Armenia	Russia	Hungary	Bulgaria
Czech Republic	Equipment	Slovakia	Ukraine
Lithuania	Ukraine, Chornobyl	Kazakhstan

Armenia

AR-AR-001	Armenia Nuclear Power Station. Photographer: Jim Webber 1995 November
AR-AR-004	Armenia NPP. Breathing air recharging system. Date: unknown. Photographer: unknown.
AR-AR-005	Armenia NPP. Breathing air recharging system. Date: unknown. Photographer: unknown.
AR-AR-006	Armenia NPP. Breathing air recharging system. Date: unknown. Photographer: unknown.
AR-AR-007	Armenia NPP. Breathing apparatus (part of breathing air recharging system). Date: unknown. Photographer: unknown.
AR-AR-008	Armenia NPP. Main stem isolation valve. Date: unknown. Photographer: unknown.
AR-AR-009	Armenia NPP. Worker installs main stem isolation valve. Date: unknown. Photographer: unknown.
AR-AR-010	Armenia NPP. Worker installs main stem isolation valve. Date: unknown. Photographer: unknown.
AR-AR-011	Armenia NPP. Early installation of spray pond, which is part of nuclear service water system. Date: unknown. Photographer: unknown.
AR-AR-012	Armenia NPP. Construction of nuclear service water pumphouse. Date: unknown. Photographer: unknown.
AR-AR-013	Armenia NPP. Early installation of spray pond, which is part of nuclear service water system. Date: unknown. Photographer: unknown.
AR-AR-014	Armenia NPP. Newly installed floor coating. Date: unknown. Photographer: unknown.
AR-AR-015	Armenia NPP. New floor coating installed in corridor. Date: unknown. Photographer: unknown.
AR-AR-016	Armenia NPP. Newly installed floor coating. Date: unknown. Photographer: unknown.
AR-AR-017	Armenia Nuclear Power Station's service water spray pond. Here, foundation is shown with suction lines running from spray pond to pumphouse. Photographer: Andrei Glukhov. Date: 2001.
AR-AR-018	Armenia Nuclear Power service water spray pond. Here, foundation is shown with water proofing underlay applied. Photographer: Andrei Glukhov. Date: 2001.
AR-AR-019	Armenia Nuclear Power Station's service water spray pond. Here, sand layer is being installed over water proofing. Photographer: Andrei Glukhov. Date: 2001.
AR-AR-020	Armenia Nuclear Power Station's service water spray pond. Here, additional concrete layer is installed; note elevation of suction lines with respect to photo AR-AR-017. Photographer: Andrei Glukhov. Date: 2001.
AR-AR-021	Concrete electrical tunnels at Armenia Nuclear Power Station. Photo shows cable raceways which run from plant to pumphouses. Photographer: Andrei Glukhov. Date: 2001.
AR-AR-022	Pump house at Armenia Nuclear Power Station. The re-bar for the concrete walls is installed. Photographer: Andrei Glukhov. Date: 2001.
AR-AR-023	Pump house at Armenia Nuclear Power Station. Here the pump well shows concrete pump pads and water piping penetrations through foundation walls. Photographer: Andrei Glukhov. Date: 2001.
AR-AR-024	Pump house at Armenia Nuclear Power Station, with lower pipe/spray pond suction lines entering pump house and upper pipe/water line which runs to spray pond discharge nozzles. Photographer: Andrei Glukhov. Date: 2001.
AR-AR-025	Armenia Nuclear Power Station, showing water lines being installed between pump house and plant. Photographer: Andrei Glukhov. Date: 2001.
AR-AR-026	Existing vinyl floor coverings at Armenia Nuclear Power Station. Photographer: Andrei Glukhov. Date: 2001.
AR-AR-027	Concrete floors at Armenia Nuclear Power Station, with vinyl removed. Red area is existing floor condition; lower area of photo is concrete surface after Blastrac surface preparation. Photographer: Andrei Glukhov. Date: 2001.
AR-AR-028	Concrete floors at the Armenia Nuclear Power Station, with surface ready for floor coating application. Note different textures of concrete surface. Surface is very rough. Ideal surface would be typical to medium grit sandpaper. Photographer: Andrei Glukhov. Date: 2001.
AR-AR-029	Floor at the Armenia Nuclear Power Station. Shows view of corridor with Keeler & Long floor coating installed. Photographer: Andrei Glukhov. Date: 2001.
AR-AR-030	Floor at the Armenia Nuclear Power Station. Shows close-up of new floor coating. Photographer: Andrei Glukhov. Date: 2001.

^top

Russia

RU-BA-001	Balakovo NPP. Photographer:
RU-BA-002	Balakovo NPP. Photographer:
RU-BA-003	Balakovo NPP. Photographer:
RU-BA-004	Balakovo NPP. Photographer:
RU-BA-005	Interior, Balakovo NPP. Photographer:
RU-BA-006	Simulator, Balakovo NPP. Photographer:
RU-BA-007	Training course, Balakovo NPP. Photographer:
RU-BA-008	OJT valve maintenance training, Balakovo NPP. Photographer:
RU-BA-009	Training course, Balakovo NPP. Photographer:
RU-BA-010	Balakovo Training Center and staff. Photographer:
RU-BA-011	Training course, Balakovo NPP. Photographer:
RU-BA-012	Balakovo Donalousky Monastery grounds. Photographer: Kent Faris 1996 March
RU-BA-013	Balakovo NPP. Photographer: Kent Faris 1996 March
RU-BA-014	Donalousky Monastery in Balakovo (night). Photographer: Kent Faris 1996 March
RU-BA-073	Balakovo NPP. Photographer: Alexander Sorin. 1997 February.
RU-BA-077	Balakovo NPP Personnel Training Center. Photographer: Alexander Sorin. 1997 February.
RU-BA-078	Laser alignment equipment - ROTALIGN. Several sets of this equipment are in use at the Balakovo NPP. One set with mockups of the shafts is used for training. Photographer: Alexander Sorin. 1997 February.
RU-BA-079	A lecture on the use of alignment equipment at Balakovo NPP. Photographer: Alexander Sorin. 1997 February.
RU-BA-080	Lecture on the use of alignment equipment at Balakovo NPP. Photographer: Alexander Sorin. 1997 February.
RU-BA-081	Heathkit Educational System for studies of the basics of electronics and electrotechnics at Balakovo NPP. Photographer: Alexander Sorin. 1997 February.
RU-BA-082	Heathkit Educational System at Balakovo NPP. Photographer: Alexander Sorin. 1997 February.
RU-BA-083	Heathkit Educational System instruction, Balakovo NPP training center. Photographer: Alexander Sorin. 1997 February.
RU-BA-084	Office of Training Manager, Balakovo NPP. Photographer: Alexander Sorin. 1997 February.
RU-BA-085	Office of Training Manager, Balakovo NPP. Photographer: Alexander Sorin. 1997 February.
RU-BA-087	Soldering equipment, PACE Inc. Sets of this equipment are in use at the Balakovo NPP and the Training Center. Photographer: Alexander Sorin. 1997 February.
RU-BA-088	Learning how to use soldering equipment at Balakovo NPP. Photographer: Alexander Sorin. 1997 February.
RU-BA-089	Lecture on the use of the soldering equipment at Balakovo NPP. Photographer: Alexander Sorin. 1997 February.
RU-BA-090	Archive at Balakovo NPP where new training courses, developed with the use of SAT methods, are stored. Photographer: Alexander Sorin. 1997 February.
RU-BA-091	Balakovo NPP full scope simulator, with video cameras suspended from the ceiling. Video equipment at the plant is used for the control and analysis of operators and for the production of training videos; equipment was provided in 1995 and 1996. Photographer: Alexander Sorin. 1997 February.
RU-BA-095	Cabinet with video equipment at Balakovo NPP. Photographer: Alexander Sorin. 1997 February.
RU-BA-096	Instructor observes the work of operators at the simulator at Balakovo NPP. Photographer: Alexander Sorin. 1997 February.
RU-BA-097	Flange Bolt Torque Simulator (DAC Training for Industry), Balakovo NPP. Photographer: Alexander Sorin. 1997 February.
RU-BA-098	Demonstration of the use of the flange bolt torque training equipment, Balakovo NPP. Photographer: Alexander Sorin. 1997 February.
RU-BA-099	Flange Bolt Torque Simulator - training set. Balakovo NPP. Photographer: Alexander Sorin. 1997 February.
RU-BA-100	Simulator of the start-up/control system for the diesel generators of the Balakovo NPP. This class was modernized and redesigned with the use of funds provided by DOE. Photographer: Alexander Sorin. 1997 February.
RU-BA-101	Instrument panels at Balakovo NPP. Photographer: Alexander Sorin. 1997 February.
RU-BA-102	Assembling the simulator of diesel-generator controls, at Balakovo NPP. Photographer: Alexander Sorin. 1997 February.
RU-BA-104	Checking the calibration of the pressure transducer "Sapphire," at Balakovo NPP. Photographer: Alexander Sorin. 1997 February.
RU-BA-105	Simulator of the panels with cabinets of Thermal and Hydraulic Automatics (pumps, safety systems, pressure transducers, valves, etc.). This simulator was redesigned with the aid of DOE funds and will be used for the training of operators and maintenance personnel. The cabinets were connected with actual elements of pressure loops and are located at Balakovo NPP. Photographer: Alexander Sorin. 1997 February.
RU-BA-110	Balakovo NPP analytical simulator under development at the VNIIAES facilities in Moscow. Background shows the control panels of the old Kalinin Unit 3 NPP full-scope simulator. Photographer: Peter Kohut. 1997 October.
RU-BA-111	Balakovo NPP analytical simulator under development at the VNIIAES facilities in Moscow. Background shows the control panels of the old Kalinin Unit 3 NPP full-scope simulator. Photographer: Peter Kohut. 1997 October.
RU-BI-001	Bilibino NPP. Photographer:
RU-BI-002	Bilibino NPP, interior. Photographer:
RU-BI-003	Bilibino NPP, interior. Photographer:
RU-BI-004	Mayor (at left) and other officials, Bilibino Town Hall. Photographer: Don Jarrell. October 1996.
RU-BI-005	Reactor Control Room (1950-60 technology), Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-006	Aerial view of Kepreveme airport on the flood plain, Bilibino. Photographer: Don Jarrell. October 1966.
RU-BI-007	F.T. Tukhvetov, Plant Director, Bilibino Nuclear Power Plant, signing Memorandum of Understanding protocol. Photographer: Don Jarrell. October 1996.
RU-BI-008	Store goods (typical), Bilibino, Russia. Photographer: Don Jarrell. October 1996.
RU-BI-009	Town of Bilibino, Russia, from adjacent hill--greenhouses lower right of control photo. Photographer: Don Jarrell. October 1996.
RU-BI-010	Wood-heated greenhouse in Kepreveme, Russia. Photographer: Don Jarrell. October 1996.
RU-BI-011	Bilibino Nuclear Power Plant (four reactors). Photographer: Don Jarrell. October 1996.
RU-BI-012	Showing use of portal radiation monitor, Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-013	Atmospheric heat sink (radiator), Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-014	Bilibino, Russia. Photographer: Don Jarrell. October 1996.
RU-BI-015	King Air for trip from Nome to Providenia to Kepreveme. Photographer: Don Jarrell. October 1996.
RU-BI-016	Americans in front of plant sign, Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-017	Hotel, central arboretum, Bilibino, Russia. Photographer: Don Jarrell. October 1996.
RU-BI-018	Reactor hall--green fuel on the wall--reactor service crane--chief engineer speaking, Bilibino Nuclear Powr Plant. Photographer: Don Jarrell. October 1996.
RU-BI-019	Bilibino NPP. Photographer: Don Jarrell. October 1996.
RU-BI-020	Reactor shielf plug on operating reactor, Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-021	Control Room, Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-022	Old emergency backup batteries, Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-023	New emergency backup batteries, Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-024	Electrical Dispatch Control Room, Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-025	Plant heat exchangers with maintenance in progress, Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-026	One of four turbine generators, Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-027	Lower plant floor showing lube oil cooler, Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-028	Green (unused) fuel in reactor hall, Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-029	Reactor hall showing refueling machine-note open window behind visitors on the right, Bilobino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-030	Emergency diesel generators (3), Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-031	Spare (used) turbine rotor, Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-032	Closeup of refueling machine, Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-033	Open reactor shield plug, Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-034	Water demineralizer units, Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-035	Showing thickness of reactor shield plug, Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-BI-036	Individual steam lines lead from top of reactor to steam drum. These are graphite moderated, natural circulation, boiling water reactors. Bilibino Nuclear Power Plant. Photographer: Don Jarrell. October 1996.
RU-KA-001	Kalinin NPP. Photographer:
RU-KA-005	Kalinin NPP simulator control panels under construction at Electropult at St. Petersburg in Russia. Photographer: Peter Kohut. 1997 October.
RU-KA-006	Kalinin NPP simulator control panels under construction at Electropult at St. Petersburg in Russia. Photographer: Peter Kohut. 1997 October.
RU-KA-008	Kalinin NPP simulator control panels under construction at Electropult at St. Petersburg in Russia. Photographer: Peter Kohut. 1997 October.
RU-KO-001	Kola NPP. Photographer:
RU-KO-029	Kola Peninsula NPP Exercise. Demonstration of building decontamination by high pressure washing. Photographer: Donald Newsom 1995 May/June
RU-KO-030	Kola Peninsula NPP Exercise. Vehicle decontamination unit. Photographer: Donald Newsom 1995 May/June
RU-KO-033	Kola Peninsula NPP Exercise. International rescue unit. Photographer: Donald Newsom 1995 May/June
RU-KO-035
RU-KO-036	Kola NPP turbine hall. Photographer: George Green. 1996 Fall.
RU-KO-037	Kola NPP Unit 2 emergency backup battery assembly, in service and operational. Photographer: George Green. 1996 Fall.
RU-KO-038	Kola NPP Unit 2 emergency backup battery assembly and Alexander Simeonov, deputy chief of Kola Electrical Department. Photographer: George Green. 1996 Fall.
RU-KO-039	Four electronic readout modules (876A-1) for the high-level confinement radiation detectors mounted in a temporary control panel in the Kola NPP Unit 2 control room. Photographer: George Green. 1996 Fall.
RU-KO-040	Engineers from Kola NPP and Victoreen (contractor) adjust the alarm set-point for the high-level confinement radiation detectors at Kola NPP. Photographer: George Green. 1996 Fall.
RU-KO-041	Close-up of Victoreen 876A-1 readout modules for the high-level confinement radiation monitor system at Kola NPP. Photographer: George Green. 1996 Fall.
RU-KO-042	Kola NPP technician installs cables for the high-level confinement radiation monitor system in the control room. Photographer: George Green. 1996 Fall.
RU-KO-043	Four remote indicators/alarms (844-18-M1) for the high-level confinement radiation detectors, mounted in I & C control room, Kola NPP. Photographer: George Green. 1996 Fall.
RU-KO-044	Victoreen engineer examines cables from the radiation detectors at the confinement penetration, Kola NPP. Photographer: George Green. 1996 Fall.
RU-KO-045	Kola NPP and Victoreen engineers wiring connectors on the signal and power cables (878-1-9 and 50-103) for the radiation detectors. Photographer: George Green. 1996 Fall.
RU-KO-046	Electrical pull-boxes for cable connections, in-confinement to ex-confinement cables, Kola NPP. Photographer: George Green. 1996 Fall.
RU-KO-047	Kola NPP simulator control panels under construction at Electropult at St. Petersburg in Russia. Photographer: Peter Kohut. 1997 October.
RU-KO-050	Kola NPP simulator control panels under construction at Electropult at St. Petersburg in Russia. Photographer: Peter Kohut. 1997 October.
RU-KO-052	Kola NPP simulator control panels under construction at Electropult at St. Petersburg in Russia. Photographer: Peter Kohut. 1997 October.
RU-KO-053	Kola NPP simulator control panels under construction at Electropult at St. Petersburg in Russia. Photographer: Peter Kohut. 1997 October.
RU-KO-054	Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-055	Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-056	Kola NPP view from "Bold Hill." Photographer: Alexander Sorin. October 1998.
RU-KO-057	Simulator Facility in new Training Center at Kola NPP is ready for the simulator installation. Photographer: Alexander Sorin. October 1998.
RU-KO-058	Simulator Facility in new Training Center at Kola NPP is ready for the simulator installation. Photographer: Alexander Sorin. October 1998.
RU-KO-059	Developing the input data for the modeling of Units 3 and 4 at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-060	Full-scope simulator, located at VNIIAES in Moscow. Delivery to Kola NPP is planned for Summer 1999. Photographer: Alexander Sorin. October 1998.
RU-KO-061	The full-scope simulator for Kola NPP at VNIIAES in Moscow, where electronics experts complete assembly. Delivery to Kola is planned for Summer 1999. Photographer: Alexander Sorin. October 1998.
RU-KO-062	Electronic experts assembling simulator in VNIIAES. Photographer: Alexander Sorin. October 1998.
RU-KO-063	Server for local network, provided through INSP as part of the Emergency Operating Instructions (EOIs) project. The server supports the works of the Department of Engineering and Technology, which is insuring operational safety at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-064	Verification of Emergency Operating Instructions (EOIs) at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-065	Kola NPP safety expert in the process of verification of Emergency Operating Instructions (EOIs) at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-066	Direct current supply switchboard of Unit 1, Kola NPP. Switchboard supplies safety-grade systems in case of emergency at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-067	Checking the switchboard at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-068	Batteries NCN-35 at Unit 1 Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-069	Performing the daily checks of the batteries at Kola NPP. These batteries, which provide backup power for safety equipment, were upgraded to meet modern standards. Photographer: Alexander Sorin. October 1998.
RU-KO-070	Old Russian-made batteries, used for more than 20 years. These batteries could not meet the modern standards for this type of safety-grade equipment at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-071	Demonstration of the control system for the isolation valves. This system is located in the Control Room of Unit 2 at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-072	Pneumatic isolation valves at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-073	Demonstration of the pneumatic isolation valves. Photographer: Alexander Sorin. October 1998.
RU-KO-074	Electric isolation valve at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-075	Checking the electric isolation valves at the ventilation system at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-076	Post accident radiation monitor located at the Control Room of Unit 2 at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-077	Checking the radiation levels in the confinement system of Unit 2 Kola NPP using a newly installed radiation monitoring system designed to alert operators to close isolation valves in the event of high radiation levels due to an accident. Photographer: Alexander Sorin. October 1998.
RU-KO-078	Inside the confinement instrumentation control room at Kola NPP. Plant workers sealed penetrations where cable and pressure tubes pass through the walls of the instrumentation room at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-079	Cable insulation at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-080	Pressure tube insulation at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-081	Rotalign laser alignment equipment at Kola NPP. Several sets of this equipment are in use at Kola. Photographer: Alexander Sorin. October 1998.
RU-KO-082	Rotalign laser alignment equipment at Kola NPP. Several sets of this equipment are in use at Kola. Photographer: Alexander Sorin. October 1998.
RU-KO-083	Demonstration for the use of laser alignment equipment to Kola NPP workers in the training center. Photographer: Alexander Sorin. October 1998.
RU-KO-084	Kola NPP Laboratory of Plant Safety. Photographer: Alexander Sorin. October 1998.
RU-KO-085	Victor Shutov, project leader (facing camera), works with his colleagues on a Probabilistic Risk Assessment (PRA) for Kola NPP Unit 4 in the Laboratory of Plant Safety, which was partially equipped with support from the United States. Photographer: Alexander Sorin. October 1998.
RU-KO-086	Safety experts at Kola NPP are performing the Probabilistic Risk Assessment (PRA) for Unit 4 with the use of Saphire computer code, provided by INSP. Photographer: Alexander Sorin. October 1998.
RU-KO-087	Director Yuri V. Kolomtsev at his place of work at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-088	Director Yuri V. Kolomtsev at his place of work at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-089	Reactor Hall of Unit 3 and 4 at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-090	Turbine Hall at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-091	Turbine Hall at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-092	Control Room, Unit 2, Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-093	Preparing the manipulator and D 500 millimeter nipple probe at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-094	Nipple (pipe branch) probe of the manipulator at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-095	Vladimir Rozov and nipple probe at Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-096	For training and calibration, Mast manipulator is installed on the special 1:1 mockup of the VVER vessel in the Unit 3 and 4 reactor hall of Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-097	Polyarnye Zori, village of Kola NPP workers. Photographer: Alexander Sorin. October 1998.
RU-KO-098	Kola NPP is situated on the bank of Lake Imandra, one of the biggest lakes in Europe. Photographer: Alexander Sorin. October 1998.
RU-KO-099	White Sea near the village of Kandalaksha, about 17 miles from Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-100	White Sea near the village of Kandalaksha, about 17 miles from Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-101	Sunset at White Sea near the village of Kandalaksha, about 17 miles from Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KO-102	Small river connects Lake Imandra with the other lake in the vicinity of Kola NPP. Photographer: Alexander Sorin. October 1998.
RU-KR-001	Krasnoyarsk Site.
RU-KR-003	Krasnoyarsk 26 entrance sign (closeup). 1995 October/November, 1995
RU-KR-004	In front of Zheleznogorsk headquarters building. 1995 October/November.
RU-KR-027	U.S. inspection team visit to Zheleznogorsk. Opening meeting at Headquarters of Mining Chemical Combine. 1995 October
RU-KR-028	U.S. inspection team visit to Zheleznogorsk. Opening meeting at Headquarters of Mining Chemical Combine. 1995 October
RU-KR-032	U.S. inspection team visit to Zheleznogorsk. Discussion of ADE-2 Reactor design features at underground reactor site. 1995 October
RU-KR-033	U.S. inspection team visit to Zheleznogorsk. Tour of ADE-2 Reactor flow meter room for monitoring channel coolant flow rates during full power operation. 1995 October
RU-KR-034	U.S. inspection team visit to Zheleznogorsk. Tour of ADE-2 Reactor electrical control room. 1995 October
RU-KR-035
RU-KR-036	Reactor control room at Zheleznogorsk reactor (Krasnoyarsk-26).
RU-KR-037	Mining and Chemical Combine at Zheleznogorsk reactor (Krasnoyarsk-26).
RU-KR-038	Turbine Hall at Zheleznogorsk reactor (Krasnoyarsk-26).
RU-KR-040	Mining construction works in the early 1950s at Zheleznogorsk reactor (Krasnoyarsk-26).
RU-KR-041	Reactor layout at Zheleznogorsk reactor (Krasnoyarsk-26).
RU-KR-042	Russian operators on the reactor operating deck at the ADE-2 plutonium production reactor at Zheleznogorsk. (Krasnoyarsk-26).
RU-KU-001	Kursk NPP. Photographer:
RU-KU-005	Safety Parameter Display System at Unit 2, Kursk Nuclear Power Plant. Logical server in SCALA room. Photographer: Alexander Sorin. October 1997.
RU-KU-006	Safety Parameter Display System workstation, Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-007	Kursk NPP workstation. Photographer: Alexander Sorin. October 1997.
RU-KU-008	Safety Parameter Display System workstation, Kursk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-KU-009	Main Unit 2 control panel. Safety Parameter Display System workstation is at left, Kursk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-KU-010	Switchyard Building 330 KV, Kursk NPP. Non-safety -grade batteries for reliable direct-current supply of the switchyard are located in this building. Photographer: Alexander Sorin. October 1997.
RU-KU-011	Switchyard, Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-012	Non-safety-grade batteries for reliable direct-current supply of the switchyard, Switchyard Building 330 kV, Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-013	Non-safety-grade batteries for reliable direct-current supply of the switchyard, Switchyard Building 330 kV, Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-014	Checking non-safety-grade batteries for reliable direct-current supply of the switchyard, Switchyard Building, Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-015	Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-016	Kursk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-KU-017	Kursk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-KU-018	Preparing multimedia training courses, Kursk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-KU-019	Preparing multimedia training courses, Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-020	Office of Director of Training, Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-021	Piranha Shaft Alignment system now in use at Kursk NPP and at the Kursk NPP Training Center. Photographer: Alexander Sorin. October 1997.
RU-KU-022	Class on the use of the Piranha Shaft Alignment system, Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-023	A maintenance worker learns to use the Piranha Shaft Alignment system, Kursk NPP Training Center. Photographer: Alexander Sorin. October 1997.
RU-KU-024	Emergency Water Supply Mobile Pumping System, Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-025	Emergency Water Supply Mobile Pumping System with its flexible connects. Reactor building water supply collectors are in the background. Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-026	Maintaining the Emergency Water Supply Mobile Pumping System, Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-027	Maintaining the Emergency Water Supply Mobile Pumping System, Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-028	Emergency Water Supply Mobile Pumping System garage, Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-029	EFCO Lathe tool for use in the repair of various valves and shutters in the Central Maintenance Shop, Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-030	EFCO Lathe tool for use in the repair of various valves and shutters in the Central Maintenance Shop, Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-031	Oleg Sobolev, EFCO lathe and tool operator, Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-032	Pipe lathe pre-welding machine "Tri Tool" in Central Maintenance Shop, Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-033	Pipe lathe pre-welding machine "Tri Tool" in Central Maintenance Shop, Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-034	Demonstration on the use of the Pipe Lathe pre-welding machine "Tri Tool" in Central Maintenance Shop, Kursk NPP. Photographer: Alexander Sorin. October 1997.
RU-KU-035	Derby 3000 automatic welding machine for welding and resurfacing of cylindrical details now is used at the Kursk NPP to repair valves and shutters. Located in the Central Welding Labs. Photographer: Alexander Sorin. October 1997.
RU-KU-036	Derby 3000 automatic welding machine for welding and resurfacing of cylindrical details now is used at the Kursk NPP to repair valves and shutters. Located in the Central Welding Labs. Photographer: Alexander Sorin. October 1997.
RU-KU-037	Victor Merinov, welding master, operating Derby 3000 automatic welding machine, which is used for welding and resurfacing of cylindrical details and now is used at the Kursk Nuclear Power Plant to repair valves and shutters. Located in the Central Welding Labs. Photographer: Alexander Sorin. October 1997.
RU-KU-038	Ultrasonic Non-Destructive Defect Test Instrument USN-50 used by the Metal Control Lab and the Department for Nuclear Safety, Kursk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-KU-039	Using the USN-50, Kursk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-KU-040	Ultrasonic gauge (thickness) meter DMS used by the Metal Control Lab and the Department for Nuclear Safety, Kursk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-KU-041	Measuring wall thickness of a 300-millimeter-diameter pipe, Kursk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-KU-042	TSI VelociCalc Plus used in measuring the parameters of gas flows by the Metal Control Lab and the Department for Nuclear Safety, Kursk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-KU-043	Checking ventilation system with the TSI VelociCalc Plus, Kursk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-KU-044	SPM ultrasonic leak detector used by the Metal Control Lab and the Department for Nuclear Safety, Kursk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-KU-045	Looking for leaks in weld seams using the SPM ultrasonic leak detector, Kursk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-LE-001	Leningrad NPP. Photographer:
RU-LE-002	Leningrad NPP. Photographer:
RU-LE-006	Bus for trip from dorm to Leningrad NPP. Photographer: 1995 November
RU-LE-013	Leningrad NPP control room. Photographer: unknown. Date: unknown.
RU-LE-014	Leningrad NPP refueling machine in operation. Photographer: unknown. Date: unknown.
RU-LE-015	Leningrad NPP radiation monitoring board. Photographer: unknown. Date: unknown.
RU-LE-016	A radiation dose meter on the local post office building near Leningrad NPP. Photographer: unknown. Date: unknown.
RU-LE-017	Area near the Leningrad NPP. Photographer: unknown. Date: unknown.
RU-MT-003	Core Conversion Meeting, Moscow. Photographer: 1995 August
RU-MT-005	Core Conversion Meeting participants, Moscow. Photographer: 1995 August
RU-MT-017	Core Conversion Meeting, Moscow, U.S. participants on left, Russians on right. Photographer: 1995 August
RU-MT-033	Visit to EPRI NDE Center at Charlotte, N.C. Photographer: 1995 October
RU-MT-034	Unidentified EPRI staff member discusses differences in valve flaws, at NDE Center. Photographer: 1995 October
RU-MT-050	Participants in Joint Coordinating Committee meeting in Washington, D.C. Photographer: 1995 October
RU-MT-084	Core Conversion Feasibility Study kick- off meeting in Moscow. Photographer: 1995 August
RU-MT-089	Core Conversion Feasibility Study meeting reception in Moscow. L to r (facing camera), Terry Lash, Nickolai Stepnoi and Lev Ryabev. Photographer: 1995 August
RU-MT-115	Tour of Duke Power's McGuire Station unit in North Carolina by participants in Maintenance Advisory Board meeting. Attendees included representatives of Rosenergoatom (REA), Ignalina NPP, VNIIAES and Atomenergoproject. Shown here are participants standing in front of a turbine. Photographer: 1996 February
RU-MT-116	Tour of Duke Power's McGuire Station unit in North Carolina by participants in Maintenance Advisory Board meeting. Eight cylinder diesel emergency pump in background, centrifugal pumps in foreground. Unidentified VNIIAES official at left. Photographer: 1996 February
RU-MT-117	Tour of Duke Power's McGuire Station unit in North Carolina by participants in Maintenance Advisory Board meeting. Head of maintenance at McGuire Station demonstrates laser alignment tool to unidentified representatives of REA, Kursk NPP and Chornobyl NPP. Photographer: 1996 February
RU-MT-118	Tour of Duke Power's McGuire Station unit in North Carolina by participants in Maintenance Advisory Board meeting. Demonstration of equipment. Photographer: 1996 February
RU-MT-119	Valve in McGuire Station shop. Photographer: 1996 February
RU-MT-120	Tour of Duke Power's McGuire Station unit in North Carolina by participants in Maintenance Advisory Board meeting. Demonstration of in situ valve replacement. Photographer: 1996 February
RU-MT-124	McGuire Station valve shop. Photographer: 1996 February
RU-MT-140	Training program conference. Photographer: 1995 June
RU-MT-146	Gosatomnadzor (GAN) representatives tour the Hanford site in Washington State. Photographer: Jim Reed. 1997 February.
RU-MT-147	Gosatomnadzor (GAN) representatives tour the Hanford site in Washington State. Photographer: Jim Reed. 1997 February.
RU-MT-148	Gosatomnadzor (GAN) representatives tour the Hanford site in Washington State. Photographer: Jim Reed. 1997 February.
RU-MT-149	Gosatomnadzor (GAN) representatives tour the Hanford site in Washington State. Photographer: Jim Reed. 1997 February.
RU-MT-151	Gosatomnadzor (GAN) representatives tour the Hanford site in Washington State. Photographer: Jim Reed. 1997 February.
RU-MT-152	Gosatomnadzor (GAN) representatives receive briefing about Pacific Northwest National Laboratory (PNNL) during visit to Hanford site in Washington State. Photographer: Jim Reed. 1997 February.
RU-MT-153	Gosatomnadzor (GAN) representatives receive briefing about Pacific Northwest National Laboratory (PNNL) during visit to Hanford site in Washington State. Photographer: Jim Reed. 1997 February.
RU-MT-154	Gosatomnadzor (GAN) representatives receive briefing about Pacific Northwest National Laboratory (PNNL) during visit to Hanford site in Washington State. Photographer: Jim Reed. 1997 February.
RU-MT-155	Gosatomnadzor (GAN) representatives receive briefing about Pacific Northwest National Laboratory (PNNL) during visit to Hanford site in Washington State. Photographer: Jim Reed. 1997 February.
RU-MT-156
RU-MT-157	Joint Project Management Executive Committee meets at Minatom. August 1998. Photographer: Darrell Newman.
RU-MT-158	Design Review at Kurchatov Institute. Photo contact: Darrell Newman. August 1998.
RU-MT-159	Design Review at Kurchatov Institute. Photo contact: Darrell Newman. August 1998
RU-MT-160	Russian officials, joined by American hosts, visit the Calvert Cliffs Nuclear Power Plant in Maryland. Photographer: Dave Crozier, Calvert Independent. 1999.
RU-NK-001	Novosibirsk Chemical Concentrates Plant, where core conversion fuel will be processed. Novorsibirsk, Russia. Photographer: Darrell Newman. June 1997.
RU-NK-002	Inspection team at Novosibirsk, Russia. Photographer: Darrell Newman. June 1997.
RU-NK-003	Tour of Novosibirsk chemical concentrates plant. Novosibirsk, Russia. Photographer: Darrell Newman. June 1997.
RU-NK-005	Signing design review protocol, Moscow. Photographer: Darrell Newman. June 1997.
RU-NK-006	Participants at design review meeting at Kurchatov Institute, Moscow. Photographer: Darrell Newman. June 1997.
RU-NK-007	Fuel design expert at Bochvar Institute. Photographer: Darrell Newman. June 1997.
RU-NK-008	Photographer: Darrell Newman. June 1997.
RU-NK-009	June 1997.
RU-NK-010	June 1997.
RU-NK-011	Downtown Novosibirsk. Russia. Photographer: Darrell Newman. June 1997.
RU-NK-012	Statue of Lenin, Tribute to Bolshevik Revolution. Novosibirsk, Russia. Photographer: Darrell Newman. June 1997.
RU-NO-001	Novovoronezh NPP. Photographer:
RU-NO-002	At Rosenergoatom in Moscow following successful meetings on Novovoronezh mobile pumping unit. Photographer: 1995 December
RU-NO-004	Novovoronezh NPP. Proposed site of mobile pumping unit. Photographer: Dan Couch 1995 December
RU-NO-005	Novovoronezh NPP. Photographer: Dan Couch 1995 December
RU-NO-006	Novovoronezh NPP. Cooling towers for units 3, 4, 5. Photographer: Dan Couch 1995 December
RU-NO-007	Novovoronezh NPP. Unit 5, a VVER 1000. Photographer: Dan Couch 1995 December
RU-NO-008	Novovoronezh NPP. Photographer: Dan Couch 1995 December
RU-NO-009	Hotel at Novovoronezh (city). Photographer: Dan Couch 1995 December
RU-NO-010	Novovoronezh NPP. Administration area at right. Photographer: Dan Couch 1995 December
RU-NO-011	Novovoronezh NPP. Photographer: Dan Couch 1995 December
RU-NO-013	Novovornezh NPP water storage tanks. Photographer: Dan Couch 1995 December
RU-NO-018	Novovoronezh NPP Units 3 and 4. Photographer: Courtesy of Novovoronezh NPP.
RU-NO-019	Novovoronezh NPP Unit 5. Photographer: Courtesy of Novovoronezh NPP.
RU-NO-020	Novovoronezh NPP analytical simulator under development in Moscow. Photographer: Peter Kohut. 1997 October.
RU-NO-021	Safety Parameter Display System (SPDS) commissioning and acceptance tests, Novovoronezh NPP Unit 3. Photographer: Alexander Sorin. October 1998.
RU-NO-022	Safety Parameter Display System (SPDS) commissioning and acceptance tests, Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-023	Safety Parameter Display System (SPDS) commissioning and acceptance tests, Novovoronezh NPP Unit 3. U.S. delegation and Russian team at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-024	Safety Parameter Display System (SPDS) commissioning and acceptance tests, Novovoronezh NPP Unit 3. Photographer: Alexander Sorin. October 1998.
RU-NO-025	Safety Parameter Display System (SPDS) commissioning and acceptance tests, Novovoronezh NPP Unit 3. Photographer: Alexander Sorin. October 1998.
RU-NO-026	Safety Parameter Display System (SPDS) commissioning and acceptance tests, Novovoronezh NPP Unit 3. Photographer: Alexander Sorin. October 1998.
RU-NO-027	Vladimir Zarubaev, Chief Engineer, Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-028	Viacheslav Vikin, Novovoronezh NPP Director. Photographer: Alexander Sorin. October 1998.
RU-NO-029	Vladimir Zarubaev, Chief Engineer, Novovoronezh NPP, demonstrates to the U.S. team the safety improvements (cable fire-safe coatings) made by Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-030	Discussion about Unit 1 decommissioning, Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-031	Vladimir Zarubaev, Chief Engineer, Novovoronezh NPP, talks with U.S. team about Unit 1 decommissioning. Photographer: Alexander Sorin. October 1998.
RU-NO-032	Acceptance testing of Safety Parameter Display System (SPDS), Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-033	Acceptance testing of Safety Parameter Display System (SPDS), Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-034	Acceptance testing of Safety Parameter Display System (SPDS), Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-035	Acceptance testing of Safety Parameter Display System (SPDS), Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-036	Successful implementation of a Safety Parameter Display System (SPDS) at Unit 3, Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-037	U.S. and Russian teams in the SOTI (systematic display of technological information) room at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-038	U.S. team watches Safety Parameter Display System (SPDS) testing at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-039	Following the successful testing of the Safety Parameter Display System (SPDS), participants gather in the Control room of Unit 3, Novovoronezh NPP. Included are representatives of Novovoronezh NPP, REA, DOE, PNNL, BREI, SAIC, ZAO Consyst. Photographer: Alexander Sorin. October 1998.
RU-NO-040	On October 27, the protocol was signed stating the successful tests of the Safety Parameter Display System (SPDS) in Unit 3 and outlining plans for future work for INSP at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-041	On October 27, the protocol was signed stating the successful tests of the Safety Parameter Display System (SPDS) in Unit 3 and outlining plans for future work for INSP at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-042	Unit 3 control room and Safety Parameter Display System (SPDS) panels at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-043	Novovoronezh NPP control room, with Safety Parameter Display System (SPDS) panel visible. Photographer: Alexander Sorin. October 1998.
RU-NO-044	Data collector cabinets of Safety Parameter Display System (SPDS) at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-045	Konstantin Brezhenko, Novovoronezh NPP engineer, checks the data collector equipment of the Safety Parameter Display System (SPDS) in Unit 3. Photographer: Alexander Sorin. October 1998.
RU-NO-046	Fixing a problem with Safety Parameter Display System (SPDS), Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-047	The main computer server of the Safety Parameter Display System (SPDS) and two instrument panels in the SOTI (systematic display of technological information) room at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-048	Server of the Safety Parameter Display System (SPDS) at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-049	Near the safety panels in the SOTI (systematic display of technological information) room at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-050	Development and verification of Emergency Operating Instructions (EOIs), Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-051	Development and verification of Emergency Operating Instructions (EOIs), Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-052	Emergency Operating Instructions (EOIs) in shelves in the control room, Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-053	Novovoronezh NPP Unit 3 control room. Photographer: Alexander Sorin. October 1998.
RU-NO-054	Emergency water supply system garage with flexible housing at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-055	Emergency water supply system at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-056	Emergency water supply system main working unit pump at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-057	Oleg Novochenko, turbine and pump engineer, checks the emergency water supply system at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-058	Vladimir Zarubaev, Novovoronezh NPP Chief engineer, shows the emergency water supply system to DOE, PNNL, and SAIC delegations at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-059	The simulator for Unit 3, Novovoronezh NPP, passed acceptance tests in September 1998. Photographer: Alexander Sorin. October 1998.
RU-NO-060	The simulator for Unit 3, Novovoronezh NPP, passed acceptance tests in September 1998. Photographer: Alexander Sorin. October 1998.
RU-NO-061	The simulator for Unit 3, Novovoronezh NPP, passed acceptance tests in September 1998.
RU-NO-062	The simulator for Unit 3, Novovoronezh NPP, passed acceptance tests in September 1998. Shown is the instructor working station at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-063	DOE/PNNL delegation in training room at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-064	Training process. Photographer: Alexander Sorin. October 1998.
RU-NO-065	Novovoronezh is making a number of safety improvements on its own. An example is the automated working station for the training of the operators of Unit 5 at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-066	Novovoronezh is making a number of safety improvements on its own. Photographer: Alexander Sorin. October 1998.
RU-NO-067	New building at Novovoronezh NPP where the reliable direct current power supply system for emergency situations will be installed. Novovoronezh is constructing the building and creating new switchboards and racks for the batteries; EBRD has sponsored the purchase of the new Varta batteries. Photographer: Alexander Sorin. October 1998.
RU-NO-068	New batteries at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-069	Unit 5 at Novovoronezh NPP (VVER 1000). At the left, the administration building where the Novovoronezh NPP training point (simulators, etc.) is located. Photographer: Alexander Sorin. October 1998.
RU-NO-070	Unit 5 at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-071	Cooling Towers at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-072	Units 3 and 4 at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-073	Novovoronezh NPP computer station. Photographer: Alexander Sorin. October 1998.
RU-NO-074	In-depth safety assessment at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-075	Novovoronezh in-depth safety assessment meeting. Photographer: Alexander Sorin. October 1998.
RU-NO-076	Participant, safety project at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-077	Discussion about computer equipment, Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-078	Worker uses database at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-079	Office at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-NO-080	Training process with FAT at Novovornezh NPP. Instructor and trainees. Photographer Alexander Sorin. October 1998.
RU-NO-081	Training process with FAT at Novovoronezh NPP. Photographer: Alexander Sorin. October 1998.
RU-SM-001	Smolensk NPP. Photographer:
RU-SM-002	Site of Smolensk Training Center. Photographer:
RU-SM-007	Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-008	Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-009	Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-010	Training room at Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-011	Instructor room used for training of maintenance personnel and development of training programs and courses at Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-012	Scanning a training poster, Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-013	"Construction Pistol" training material used at Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-014	Development of Emergency Operating Instructions (EOIs) at Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-015	Equipment training at Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-016	Equipment training at Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-017	Personnel of RBMK Nuclear Power Plants learning to upload data collected with the CMVA-55 Microlog Data Collector system to the master computers and to analyze vibrations, Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-018	Personnel of RBMK Nuclear Power Plants learning to upload data collected with the DMVA-55 Microlog Data Collector system to the master computers and to analyze vibrations, Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-019	Equipment training at Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-020	Training at Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-021	Personnel of RBMK Nuclear Power Plants learning to upload data collected with the CMBA-55 Microlog Data Collector system to the master computers and to analyze vibrations, Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-022	Personnel of RBMK Nuclear Power Plant learning to upload data collected with the CMVA-55 Microlog Data Collector System to the master computers and to analyze vibrations at Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-023	Smolensk Training Center, Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-024	Instructor room at Smolensk Training Center, Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-025	A training expert works with computer modeling, Smolensk NPP. Photographer: Alexander Sorin. October 1997.
RU-SM-026	EFCO valve repair tools allow staff to make repairs to tools and shutters without removing valves from pipes, Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-027	A maintenance worker, Smolensk NPP. Photographer: Alexander Sorin. October 1997.
RU-SM-028	A maintenance worker, Smolensk NPP. Photographer: Alexander Sorin. October 1997.
RU-SM-029	Maintenance worker uses valve repair tool, Smolensk NPP. Photographer: Alexander Sorin. October 1997.
RU-SM-030	Maintenance worker uses valve repair tool, Smolensk NPP. Photographer: Alexander Sorin. October 1997.
RU-SM-031	Maintenance worker uses valve repair tool, Smolensk NPP. Photographer: Alexander Sorin. October 1997.
RU-SM-032	Hands-on vibration monitoring training at Smolensk Nuclear Power Plant. Trainees learn to use vibration analysis at working safety-grade pumps (control rod heat exchange pumps). Photographer: Alexander Sorin. October 1997.
RU-SM-033	Hands-on vibration monitoring training at Smolensk Nuclear Power Plant. Trainees learn to use vibration analysis at working safety-grade pumps (control rod heat exchange pumps). Photographer: Alexander Sorin. October 1997.
RU-SM-034	Hands-on vibration monitoring training at Smolensk Nuclear Power Plant. Trainees learn to use vibration analysis at working safety-grade pumps (control rod heat exchange pumps). Photographer: Alexander Sorin. October 1997.
RU-SM-035	Hands-on vibration monitoring training at Smolensk Nuclear Power Plant. Trainees learn to use vibration analysis at working safety-grade pumps (control rod heat exchange pumps). Photographer: Alexander Sorin. October 1997.
RU-SM-036	Hands-on vibration monitoring training at Smolensk NPP. Trainees learn to use vibration analysis at working safety-grade pumps (control rod heat exchange pumps). Photographer: Alexander Sorin. October 1997.
RU-SM-037	Fire-resistant floors in the reactor building. Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-038	Fire-resistant floors in the reactor building, Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-039	Fire-retardant material "Promatec" coats cables and seals floor penetration, Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-040	Fire door to the cable tunnel was manufactured at the Atomremmash (Russia) plant for Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-041	Piranha Shaft Alignment system in use in the reactor building, Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-042	Piranha Shaft Alignment system in use in the reactor building, Smolensk Nuclear Power Plant. Photographer: Alexander Sorin. October 1997.
RU-SM-043	Training, shaft alignment system, Smolensk NPP. Photographer: Alexander Sorin. October 1997.
RU-SM-044	Training, shaft alignment system, Smolensk NPP. Photographer: Alexander Sorin. October 1997.
RU-SM-045	Fireman suits worn by staff of Desnagorsk Fire Station. Fire station staff work closely with Smolensk Nuclear Power Plant on fire safety issues. Photographer: Alexander Sorin. October 1997.
RU-SM-046	Fireman suits worn by staff of Desnagorsk Fire Station. Fire station staff work closely with Smolensk Nuclear Power Plant on fire safety issues. Photographer: Alexander Sorin. October 1997.
RU-SM-047	Fireman suits worn by staff of Desnagorsk Fire Station. Fire station staff work closely with Smolensk Nuclear Power Plant on fire safety issues. Photographer: Alexander Sorin. October 1997.
RU-SM-048	Desnagorsk Fire Station, near Smolensk NPP. Photographer: Alexander Sorin. October 1997.
RU-SM-049	Desnagorsk Fire Station. Fire station staff work closely with Smolensk NPP on fire safety issues. Photographer: Alexander Sorin. October 1997.
RU-SM-050	Desnagorsk Fire Station fireman with Scott Air-Pak. Fire station staff work closely with Smolensk Nuclear Power Plant on fire safety issues. Photographer: Alexander Sorin. October 1997.
RU-SM-051	Eagle compressor for refilling Scott Air-Pak, Desnagorsk Fire Station. Russian-made compressor used to refill old Russian-made breathing apparatuses is at right. Fire station staff work closely with Smolensk Nuclear Power Plant on fire safety issues. Photographer: Alexander Sorin. October 1997.
RU-SM-052	Desnagorsk Fire Station, near Smolensk NPP. Photographer: Alexander Sorin. October 1997.
RU-SM-053	Testing machine for Scott Air-Paks, Desnagorsk Fire Station. Fire station staff work closely with Smolensk Nuclear Power Plant on fire safety issues. Photographer: Alexander Sorin. October 1997.
RU-SP-001	Kalinnin Agreement in Principle signing. Photographer: 1995 July.
RU-SP-006	View of heavy vehicle parking areas on ground floor of radiological monitoring vehicle garage under construction in St. Petersburg. Photographer: 1995 July
RU-SP-011	Dormitory facility under construction next to vehicle garage at Mobile Radiological Monitoring Team Center being built in St. Petersburg. Photographer: 1995 July
RU-TO-001	Tomsk Site.
RU-TO-003	Outside Seversk plant headquarters, Tomsk. 1995 October/November.

^top

Hungary

HU-PA-001	Paks NPP. Credit: Photo Courtesy International Atomic Energy Agency. Photographer:
HU-PA-002	Paks NPP. Photographer:
HU-PA-003	Paks NPP. Photographer:
HU-PA-004	Paks NPP. Photographer:

^top

Bulgaria

BU-KZ-001	Kozloduy NPP, Units 1-4 (right to left). Photographer: 1994 October
BU-KZ-002	Kozloduy NPP, Units 5 & 6. Photographer: 1994 October
BU-KZ-003	Kozloduy NPP Units 5 and 6. Photographer: Kent Faris 1996 April
BU-KZ-004	Kozloduy NPP Units 5 and 6. Photographer: Kent Faris 1996 April
BU-KZ-005	Kozloduy NPP Unit 5, a VVER 1000. Photographer: Kent Faris 1996 April
BU-KZ-006	Kozloduy NPP Unit 5, a VVER 1000. Photographer: Kent Faris 1996 April
BU-KZ-007	Kozloduy NPP Unit 5, a VVER 1000. Photographer: Kent Faris 1996 April
BU-KZ-008	Kozloduy NPP Training Center, located on the Kozloduy NPP site. Photographer: Kent Faris 1996 April
BU-KZ-009	Kozloduy NPP Unit 1 control room. Unit 1 is a VVER 440/230. Photographer: Kent Faris 1996 April
BU-KZ-010	Kozloduy NPP Unit 1 control room. Unit 1 is a VVER 440/230. Photographer: Kent Faris 1996 April
BU-KZ-011	Kozloduy NPP Unit 5 control room. Unit 5 is a VVER 1000. Photographer: Kent Faris 1996 April
BU-KZ-012	Computer data acquisition system, Kozloduy NPP Unit 1. System provides information about temperatures, pressures and flow rates. Photographer: Kent Faris 1996 April
BU-KZ-013	Kozloduy NPP Unit 1 turbine generator. Photographer: Kent Faris 1996 April
BU-KZ-014	New safety grade digital instruments installed above existing gauges, Kozloduy NPP. Photographer: Kent Faris 1996 April
BU-KZ-015	Kozloduy NPP Unit 1 fire suppression system in the area behind the control room. Photographer: Kent Faris 1996 April
BU-KZ-016	Kozloduy NPP Unit 1 fire alarm system. Tatiana Staneva of the Kozloduy NPP is at right. Photographer: Kent Faris 1996 April
BU-KZ-017	Pointing out annunciator response system. Photographer: Kent Faris. 1996 April.
BU-KZ-018	Working Group at Kozloduy NPP. Photographer: Kent Faris. 1996 April.
BU-KZ-019	Working Group at Kozloduy NPP. Photographer: Kent Faris. 1996 April.
BU-KZ-020	Working Group at Kozloduy NPP. Photographer: Kent Faris. 1996 April.
BU-KZ-021	Kozloduy (city). Kozloduy NPP plants in the distance. Photographer: Kent Faris 1996 April
BU-KZ-022	Danube River and Kozloduy (city). River forms boundary between Bulgaria and Rumania. Photographer: Kent Faris 1996 April
BU-KZ-023	Kozloduy (city) skyline. Photographer: Kent Faris 1996 April
BU-KZ-024	Inside of model of primary coolant pump for VVER-1000 reactor. Training Center, Kozloduy NPP: . Photographer: Kent Faris 1996 September
BU-KZ-025
BU-KZ-026	Model of turbine generator for VVER- 1000 reactor. Training Center, Kozloduy NPP: . Photographer: Kent Faris 1996 September
BU-KZ-027	Model of reactor vessel for VVR-1000 reactor. Training Center, Kozloduy NPP: . Photographer: Kent Faris 1996 September
BU-KZ-028	Picture of a poster of reactor vessel for VVR-1000 reactor with numbers identifying parts. Training Center, Kozloduy NPP: . Photographer: Kent Faris 1996 September
BU-KZ-029	Meeting participant, Kozloduy NPP. Photographer: Kent Faris. 1996 September.
BU-KZ-030	Working group, Kozloduy NPP. Photographer: Kent Faris. 1996 September.
BU-KZ-031	Working group, Kozloduy NPP. Photographer: Kent Faris. 1996 September.
BU-KZ-032	Preparing for working group meeting, Kozloduy NPP. 1996 September. Photographer:
BU-KZ-033	Working group meeting, Kozloduy NPP. Photographer: 1996 September.
BU-KZ-034	Newly restored church in the small village of Vratsa. Bulgaria: . Photographer: Kent Faris 1996 September
BU-KZ-035	Newly restored church and garden in the small village of Vratsa. Bulgaria: . Photographer: Kent Faris 1996 September
BU-KZ-036	Summer homes called "Datchas" on a hillside in small village of Vratsa. Bulgaria: . Photographer: Kent Faris 1996 September

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Czech Republic

CR-DU-001	Dukovany NPP. Photographer:
CR-DU-002	Dukovany NPP. Photographer:

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Equipment

EQ-01	Open-cell glass batteries, Kursk NPP. Photographer:
EQ-02	Seismically-qualified, safety-grade DC batteries like these will be installed at Kola, Kursk and Smolensk NPPs. Photographer:
EQ-03	Seismically-qualified, safety-grade DC batteries. Photographer:
EQ-04	Open-cell glass batteries, Kola NPP. Photographer:
EQ-05	Promatec sealant applied to weld seams. Photographer:
EQ-06	Application of Promatec coating after cure of sealant applied to weld seams. Photographer:
EQ-07	Promatec Elastomer fire barrier material, after removal of forms. Photographer:
EQ-08	Promatec Elastomer being injected as cable tray fire-stop after Kamium removal. Photographer:
EQ-09	Kamium material being removed from cable tray fire-stop. Kamium is similar in apprearance and texture to urethane foam. Photographer:
EQ-10	Wooden fire door, Smolensk NPP. Photographer:
EQ-11	Fire door. Photographer:
EQ-12	Fire door. Photographer:
EQ-13	Confinement isolation valve. Photographer:
EQ-14	Confinement isolation valve. Photographer:
EQ-15	Confinement isolation valve. Photographer:
EQ-17	Cask transporter moving dry cask storage unit. Photographer:
EQ-18	Cutaway view of Promatec fire barrier technology. Photographer:
EQ-19	Example of fire detector system made by Cerberus. Photographer:
EQ-20	Simulator. Photographer:
EQ-21	Simulator, Balakovo NPP. Photographer:
EQ-22	Simulator. Photographer:
EQ-23	Simulator. Photographer:
EQ-24	Operators at controls of simulated reactor control panel (simulator), Zaporizhzhya, NPP. Photographer:
EQ-25	Simulator. Photographer:
EQ-32	Updated firefighting suits, like those delivered to Smolensk NPP. Photographer:
EQ-33	Old style firefighting suits. Photographer:
EQ-34	High-temperature suit. Photographer:
EQ-41	Example of cable congestion, Zaporizhzhya NPP. Photographer:
EQ-42	Example of cable congestion, Zaporizhzhya NPP. Photographer:
EQ-44	Evidence of severe corrosion/leakage at a carbon steel to carbon steel pipe segment in the Kola NPP Service Water System. Photographer:
EQ-45	Four grouped together heat/smoke detectors in control room at Zaporizhzhya NPP. Multiple detectors are used because of inherent unreliability of equipment. Photographer:
EQ-46	Service water piping, Kola NPP. Evidence of leakage at a new weld joint of new stainless steel pipe to existing carbon steel. Photographer:
EQ-48	Service water piping shows evidence of leaking, Kola NPP (enlargement of EQ-46). Photographer:
EQ-50	Open electrical cabinet backs, control room of Kola NPP. No means of fire supression or detection present. Photographer:
EQ-51	Dead weight tester, at Ruska International. Photographer: 1995 October
EQ-52	Model of cask transporter. Photographer:
EQ-54	Rear of control room panels, Unit 3, Smolensk NPP. Photographer:
EQ-59	Example of a wooden fire door, Unit 1 diesel generator building at Smolensk NPP. Photographer:
EQ-60	Fuel tank deluge system, Unit 1, Smolensk NPP. Photographer:

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Slovakia

SL-BO-001	Bohunice NPP. Credit: Photo courtesy of International Atomic Energy Agency. Photographer:
SL-BO-002	V2 Simulator at Trnava Training Center, Slovakia. Photographer: Ken Erickson. May 1997.
SL-BO-003	V2 Simulator at Trnava Training Center, Slovakia. Photographer: Ken Erickson. May 1997.
SL-BO-004	V2 Simulator at Trnava Training Center, Slovakia. Photographer: Ken Erickson. May 1997
SL-BO-005	V2 Simulator Panel at Trnava Training Center, Slovakia. Photographer: Ken Erickson. May 1997
SL-BO-006	V2 Simulator Panel at Trnava Training Center, Slovakia. Photographer: Ken Erickson. May 1997
SL-BO-007	V2 Simulator at Trnava Training Center, Slovakia. Photographer: May 1997.
SL-BO-008	V2 Simulator at Trnava Training Center, Slovakia. Stefan Mikula, NPP Training Center User Correspondent. Photographer: Ken Erickson. May 1997
SL-BO-009	V2 Simulator at Trnava Training Center, Slovakia. Stefan Mikula, NPP Training Center User Correspondent (left); Joe Cleary, PNNL (right). Photographer: Ken Erickson. May 1997
SL-BO-010	V2 Simulator Instructor Station at Trnava Training Center, Slovakia. Simulator Instructor (left); Stefan Mikula, NPP Training Center User Correspondent (right). Photographer: Ken Erickson. May 1997
SL-BO-011	V2 Simulator Instructor Station at Trnava Training Center, Slovakia. Photographer: May 1997.
SL-BO-012	V2 Simulator at Trnava Training Center, Slovakia - Back of Panel. Photographer: Ken Erickson. May 1997
SL-BO-013	V2 Simulator at Trnava Training Center, Slovakia - Back of Panel - Special electronics. Being replaced by new input/output system. Photographer: Ken Erickson. May 1997
SL-BO-014	Scale model of control and fuel rod assembly for VVER 440/213 at Trnava Training Center, Slovakia. Represents style used in VVER (U.S.). Photographer: Ken Erickson. May 1997
SL-BO-015	Scale model of VVER 440 reactor at Trnava Training Center, Slovakia. Stefan Mikula, NPP Training Center User Correspondent, (right). Photographer: Ken Erickson. May 1997
SL-BO-016	Scale model of reactor coolant loop isolation valve at Trnava Training Center, Slovakia. Photographer: Ken Erickson. May 1997
SL-BO-017	Scale model of reactor coolant pump at Trnava Training Center, Slovakia. Photographer: Ken Erickson. May 1997
SL-BO-018	Scale model of steam generator at Trnava Training Center, Slovakia. Photographer: Ken Erickson. May 1997
SL-BO-019	Project planning meeting at Trnava Training Center, Slovakia. Photographer: May 1997.
SL-BO-020	VUJE office at Trnava, Slovakia. Photographer: May 1997.

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Ukraine

UK-KH-001	Khmelnytskyy NPP. Photographer:
UK-KH-002	Arctic foxes for fur breeding, near Khmelnytskyy. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-003	Eggplants ripening, near Khmelnytskyy. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-004	Modular control panel, Khmelnytskyy NPP Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-005	Electrical engineering course, Khmelnytskyy NPP (this is not a program-related course). Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-006	Fire station, Khmelnytskyy NPP. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-007	Fish farm, near Khmelnytskyy NPP. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-008	Hotel Gorin, at Netishin, near Khmelnytskyy NPP. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-009	Horses in pasture, near Khmelnytskyy NPP. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-010	Khmelnytskyy NPP. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-011	Khmelnytskyy area "school leavers" (presumed to mean "graduates"). Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-012	Modular control panel, Khmelnytskyy NPP. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-013	Netishin, near Khmelnytskyy NPP. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-014	Netishin at night. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-015	Nursery clinic, Netishin. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-016	Palace of Culture "Energetic," Netishin. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-017	Khmelnytskyy NPP. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-018	Prometheus Restaurant, Netishin. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-019	Victor Sapronov, Khmelnytskyy NPP manager. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-020	Teremok kindergarten, Netishin. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-021	Attached form Tevitoha under construction. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-022	Netishin. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-023	Power unit turbine building, Khmelnytskyy NPP. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-024	Technical water supply system, Khmelnytskyy NPP. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-KH-025	Youth theatre-studio, Netishin. Photo credit: Photo courtesy Khmelnytskyy NPP. Photographer: 1996
UK-MT-001
UK-MT-002	Learning codes related to criticality. Photographer: 1995 August.
UK-MT-012	Learning codes related to criticality. Photographer: Mike Berryman. 1995 August.
UK-MT-013	Discussion of licensing issues. Photographer: Jim Reed. 1995 August.
UK-MT-016	Discussion of licensing issues. Photographer: Jim Reed. 1995 August.
UK-MT-024	Discussion meeting on codes. Photographer: Jim Reed. 1995 August.
UK-RI-001	Rivne NPP. Photographer:
UK-RI-002	Rivne NPP. Photographer:
UK-RI-004	Entrance at Rivne Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-RI-005	Rivne Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-RI-006	Cooling towers, Rivne Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-RI-007	Cooling towers, Rivne Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-RI-008	Rivne Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-RI-009	Control room, Rivne Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-RI-010	Control room, Rivne Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-RI-011	Turbine hall, Rivne Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-RI-012	Volodymyr O. Korovkin, plant manager of Rivne Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-RI-013	City of Kuznetsovsk, located near the Rivne Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-RI-014	City of Kuznetsovsk, located near the Rivne Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-RI-015	City of Kuznetsovsk, located near the Rivne Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-RI-016	City of Kuznetsovsk, located near the Rivne Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-SU-001	South Ukraine NPP. Photographer:
UK-SU-006	South Ukraine Unit 3 NPP simulator control panels under construction at the VNIIAES facilities in Moscow. Photographer: Peter Kohut. 1997 October.
UK-SU-007	South Ukraine Unit 3 NPP simulator control panels under construction at the VNIIAES facilities in Moscow. Photographer: Peter Kohut. 1997 October.
UK-SU-011	Two Safety Parameter Display System (SPDS) monitors in the main control room of South Ukraine NPP Unit 1. Photographer: Photo Courtesy of Energoatom. August 1998
UK-SU-012	Employees check values of critical safety functions displayed on two Safety Parameter Display System (SPDS) monitors, South Ukraine NPP. Photographer: Photo Courtesy of Energoatom. August 1998.
UK-SU-013	Employee checks values of critical safety functions displayed on two Safety Parameter Display System (SPDS) monitors, South Ukraine NPP. Photographer: Photo Courtesy of Energoatom. August 1998.
UK-SU-014	Employees check values of critical safety functions displayed on two Safety Parameter Display System (SPDS) monitors, South Ukraine NPP. Photographer: Photo Courtesy of Energoatom. August 1998.
UK-SU-015	Main control room, South Ukraine NPP Unit 1. Staff check values of critical safety functions displayed on Safety Parameter Display System (SPDS) monitors. Photographer: Photo Courtesy of Energoatom. August 1998.
UK-SU-016	Main control room, South Ukraine NPP Unit 1. Staff check values of instruments while the plant is operating at full power. Photographer: Photo Courtesy of Energoatom. August 1998.
UK-SU-017	Staff at work in secondary side control room, South Ukraine NPP Unit 1. Photographer: Photo Courtesy of Energoatom. August 1998.
UK-SU-018	Worker at South Ukraine NPP in a secondary side control room. Photographer: Photo Courtesy of Energoatom. August, 1998.
UK-SU-019	South Ukraine NPP Safety Parameter Display System (SPDS) engineering station and computer room. Photographer: Photo Courtesy of Energoatom. August 1998.
UK-SU-020	The engineering station and computer room, South Ukraine NPP Unit 1, houses Safety Parameter Display System (SPDS) and other plant computer hardware. Photographer: Photo Courtesy of Energoatom. August 1998.
UK-SU-021	South Ukraine NPP employee works on Safety Parameter Display System (SPDS) computer hardware (signal processing). Photographer: Photo Courtesy of Energoatom. August 1998.
UK-SU-022	Monitors in the South Ukraine NPP Unit 1 Safety Parameter Display System (SPDS) engineering station and computer room. Photographer: Photo Courtesy of Energoatom. August 1998.
UK-SU-023	Backs of monitors and other computer hardware in the South Ukraine NPP Unit 1 Safety Parameter Display System (SPDS) engineering station and computer room. Photographer: Photo Courtesy of Energoatom. August 1998.
UK-SU-024	Factory acceptance tests in Moscow for South Ukraine NPP full scope simulator. Photographer: August 1999.
UK-SU-025	Factory acceptance tests in Moscow for South Ukraine NPP full scope simulator. Photographer: August 1999.
UK-SU-026	Factory acceptance tests in Moscow for South Ukraine NPP full scope simulator. Photographer: August 1999.
UK-SU-028	South Ukraine Nuclear Power Plant. Units 1 (left) and 2 (middle) were started in the early 1980s; Unit 3 (right) started in 1989. All three units are VVER 1000s. Photographer: Unknown. Date: Unknown.
UK-SU-029	South Ukraine Nuclear Power Plant. Units 1 (left) and 2 (partially obscured by building). Photographer: Unknown. Date: Unknown.
UK-SU-030	South Ukraine Nuclear Power Plant, Unit 1. Photographer: Unknown. Date: Unknown.
UK-SU-031	South Ukraine Nuclear Power Plant. Units 1 (left) and 2. Photographer: Unknown. Date: Unknown.
UK-SU-032	South Ukraine Nuclear Power Plant. From left, Units 1, 2 and 3, with cooling ponds in foreground. Photographer: Unknown. Date: Unknown.
UK-SU-033	South Ukraine Nuclear Power Plant, along the Bug River. Units 1 (foreground) and 2. Unit 3 is visible just beyond Unit 2, and the tops of the cooling towers are visible in the far right-center section of the photo. Photographer: Unknown. Date: Unknown.
UK-SU-034	Transmission towers at South Ukraine Nuclear Power Plant. Units 1 (left) and 2 are in the background, and Unit 3 is visible at far right. Photographer: Unknown. Date: Unknown.
UK-SU-035	Transmission tower at South Ukraine Nuclear Power Plant, with Units 1 (left) and 2 visible in background. Photographer: Unknown. Date: Unknown.
UK-SU-036	Switchyard at South Ukraine Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-SU-037	City of Yuzhnoukrainsk, located near the South Ukraine Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-SU-038	City of Yuzhnoukrainsk, located near the South Ukraine Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-SU-039	City of Yuzhnoukrainsk, located near the South Ukraine Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-SU-040	City of Yuzhnoukrainsk, located near the South Ukraine Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-SU-041	City of Yuzhnoukrainsk, located near the South Ukraine Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-SU-042	City of Yuzhnoukrainsk, located near the South Ukraine Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-SU-043	City of Yuzhnoukrainsk, located near the South Ukraine Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-SU-044	Scenery of area surrounding the South Ukraine Nuclear Power Plant, along the Bug River. Photographer: Unknown. Date: Unknown.
UK-SU-045	Scenery of area surrounding the South Ukraine Nuclear Power Plant, with city of Yuzhnoukrainsk in the background. Photographer: Unknown. Date: Unknown.
UK-SU-046	Scenery of area surrounding the South Ukraine Nuclear Power Plant, along the Bug River. Photographer: Unknown. Date: Unknown.
UK-SU-047	Scenery of area surrounding the South Ukraine Nuclear Power Plant, along the Bug River. Photographer: Unknown. Date: Unknown.
UK-SU-048	Scenery of area surrounding the South Ukraine Nuclear Power Plant, along the Bug River, with city of Yuzhnoukrainsk in the background. Photographer: Unknown. Date: Unknown.
UK-SU-049	Safety Parameter Display System (SPDS), Unit 1, South Ukraine Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-SU-050	Staff at South Ukraine Nuclear Power Plant complete wiring work in plant computer system. Photographer: Unknown. Date: Unknown.
UK-SU-051	Safety Parameter Display System (SPDS) cabinets at South Ukraine Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-SU-052	In foreground, Safety Parameter Display System (SPDS), Unit 1, South Ukraine Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-SU-053	A South Ukraine Nuclear Power Plant staff member works at a keyboard in the computer room. This is where software changes are made. Photographer: Unknown. Date: Unknown.
UK-SU-054	Employees, South Ukraine Nuclear Power Plant. Photographer: Unknown. Date: Unknown.
UK-SU-055	South Ukraine Nuclear Power Plant staff work in the plant's Unit 1 control room. Safety Parameter Display System (SPDS) monitors are visible in the center of photo. Photographer: Unknown. Date: Unknown.
UK-SU-056	South Ukraine Nuclear Power Plant staff work in front of the Safety Parameter Display System (SPDS) monitors in the Unit 1 control room of the plant. Photographer: Unknown. Date: Unknown.
UK-SU-057	South Ukraine Nuclear Power Plant staff work alongside the Safety Parameter Display System (SPDS) monitors in the Unit 1 control room of the plant. Photographer: Unknown. Date: Unknown.
UK-SU-058	Staff at the South Ukraine Nuclear Power Plant monitor Unit 1's "balance of plant" operations system. Photographer: Unknown. Date: Unknown.
UK-SU-059	A staff member at the South Ukraine Nuclear Power Plant monitors Unit 1's "balance of plant" operations system. Photographer: Unknown. Date: Unknown.
UK-ZA-001	Zaporizhzhya NPP. Photographer:
UK-ZA-002	Zaporizhzhya NPP. Photographer:
UK-ZA-003	Zaporizhzhya NPP. Photographer:
UK-ZA-004	Zaporizhzhya employee learns about thermal hydraulic analysis. Photographer: Jim Reed. 1995 August.
UK-ZA-025	The back-up diesel generator that supplies electricity when offsite power is not available, Zaporizhzhya NPP. Photographer: Kent Faris 1995 Summer
UK-ZA-026	Main generator to Unit 2 that generates 1,000 megawatts of electricity, Zaporizhzhya NPP. Photographer: Kent Faris 1995 Summer
UK-ZA-031	Working on procedures at Zaporizhzhya NPP. Photographer: 1995 Summer.
UK-ZA-032	Card catalog used to index drawings and documents at Zaporizhzhya NPP. Photo taken as part of configuration management project trip, May 12-16, 1997. Photographer: Alex Sich. May 1997.
UK-ZA-033	Central archive for documents and drawings for plant; single copies of of some documents and no fire protection. Photo taken at Zaporizhzhya NPP as part of configuration management project trip, May 12-16, 1997. Photographer: Alex Sich. May 1997.
UK-ZA-034	Zaporizhzhya NPP archive. Photographer: May 1997.
UK-ZA-035	The servers and network hardware for Zaporizhzhya?s LAN. Photo taken at Zaporizhzhya NPP as part of configuration management project trip, May 12-16, 1997. Photographer: Alex Sich. May 1997.
UK-ZA-036	The servers and network hardware for Zaporizhzhya?s LAN. Photo taken at Zaporizhzhya NPP as part of configuration management project trip, May 12-16, 1997. Photographer: Alex Sich. May 1997.
UK-ZA-037	The servers and network hardware for Zaporizhzhya?s LAN. Photo taken at Zaporizhzhya NPP as part of configuration management project trip, May 12-16, 1997. Photographer: Alex Sich. May 1997.
UK-ZA-038	Servers and network hardware for Zaporizhzhya's LAN. Photographer: May 1997.
UK-ZA-039	The servers and network hardware for Zaporizhzhya?s LAN. Photo taken at Zaporizhzhya NPP as part of configuration management project trip, May 12-16, 1997. Photographer: Alex Sich. May 1997.
UK-ZA-040	Archive area, Zaporizhzhya NPP. Photographer: May 1997.
UK-ZA-041	Showing Zaporizhzhya NPP's computer capabilities. Photographer: May 1997.
UK-ZA-042	Spent Fuel Dry Cask Storage Project, Zaporizhzhya NPP, Ukraine. Preparing to lift the Ventilated Concrete Cask (VCC) liner on top of the base and bending the VCC top rebar assembly. Photographer: Duke Engineering & Services. May 1998.
UK-ZA-043	Spent Fuel Dry Cask Storage Project, Zaporizhzhya NPP, Ukraine. Erecting the Ventilated Concrete Cask (VCC) construction forms around the VCC liner and rebar assemblies. Photographer: Duke Engineering & Services. May 1998.
UK-ZA-044	Worker, Spent Fuel Dry Cask Storage Project, Zaporizhzhya NPP, Ukraine. Photographer: Duke Engineering & Services. May 1998.
UK-ZA-045	Spent Fuel Dry Cask Storage Project, Zaporizhzhya NPP, Ukraine. Pouring initial batch of concrete into test specimen collection hopper. Photographer: Duke Engineering & Services. May 1998.
UK-ZA-046	Spent Fuel Dry Cask Storage Project, Zaporizhzhya NPP, Ukraine. Completing the air entrainment test system concrete fill. Photographer: Duke Engineering & Services. May 1998.
UK-ZA-047	Spent Fuel Dry Cask Storage Project, Zaporizhzhya NPP, Ukraine. Closing the air entrainment test system. Photographer: Duke Engineering & Services. May 1998.
UK-ZA-048	Spent Fuel Dry Cask Storage Project, Zaporizhzhya NPP, Ukraine. Concrete truck ramps required to reach the US concrete pumper hopper. Photographer: Duke Engineering & Services. May 1998.
UK-ZA-049	Spent Fuel Dry Cask Storage Project, Zaporizhzhya NPP, Ukraine. View of concrete pump discharge rig. Photographer: Duke Engineering & Services. May 1998.
UK-ZA-050	Spent Fuel Dry Cask Storage Project, Zaporizhzhya NPP, Ukraine. Pumping concrete into the Ventilated Concrete Cask (VCC) form. Photographer: Duke Engineering & Services. May 1998.
UK-ZA-051	Spent Fuel Dry Cask Storage Project, Zaporizhzhya NPP, Ukraine. Completing the final concrete pour of the first Ventilated Concete Cask (VCC). Photographer: Duke Engineering & Services. May 1998.
UK-ZA-052	Spent Fuel Dry Cask Storage Project, Zaporizhzhya NPP, Ukraine. Finishing the concrete at the top of the first Ventilated Concrete Cask (VCC). Photographer: Duke Engineering & Services. May 1998.
UK-ZA-053	Spent Fuel Dry Cask Storage Project, Zaporizhzhya NPP, Ukraine. Attaching the approval flag after acceptance of first Ventilated Concrete Cask (VCC). Photographer: Duke Engineering & Services. May 1998.
UK-ZA-054	Spent Fuel Dry Cask Storage Project, Zaporizhzhya NPP, Ukraine. Installing the wooden curing cover over the Ventilated Concrete Cask (VCC) forms. Photographer: Duke Engineering & Services. May 1998.
UK-ZA-055	Spent Fuel Dry Cask Storage Project, Zaporizhzhya NPP, Ukraine. Ventilated Concrete Cask (VCC) concrete construction crew and Duke Engineering & Services inspector. Photographer: Duke Engineering & Services. May 1998.
UK-ZA-056	Spent Fuel Dry Cask Storage Project, Zaporizhzhya NPP, Ukraine. Ventilated Concrete Cask (VCC) concrete construction crew and Duke Engineering & Services inspector and project management. Photographer: Duke Engineering & Services. May 1998.
UK-ZA-057	Spent Fuel Dry Cask Storage Project, Zaporizhzhya NPP, Ukraine. Ventilated Concrete Cask (VCC) concrete testing crew, Duke Engineering & Services inspector, NRA inspector, KDI inspector and ZNPP inspector. Photographer: Duke Engineering & Services. May 1998.
UK-ZA-058	Spent Fuel Dry Cask Storage Project, Zaporizhzhya NPP, Ukraine. First Ventilated Concrete Cask (VCC) after removal of the forms. Photographer: Duke Engineering & Services. May 1998.
UK-ZA-059	Spent Fuel Dry Cask Storage Project, Zaporizhzhya NPP, Ukraine. Cask transporter garage under construction by ZNPP. Photographer: Duke Engineering & Services. May 1998.