristics
- Limits and methods of measurement .

Gorelik, A., Eliseev, V., Kugil, A., et al. (2005).
Conception of in-core reactor monitoring system
modernization of Uktainian NPP. Nuclear and
Radiation Safety, 2 .

IAEA. (2000). NS-G-1.1. Software for computer
based systems important to safety in nuclear power
plants: Safety guide . Vienna, Austria: IAEA.

• Independence of functions execution, in-

clude permissible disturbance emission
and ire safety.

IAEA. (2002a). NS-G-1.3. Instrumentation and
control systems important to safety in nuclear
power plants: Safety guide . Vienna, Austria:
IAEA.

Properties of I&C systems have differences
for various countries and are changing in time.
Information in Chapter 3 defines “country- time
profile” and can be used for comparison of I&C
systems properties, what are used in different
countries or are elaborated now.

IAEA. (2002b). NS-G-2.3. Modifications to
nuclear power plants: Safety guide . Vienna,
Austria: IAEA.

IAEA. (2011a). SSR-2/2. Safety of nuclear power
plants: Commissioning and operation: Specific
safety requirements . Vienna, Austria: IAEA.

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IAEA. (2011b). NP-T-3.12. Core knowledge on
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IAEA. (2012). SSR-2/1. Safety of nuclear power
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Bachmatch, E., Marshevsky, M., Rozen, Y., et al.
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Bachmatch, E., Vinogradska, S., Rozen, Y., et al.
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