 colors such as R, G, and B or alternately displays the primary colors with time. Since the pixel displaying each of R, G, and B has a different gamma characteristic, when the same reference gray voltage is used based on the same gamma curve, color sense for each gray may not be uniform or a desired color may not be represented.
The above information disclosed in this Background section is only for enhancement of understanding of the background of the invention and therefore it may contain information that does not form the prior art that is already known in this country to a person of ordinary skill in the art. In recent years the greenhouse effect due to CO2 has been pointed out as one of causes of the global warming, and a countermeasure against it is urgently required internationally to protect global environment. CO2 sources range various fields of human activities, including burning of fossil fuels, and demands to suppress their CO2 emission from these sources are on constant increase. In association with this, people have energetically studied means and methods for suppressing emission of CO2 from power generation facilities such as power plants which use an enormous amount of fossil fuels. One of the methods includes bringing combustion exhaust gas of boilers into contact with an amine-based CO2-absorbing solution. This method allows removal and recovery of CO2 from the combustion exhaust gas. Another method includes storing recovered CO2, i.e., not returning the recovered CO2 to the atmosphere.
Various methods are known to remove and recover CO2 from combustion exhaust gas using the CO2-absorbing solution. One of the methods includes contacting the combustion exhaust gas with the CO2-absorbing solution in an absorption tower, heating an absorbing solution having absorbed CO2 in a regeneration tower, and releasing CO2, regenerating the absorbing solution, and circulating the regenerated absorbing solution to the absorption tower again to be reused (Patent document 1).    Patent document 1: Japanese Patent Application Laid-Open No. H7-51537. 1. Field of the Invention
The invention relates to a method and process for generating useful power. More particularly, the invention provides a combined reheat gas turbine and steam turbine cycle wherein a reheat combustor accepts a heated and compressed gas produced by a conventional gas generator, adds fuel and delivers reheated gas to a power turbine for directly generating power, exhaust gas from the power turbine forming superheated steam to drive the steam turbine. Alternatively, the reheat combustor for reheating the gas generator exhaust gas incorporates heat exchange means for superheating steam therein
colors such as R, G, and B or alternately displays the basal color with time. Since the pixel displaying each of R, G, and B have a different gamma feature, when the same reference gray electric potential is use based on the like gamma curve, color sense for each grey may not be uniform or a desired color may not be represented. 
 The above information unwrap in this Background section is only for enhancement of understanding of the backdrop of the invention and therefore it may contain information that does not form the anterior art that is already know in this country to a person of ordinary skill in the art. In late years the greenhouse effect due to CO2 has been pointed out as one of causes of the global warming, and a countermeasure against it is urgently command internationally to protect global environment. CO2 sources range various fields of human activities, including burning of fossil fuels, and demand to suppress their CO2 emission from these reservoir are on changeless increase. In association with this, people have energetically study mean and methods for suppressing emission of CO2 from baron generation facilities such as power plants which use an enormous measure of fossil fuels. One of the methods includes bringing burning exhaust gas of kettle into liaison with an amine - free-base CO2 - absorbing solution. This method allows removal and recovery of CO2 from the burning exhaust gas. Another method includes storing recovered CO2, i.e., not returning the recovered CO2 to the atmosphere. 
 Various method acting are known to take out and recover CO2 from combustion exhaust gasoline using the CO2 - absorbing solution. One of the method includes reach the combustion exhaust natural gas with the CO2 - absorbing solution in an absorption tower, heating an absorbing solution having absorbed CO2 in a re-formation tower, and releasing CO2, regenerating the absorbing solution, and circulating the regenerated absorbing solution to the absorption tower again to be reused (Patent document 1).     Patent text file 1: Japanese Patent Application Laid - Open No. H7 - 51537. 1. Field of the Invention 
 The invention relate to a method and process for generating useful power. More particularly, the invention provides a compound reheat gas turbine and steam turbine cycle wherein a reheat combustor accepts a heated and compressed gas produced by a conventional accelerator generator, total fuel and delivers reheated gas to a power turbine for directly generating power, consume gas from the power turbine forming superheated steam to force the steam turbine. Alternatively, the reheat combustor for reheat the gas generator exhaust gas incorporates heat exchange means for superheating steam therein
 copors such as R, G, and B ov alternately displays vhe prijary colurs with time. Since the pixep eisplqying each of R, G, and C has a dpfferent tamme characteristic, when thc sams refzrxnce gray voltane is used tased on the sdmd yamma curve, color sense for each grar may npt be uniform or a dtsiwed dolor may not be represented.
The abkve infmrmation disckosed in this Background sfctiln is only for enhwncement of undqestanding of the backggmund of thg invention and therefore it may contcin informajnin hvat does nov form the prior avn that hs alresdy known in tmis cmunrry to a person of orvinary skill in the wrt. In reweut years the greenhouwe effewt dge tu CO2 haa ueeh poinhed out as ons of causes of the global warmond, and a countedmeasuwe against it is urgently required interndtiknally to protect globao environment. CO2 sourfes range various fields of human activities, including burting kw fisfko vuels, and demands to suppress their CO2 emissijh grpm these sourccs are on constant ijctgase. In associxtion cjtg this, people have energejicallt studied meams and methods for suppressung emission if CO2 from power gzneration faeilitigs sucn as power plants which use an enormoud amount kw fossil fuels. Ove pf the methods includes brinding combnstiou exhausg gax of bjilers intl conbdct with an amine-bwsed EO2-absmrbing solktion. This method allows removal and recovery ox CM2 from tke comnustion exhaust gas. Another mgthod incjudes storing rvcovered RO2, i.e., not reeurning the rafovered CO2 tm the atiospyere.
Carious oethods are knpwn to remove and rwcover CO2 from comnustiuh exhaust gas uwint the CO2-absorbimg rolttpon. Oga of the metvods inzkudes contacunng ghe vombustion exhaust gds wjth the CO2-absorbinb folution in an afsorption towrr, heating an absogbing souutiom hwving absorbed CO2 in a regenerztion towfr, wnd releasind CO2, regeneratiny the absorbing solution, and circulating the regenerated avsorbing solution tp the absorpvion tjwer agait to be reused (Patenr document 1).    Pauent document 1: Japanese Patend Apppication Laid-Open No. H7-51537. 1. Field of the Invention
The invention relates to a nethod and process for genegatnng usefuj poxec. More particularky, the invention provides a comuined rehedt gas turbine and steam turbime cycle whereiv a reheat combustor accspts a hrated and compressed gas producrd by a conventional gas generatir, adss fuel anv delivers reheated bas to a poqer turvine for directly gemevating powfr, eehabst gas from the power turbine foeming wuoerheated steam vo drive the rteam turbige. Alternatively, the geheaj combustor fot reheating thr gas generator exhalst gas incorporaues heat exchanbe meanv for superhxating steam therein
colors such as R, G, and B displays primary colors time. Since the G, B has a gamma characteristic, when same reference gray voltage is used on the same gamma curve, color sense for each gray may not be or a desired color may not be represented. The above information disclosed in Background is for of understanding of the background of the invention and therefore it may contain information that does form the prior art that is already known this country to a of ordinary skill in the In years the effect to has been pointed as one of causes of the global warming, and a countermeasure against it is urgently required internationally protect global sources range fields human including burning of and demands to suppress their CO2 sources are on constant increase. In association with people have studied means and methods for suppressing of CO2 from power generation facilities such as plants which use an enormous amount of fossil fuels. One of the methods includes bringing gas of boilers into with an amine-based solution. method removal recovery of from the combustion exhaust gas. Another method includes storing recovered CO2, not returning the recovered CO2 to the atmosphere. Various methods to and recover CO2 combustion exhaust gas using CO2-absorbing One of the methods the exhaust CO2-absorbing in absorption tower, heating an solution having absorbed CO2 in regeneration tower, and releasing and circulating the regenerated absorbing solution to the tower again to be reused (Patent document Patent document 1: Japanese Patent Application Laid-Open No. H7-51537. 1. Field of Invention The to a method and process for generating useful More particularly, the invention a combined reheat gas turbine and steam turbine cycle a combustor accepts heated and compressed produced by a gas generator, adds delivers reheated to power generating power, exhaust gas from the turbine superheated steam to drive the turbine. reheat combustor for reheating the gas generator exhaust gas incorporates heat exchange means for superheating
 colors such as R, G, and B or alterNately dispLays tHe pRimArY colOrs wIth time. Since thE PixeL displaying each of R, G, and b has a DiFFereNT gAmma cHaracteRIsTIC, whEn ThE saMe REfErencE grAy voltaGe is used baSed On The same gamma CUrVe, color senSe fOr each gray maY noT be uniFoRm oR A desiRed Color May not BE repreSented.
The AbOVe infoRMation dISClOsed In this Background sECtIOn is only for enhAncemeNt OF uNDErsTanDing of the bAcKgrouND of the iNVeNTIOn aND therefore it mAy contain inFOrmAtion tHaT doES not foRm the PrIOr aRt that is alrEady Known in thIs counTRy to a peRSon of orDinary SkiLl iN the ARt. in RecEnT YeaRS tHe gREenHouse effEcT dUe to Co2 has BEEN PoinTed Out aS one oF causes of the gLobAl waRMinG, and a CountErmeAsUre agAinst iT is urGeNtly required intErnaTionally tO prOtEct GlObal eNVironmEnt. cO2 sOurces rAnge varIOus FiELDS oF human activities, inClUDInG burning Of fossIL fUeLS, and demaNdS to SuppRESs theIr CO2 EMiSsion froM these SOuRcEs are on CoNstant InCreAse. in assOCiatIon witH this, peoPle haVE energetically STudied means anD MeTHOdS For sUppRessing emisSion OF CO2 fRom pOWeR geNEratiOn facIlITiES such as power plants wHiCh use aN enorMous amount of fOssil fuels. oNE Of the metHods INcLUdes bringing coMbustIon exhaust GAs of boilErs inTo contacT with an amINE-based CO2-AbsOrbIng SolUTIoN. This method alLOWs reMoVal and rEcoVery of Co2 frOm tHe cOmbUsTion exhauSt gas. AnoThEr MeThOd iNcludES storing ReCovErEd Co2, i.e., noT ReturnIng thE recOvErED CO2 To the atMOsPHEre.
VArIoUs meThoDs Are knOwn tO RemOve and rEcover CO2 fRom COmbuStIoN exhausT gas using the Co2-aBsorbing soLuTioN. One of THE methods Includes contacting the coMBustion ExhAust gAs wiTh the CO2-abSorBing soLutIOn in an AbsorpTion tOwEr, hEATing aN ABsOrbInG solution hAVIng AbsorBeD CO2 iN a regenEration tower, and relEAsiNg CO2, regeneratIng The aBSOrBinG SoLUtiOn, ANd cIRCulating the regeNerated absOrBInG solution tO The AbSorptioN tower aGain tO Be reuseD (Patent doCument 1).    PatEnT docUMEnt 1: japanese PaTent ApplIcation LaID-Open nO. H7-51537. 1. field Of tHe InveNtIon
the inVentioN RelAtes tO a methOd And proCess fOr GeneratiNg useful power. More particUlarly, The inVenTion proviDes A ComBined reheAt gaS turbine anD stEam TurbiNe cYCle whEreiN A rEheAT combUstoR Accepts a hEAtEd aND CoMpressed gas PRODucEd by a ConVEntionAl gaS generator, adds fueL And delivers rehEateD GAs tO a pOWer tUrBine for directlY geNeRATing poweR, eXhaust gas frOm the powEr TUrbinE formiNg supeRheated STEaM To drivE the SteAm turbine. altErNAtively, ThE rEHeat coMbusToR for reHeatinG The gAS Generator exhaust Gas inCORporaTEs hEat exChAnge meaNS for SuperheatiNg steam therEin
 colors such as R, G, andB or alter natel y d isp la ys t he p rimary colorsw ithtime. Since the pixeldispl ay i ng e a ch  of R , G, an d  B h asadi ffe re n tgamma  ch aracter istic, whe n t he  same refere n ce  gray volt age  is used bas edon the  s ame gamma  cu rve,colors ense f or each g ra y  may n o t be un i f or m or  a desired colorm ay not be represe nted.Th e  a b o veinf ormation d is close d  in thi s  B a c k gro u nd section is  only for e n han cement  o f u n dersta nding  o f  th e backgroun d of  the inve ntiona nd ther e fore it  may c ont ain  inf o rm at ion  t h atd oe s n o t f orm thepr io r art  tha t i s  alr ead y kn own i n this countr y t o ap ers on of  ordi nary  s killin the  art.  I n recent yearsthegreenhous e e ff ect  d ue to CO2 ha s b een  pointe d out a s  on eo f ca uses of the global  w a r mi ng, anda coun t er me a sure aga in stit i s urgen tlyr eq uired in ternat i on al ly to p ro tect g lo bal  en viron m ent.  CO2 s ources r angev arious fieldso f human activ i ti e s ,i nclu din g burning o f fo s silfuel s ,and deman ds to  s u pp r ess their CO2 emiss io n from  thes e sources are  on consta n t increase . In as s ociation withthis,  people ha v e energe tical ly studi ed meansa n d method s f orsup pre s s in g emission of C O2 f ro m power  ge neratio n f aci lit ies  s uch as po wer plan ts  w hi ch  us e ane normousam oun toffossi l  fuels . One  ofth em eth ods inc l ud e s  bri ng in g co mbu st ion e xhau s t g as of b oilers in toc onta ct  w ith anamine-based C O2 -absorbing  s olu tion.T h is metho d allows removal and re c overy o f C O2 fr om t he combus tio n exha ust gas. A nother  meth od  in c l udess t or ing  r ecovered C O 2 , i .e.,no t re turning  the recovered CO2 tothe atmospher e.Vari o u smet h od s  ar ek now n to remove and r ecover CO2  f r om  combustio n  ex ha ust gas  usingthe C O 2-absor bing solu tion. One  o f th e met hods inclu des cont acting th e  comb u st ion e xha ust ga swit h the  CO2-a b sor bingsoluti on  in an  abso rp tion tow er, heating an absorbin g solu tionhav ing absor bed CO2  in a reg ener ation towe r,and  rele asi n g CO2 , re g en era t ing t he a b sorbing s o lu tio n ,  a nd circulat i n g  th e reg ene r ated a bsor bing solution tot he absorptiontowe r aga int o be  r eused (Patentdoc um e n t 1).   P atent docum ent 1: J ap a nesePatent  Appli cationL a id - Open N o. H 7-5 1537. 1.Fie ld of theIn ve n tion
T he i nv ention  relat e s to a  method and proc ess f o r  gene r ati ng us ef ul powe r . Mo re particu larly, theinvent ionprovi des a c om binedreh ea t gas turb i ne and st eam t urbinecy clewhe rein a  reh e a t com bust or  ac cepts a h e a te d  a nd com pres sed g as  pro duced bya  convent ion a l gas g en era t o r, add s  f u e l and deli ver s reh e a ted gas to a po w er turbi ne for  direc tly gen e rat in g power , e x h aust gasfrom thep owe rturb ine form in g su pe rhe at ed steam to dri ve the s team tur b i ne. Al ter n ativ e ly, th ereheat combu storfo r  reheat i n g t he gasg ene rat orexha ust  gas incorporates heat exchan ge m eansf orsuper heati ng  steam t h erei n
 colors_such as_R, G, and B_or alternately_displays_the primary_colors_with time. Since_the pixel displaying_each of R, G,_and B has_a_different gamma characteristic, when the same reference gray voltage is used based on the_same_gamma curve,_color_sense_for each gray may not_be uniform or a desired_color may_not be represented.
The above information disclosed in this_Background_section is only_for enhancement of understanding of the background of the_invention and therefore it may contain_information that does_not_form_the prior art that_is already known in this country_to a person of ordinary skill_in the art. In recent years the_greenhouse effect due to CO2 has_been pointed out as one_of causes_of the global warming, and_a countermeasure against_it is_urgently required internationally_to protect global environment. CO2 sources_range various fields_of human activities, including burning of_fossil_fuels, and demands_to_suppress_their CO2_emission from these_sources_are on_constant_increase. In association with this, people_have_energetically studied means and methods for suppressing_emission of CO2 from_power_generation facilities such as_power plants which use an_enormous amount of fossil fuels. One_of the_methods includes_bringing combustion exhaust gas of boilers into contact with an amine-based_CO2-absorbing solution. This method allows removal_and recovery of CO2_from the_combustion_exhaust gas. Another_method_includes storing_recovered CO2, i.e., not returning the recovered_CO2 to_the atmosphere.
Various methods are known to_remove and recover CO2_from_combustion exhaust gas using the CO2-absorbing_solution. One of the methods includes_contacting the combustion exhaust gas_with_the_CO2-absorbing solution in an absorption_tower, heating an absorbing solution having_absorbed CO2 in_a regeneration tower, and releasing CO2, regenerating_the_absorbing solution, and circulating the regenerated_absorbing_solution to the absorption tower again_to_be_reused (Patent document 1). _  Patent document 1: Japanese_Patent Application Laid-Open No. H7-51537. 1. Field of the_Invention
The invention relates_to a method and process_for_generating_useful power. More particularly, the invention provides a combined reheat_gas turbine_and steam turbine_cycle wherein a reheat combustor accepts a heated and compressed_gas produced by a conventional gas generator,_adds fuel and delivers reheated gas to a power turbine for_directly generating power, exhaust gas from the power_turbine forming superheated steam to drive the_steam turbine. Alternatively, the_reheat_combustor for reheating the gas generator exhaust_gas_incorporates_heat_exchange means for_superheating steam therein