Chernobyl by Commobam
COMMOBAM PRESENTS CHERNOBYL +PIC DOX I WILL DO SOME CRACK FOR MY FRIEND FIRR - MMMMMM - - WHAAAAAAT?!? AAAAAAH... 2000 IS HERE!!! - N THE GAME WAS A COMMAND - WHICH LOADED 12 PAGES OF DOCUMENTS SEPARATELY. - REMOVED IT, AND PUT THE DOCUMENTS HERESO YOU AREN'T ABLE TO LOAD/PRINT THEM. - C ONCE A SMALL PROVINCE - C VIRTUALLY UNKNOWN OUTSIDE THE SOVIET - ODAY IT IS A WORD ADDED TO THE GROWING LEXICON OF MODERN FEARS. - O MOSTPEOPLE THE WORD MEANS NUCLEAR DISASTER. - OT BY WAR OR WEAPONS BUT BY A SEEMINGLYBENIGN EVERYDAY PRACTICALITY - THE NEED FOR ELECTRIC POWER. - E ARE COMPLETELY DEPENDENT ON ELECTRIC POWER. - ITHOUT IT THE WORLD WOULD PLUNGEINTO DARKNESS IN MORE WAYS THAN ONE. - RODUCING THE MASSIVE REQUIREMENTS OF - C MODERN SOCIETY'S ELECTRICAL DEMANDS IS VERY EXPENSIVE AND THE METHODS OF - G GENERATING ELECTRICITY ARE LIMITED. - OWER CAN BE MADE BY HYDROELECTRIC - F PLANTS THAT USE THE NATURAL FORCE OF - D FLOWING WATER. - ARIOUS FOSSIL FUELS - D CAN BE BURNED TO BOIL WATER THAT MAKES STEAM THAT IS USED TO TURN GENERATORS. - THER SMALLSCALE METHODS INCLUDE SOLAR AND WIND DRIVEN POWER GENERATORS. - ATURAL GENERATING METHODS ARE CLEAN - D BUT LIMITED BY NATURE. - UEL BURNING IS VERY DESTRUCTIVE TO THE ENVIROMENT AND NATURAL FUEL SOURCES DWINDLE. - NEW WAY OF BOILING WATER WITHOUT - F BURNING FOSSIL FUEL WAS DEVELOPED IN - TOMIC RESEARCH SHOWED THAT THE NATURAL INTERACTION OF SOME ELEMENTSPRODUCED A GREAT DEAL OF HEAT AS THE - D RESULT OF NUCLEAR FISSION AND THE FUEL DID NOT BURN AWAY IN THE USUAL SENSE. - ECAUSE THE HEAT WAS MADE ON AN ATOMIC SCALE THE SOURCE COULD LAST FOR A VERY LONG TIME AND, WITH ONE EXCEPTION, THE POWER WAS CLEAN. - HE EXCEPTION IS OFCOURSE RADIOACTIVITY. - ADIOACTIVE ISOTOPES ARE AMONG THE - F DEADLIEST ELEMENTS KNOWN. - D THEY MAKE HEAT IS THE SAME REASON THEY KILL. - HE FOLLOWING PROGRAM WAS DEVELOPED TO DEMONSTRATE IN A LIMITED WAY SOME OF - D THE COMPLEXITIES OF USING ATOMIC ENERGY TO MAKE ELECTRICITY. - HE BASIC CONCEPT IS FAIRLY SIMPLE AND EXCEPT FOR THE HEAT SOURCE IS OLD TECH- NOLOGY. - ATER BOILS, STEAM RESULTS AND, UNDER HIGH PRESSURE, IS USED TO TURN - D A TURBINE THAT RUNS THE ELECTRIC - N IT'S BRIEF HISTORY THE NUCLEAR ENERGYINDUSTRY HAS PROVEN TO BE ONE OF THE - D SAFEST AND CLEANEST ENERGY SOURCES. - HE PROBLEM IS THAT IT ONLY TAKES ONE MAJOR ACCIDENT TO KILL HUNDREDS OF THOUSANDS OF PEOPLE AND LAY WASTE TO MILLIONS OF ACRES OF LAND FOR THOUSANDS OF YEARS. - HE DESIGN OF A PLANT HAS THIS IN MIND. - LL IT TAKES ARE CAREFUL AND EXPERIENCEDOPERATORS TO KEEP THE WORLD SAFE AND - D THE CONSUMER HAPPY. - HE OPERATION OF THE PLANT REQUIRES - E CONSTANT MONITORING OF ALL THE MAJOR - ARIOUS STEPS MUST BE TAKEN - D AT THE APPROPRIATE TIMES TO MAINTAIN - D NOMINAL VALUES ON ALL READOUTS AND - HERE ARE A MIRIAD OF MONITORING DEVICESTO KEEP THE OPERATOR INFORMED OF ALL - D PERTAINENT DATA BUT IT IS THE JOB OF - D THE OPERATOR TO REGULARLY INSPECT THESE INDICATORS TO STAY ON TOP OF THE - HE INSTRUMENTS ARE ALL AVAILABLE ON - D THE VIDEO MONITOR AND CAN BE ACCESSED - C BY TYPING IN THE APPROPRIATE LINE - G COMMAND. ANY TIME THE CURSOR IS PRESENT A LINE COMMAND CAN BE ENTERED AND - G ENGAGED BY PRESSING RETURN. - NY OF THESE COMMANDS WILL ACCESS A - E SCHEMATIC REPRESENTATION OF THE ENTIRE FACILITY. - LL THE COMPONENTS OF THE - E PLANT ARE LAID OUT TO SHOW THEIR - H POSITION AND RELATIONSHIP. - E NETWORK IS ARRANGED TO PROVIDE A CLEAR UNDERSTANDING OF THE VALVE SYSTEM. - LL PARTS ARE LABELED OR BY NAME OR SYMBOL. - NY INDICATION ON THE LAYOUT CAN BE - E ENTER AS A COMMAND FOR A DESCRIPTION. - C THE ENTIRE PLANT CAN BE PERUSED BY - F USE OF THE JOYSTICK. - D WILL BE VITAL IN LOCATING AND UNDER- - D STANDING THE WORKINGS OF THE PLANT. - HESE LINE COMMANDS ACCESS THE CONTROL ROD DISPLAY. - HIS A GRAPHIC DISPLAY NOT MEANT TO RELATE THE ACTUAL STRUCTURE. - HE CONTROL ROD DRIVE MECHANISM IS THE MAIN POWER CONTROL DEVICE. - E RODS ARE REMOVED THE REACTIVITY OF THE FUEL INCREASES CREATING HEAT. - HEN THE CORE TEMPERATURE IS NOMINAL AND ALL - E OTHER PARTS AS WELL, POWER CAN BE PRO- DUCED BY THE TURBINE IN A CONTROLLED - LIGHT MODIFICATIONS OF THE RODSCAN ACHIEVE PRECISE POWER LEVELS. - C RODS ARE ALWAYS MOVED IN GROUPS OF TWO DESIGNATED 1 - 8. - UMBERS ARE SEPARATED BY COMMAS. - OR EXAMPLE: TO MOVE THE RODS1 THROUGH 4 TO 50% ENTER: - HESE COMMANDS ACCESS THE GAUGES THAT - C MONITOR THE MOST IMPORTANT ASPECTS - F OF THE SYSTEM. - HE GAUGES WILL PROVE - D TO BE THE BEST WAY TO GAIN AN OVERVIEW OF HOW THE WHOLE PLANT IS INTERACTING. - HE TWENTYFOUR GAUGES CAN BE SCANNED - D BY USING THE JOYSTICK. - HESE COMMANDS WILL DISPLAY A COMPUTER PICTURE OF WHAT IS HAPPENING INSIDE THE REACTOR VESSEL. - T SHOW COOLANT FLOW - D AND TEMPERATURE IN THE HOT AND COLD - E LEGS OF THE COOLANT SYSTEM. - HE ANNUNCIATORS ARE THE PRIMARY VALVE STATUS DISPLAYS. - NE HUNDRED INDICATOR LIGHTS WITH LABELS TO SHOW IMMEDIATELY WHETHER A VALVE IS OPENED OR CLOSED. - HE VALVE SYSTEM IS AS IMPORTANT TO - E THE SAFE OPERATION OF THE PLANT AS ARE THE VEINS OF THE BODY. - E ARE OF PARTICULAR IMPORTANCE. - F CONTROL THE FLOW OF COOLANT TO AND FROM THE REACTOR TO THE STEAM GENERATORS. - HIS IS THE HEART OF THE SYSTEM. - D OTHER VALVES CAN BE ALSO VERY VITAL. - CLOSED VALVE ALONG THE STEAM LINE DURINGPOWER UP COULD DRIVE UP PRESSURE AND - D RUPTURE THE LINE OR EVEN THE BOILER. - HE PLANT LAYOUT DISPLAY WILL REVEAL - D HOW THE VALVE SYSTEM IS DESIGNED AND - D WHAT VALVES ARE OF PARTICULAR INTEREST. - LSO, MANY VALVES ARE COMPUTER OPERATED AUTOMATICALLY AND THE POSSIBILITY OF - D MALFUNCTION CANNOT BE RULED OUT. - HILE VIEWING THE ANNUNCIATORS CONTROL OF ALL THE VALVES IS AVAILABLE BY - G ENTERING ONE OF THESE COMMANDS FOLLOWED BY A NUMBER OR NUMBERS SEPARATED BY - OR EXAMPLE: TO OPEN VALVES - ND THE SAME WITH CLOSE. - E CIATOR BOARD WILL REFLECT THE ACTION. - ALVE SEQUENCE COMMANDS ARE: - PENS ALL VALVES NECESSARY - N FOR CONTROL RODS WITHDRAWAL. - PENS THE STEAM LINE VALVES - M SO THE TURBINE CAN START. - LOSES THE STEAM LINE AND - O DISENGAGES THE TURBINE. - LOSES POWER DOWN VALVES. - HESE COMMANDS WILL DISPLAY THE ALARM - C PANEL SHOWING NEARLY 100 SOURCES OF - E POSSIBLE TROUBLE. - HE ROWS OF LIGHTS - D ARE RED WHEN OFF AND YELLOW WHEN AN - E ALARM SOURCE HAS BEEN DETECTED. - F ALARM BELL ALSO SOUNDS WHEN A LIGHT IS ON. - SING THE COMMAND LIGHT OR L FOLLOWED - C BY A NUMBER NEXT TO A LIGHT WILL - H PRINTOUT THE SOURCE OF THE ALARM. - 1] KEY WILL STOP THE BELL AND [F3] - D KEY WILL CLEAR THE PANEL. - HE ALARM SOUND SYSTEM CAN BE TESTED - D BY ENTERING BELL OR BUZZER. - HE ALARMS SOUND UNDER EVEN UNDER - G NORMAL CIRCUMSTANCES TO ALERT THE - G OPERATOR OF OTHER THAN NOMINAL STATES. - MERGENCY REACTOR SHUTDOWN. - HE OPERATORCAN SCRAM THE REACTOR IF CONDITIONS ARE SEVERE. - N AUTOMATIC SCRAM SYSTEM IS - D ALSO INCLUDED. - ILL CLEAR THE DISPLAY SCREEN. - ND A NUMBER WILL NAME VALVE. - ND A LETTER WILL NAME TANK. - OLLOWED BY A RELEVANT WORD - M WILL PROVIDE AN EXPLANATION. - ILL NOTIFY THE COMPUTER OF - M THE OPERATORS CONTROL. - - WILL SHUTDOWN THE PLANT. - ILL CHANGE THE TEXT COLOR. - NTER ON LINE TO NOTIFY THE COMPUTER. - HECK ANNUNCIATORS TO SEE THAT VALVES - C 1 - 9 ARE OPEN. - HECK THE GAUGES FOR UNUSUAL READINGS. - ATER LEVEL IN THE REACTOR, THE BOILERS AND THE PRESSURIZER SHOULD BE NEAR THE MIDDLE OF THE DIAL. - HECK THE CORE FOR COOLANT FLOW AND - E TEMPERATURE. THE CORE SHOULD BE LESS - D THAN 300 DEGREES. - NTER STARTUP TO OPEN THE INITIAL VALVESAND THEN GO TO THE CONTROL ROD DISPLAY. - EGIN BY RAISING GROUP 1,2,3,4 TO 25%. - FTER THIS CHECK THE GAUGES FOR POWER - C LEVEL AND FUEL TEMPERATURE. - LSO CHECK THE CORE FOR EVEN COOLANT FLOW. - C LEVEL WILL SHOW THE POTENTIAL. - D OUTPUT WILL RISE WHEN THE TURBINE IS - HEN THE FUEL TEMPERATURE HAS LEVELED - C AND POWER LEVEL IS STEADY ENTER - BSERVING THE ANNUNCIATORS WILL SHOW - D TURBINE SAFETY VALVE 13 IS OPEN AS - F WELL AS THE PRIMARY STEAM LINES. - D SOUND FROM THE TURBINE BUILDING SHOULD BE HEARD TO RISE HAS POWER INCREASES. - F ALL SIX GENERATORS ARE WORKING THEN THE POWER OUTPUT GAUGE SHOULD READ NEAR THE POWER LEVEL NEEDLE. - D READINGS ARE NOMINAL OR WITHIN SAFE - E LIMITS POWER SHOULD CONTINUE. - HE POWER LEVEL CAN BE RAISED OR LOWERED AS - G REQUESTED BY MOVING THE CONTROL RODS. - HE CONTROL RODS SHOULD NOT BE ARRANGED IN AN IRREGULAR WAY. - C CHANGE KEEP THIS IN MIND. - BNORMAL READINGS - IGH FUEL TEMPERATURE - S OPEN VALVES 1-9. - HECK CORE FOR UNEVEN COOLANT FLOW. - OWER THE CONTROL RODS. - HECK CORE WATER LEVEL AND PRESSURE. - OW CORE WATER LEVEL - T CHECK DRAIN TANK VALVES. - E INCREASE LEVEL. - N AN EMERGENCY CHECK - C THAT HIGH PRESSURE INJECTION VALVE 37 - HECK REACTOR RELIEF VALVE - T SHOULD BE CLOSED. - IGH CORE WATER LEVEL - S OPEN DRAIN TANK VALVE 39 AND MONITOR - D UNTIL LEVEL NOMINAL. - OW BOILER WATER LEVEL - R OPEN FEED WATER VALVES 82 OR 83 FOR - E BOILER A, 84 OR 85 FOR BOILER B. - E NO RESULT OPEN FEED WATER SOURCE VALVES. - LOSE CONTAINMENT RELIEF VALVES 80 AND 81. - OW LEVELS WILL RESULT DURING - G NORMAL OPERATION. - F LEVELS EXCEED 200 MILLIREM ISOLATE CONTAINMENT BY CLOSING ALL VALVES LEADING IN OR OUT. - ADIATION IN AUXILLARY - HECK DRAIN TANK AND PROCESS VALVES - E AND COOLANT CONDENSER RELIEF VALVE. - OWER OFF AND SHUTDOWN THE REACTOR. - TEAM LINE RUPTURE - SOLATE CONTAINMENT. - HUTDOWNTHE REACTOR (SCRAM). - ONITOR CONTAINMENTPRESSURE. - EEP CORE WATER LEVEL UP BY - C CLOSING NECESSARY VALVES AND MAINTAININGHIGH PRESSURE INJECTION UNTIL FUEL - F TEMPERATURE IS DOWN. - H CRACKED BY MANIKNA - 'ED BY THE NUCLEA -