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Results: 51-75/102
Authors:
LEVCHENKO EV
SHVETSOV VL
GORBACHINSKII SI
Citation: Ev. Levchenko et al., THE TURBOATOM K-315-23.5-7 STEAM-TURBINE, Thermal engineering, 39(6), 1992, pp. 294-297
Authors:
RUDYKH VK
BELOUSOVA EV
SOLOVEV AA
Citation: Vk. Rudykh et al., THE RESULTS OF THERMAL TESTS ON T-175 210-13 SERIES DISTRICT-HEATING TURBINES PRODUCED BY TURBOMOTOR WORKS/, Thermal engineering, 39(6), 1992, pp. 298-301
Authors:
BERLYAND VI
PLOTKIN ER
Citation: Vi. Berlyand et Er. Plotkin, A CORRELATION OF THE RESULTS OF STUDIES ON THE FATIGUE-STRENGTH OF 160-MW, 200-MW AND 300-MW TURBINES IN VARIABLE OPERATING MODES, Thermal engineering, 39(6), 1992, pp. 302-308
Authors:
AFANASEVA NN
PAVLYUKOV VN
Citation: Nn. Afanaseva et Vn. Pavlyukov, THE EFFECT OF ROOT RADIAL CLEARANCE IN THE FIXED BLADE ROW ON TURBINESTAGE CHARACTERISTICS, Thermal engineering, 39(6), 1992, pp. 309-312
Authors:
MAMAEV BI
PECHENKIN AN
SHUVEROVA TI
Citation: Bi. Mamaev et al., A THEORETICAL EXPERIMENTAL-STUDY OF 3-DIMENSIONAL FLOW IN A TURBINE NOZZLE ROW, Thermal engineering, 39(6), 1992, pp. 313-317
Authors:
KREMKOV MV
BESEDINA EA
Citation: Mv. Kremkov et Ea. Besedina, THE PROSPECTS FOR THE USE OF PHYSICOCHEMICAL METHODS OF REMOVING SULFUR AND NITROGEN-OXIDES FROM FLUE-GASES, Thermal engineering, 39(6), 1992, pp. 318-320
Authors:
SLABCHENKO ON
FROLOV BI
NEMERTSOV VA
Citation: On. Slabchenko et al., THE DESIGN OF PREBLEED STAGES OF DISTRICT-HEATING STEAM-TURBINES, Thermal engineering, 39(6), 1992, pp. 321-322
Authors:
RUKHLINSKII VV
MISHCHENKO YI
ZARETSKII EI
KUZMENKO IV
USACHEV ID
USIK VV
Citation: Vv. Rukhlinskii et al., AN EXPERIMENTAL-STUDY OF RADIAL-BEARINGS OF TURBOMACHINES WITH AQUEOUS LUBRICANT, Thermal engineering, 39(6), 1992, pp. 323-325
Authors:
MAGARSHAK VI
Citation: Vi. Magarshak, MEANS OF DETERMINING ENTHALPY OF SUPERHEATED STEAM, Thermal engineering, 39(6), 1992, pp. 326-327
Authors:
BAKANOV AA
RASSOKHIN NG
SEREDA EV
Citation: Aa. Bakanov et al., MEANS OF PREDICTING THE SERVICE LIFE OF EQUIPMENT WITH RESPECT TO STRESS-CORROSION CONDITIONS WHEN USING CONTROL SPECIMENS, Thermal engineering, 39(6), 1992, pp. 328-331
Authors:
SHEVTSOV AA
GALIN NM
Citation: Aa. Shevtsov et Nm. Galin, THE EFFECT OF FLOW-RATE FLUCTUATIONS ON THE TURBULENCE CHARACTERISTICS OF COUNTERCURRENT COAXIAL JETS, Thermal engineering, 39(6), 1992, pp. 332-335
Authors:
TSATSURYAN KD
ALEKSANDROV AA
KOCHETKOV AI
Citation: Kd. Tsatsuryan et al., VELOCITY OF SOUND IN AQUEOUS-SOLUTIONS OF POTASSIUM HYDROXIDE, Thermal engineering, 39(6), 1992, pp. 336-340
Authors:
VOL MA
SMIRNOV IA
KHRILEV LS
STAROSTENKO VI
USTINOV VM
Citation: Ma. Vol et al., TRENDS IN THE REBUILDING OF DISTRICT-HEATING POWER-STATIONS, Thermal engineering, 39(12), 1992, pp. 639-644
Authors:
FEDYAEV AV
IZMAILOV LD
ILKEVICH ZA
FEDYAEVA ON
Citation: Av. Fedyaev et al., MAJOR TRENDS IN THE EXPANSION OF HEAT-SUPPLY SYSTEMS IN SIBERIA, Thermal engineering, 39(12), 1992, pp. 645-649
Authors:
ZINGER NM
LYUBARSKAYA AI
MALAFEEV VA
Citation: Nm. Zinger et al., DETERMINING STANDARD PARAMETERS FOR THE HEAT CARRIER AT CONSUMER POINTS ON WATER AND HEATING NETWORKS, Thermal engineering, 39(12), 1992, pp. 650-652
Authors:
SHCHERBATENKO IV
Citation: Iv. Shcherbatenko, MAXIMUM RADIUS FOR HEAT-SUPPLY TO GREENHOUSE COMBINES FROM COMPRESSORSTATIONS, Thermal engineering, 39(12), 1992, pp. 653-657
Authors:
PETROVDENISOV VG
DUZHIKH FP
BABANKOV VI
GORDEEVA VN
ALEKSANDROV AN
Citation: Vg. Petrovdenisov et al., DETERMINING HEAT-LOSSES IN UNDERGROUND HEATING NETWORKS FROM THE KNOWN SURFACE-TEMPERATURE OF THE GROUND ABOVE THE PIPELINE, Thermal engineering, 39(12), 1992, pp. 658-663
Authors:
PROTSENKO VP
STARSHININ VN
Citation: Vp. Protsenko et Vn. Starshinin, ANALYZING THE MODES OF WATER-HEATING BY HEAT-PUMP PLANT, Thermal engineering, 39(12), 1992, pp. 664-666
Authors:
BALABANIRMENIN YV
BESSOLITSYN SE
RUBASHOV AM
Citation: Yv. Balabanirmenin et al., THE EFFECT OF SWINGS IN OXYGEN CONCENTRATION ON THE CORROSION OF CARBON-STEELS IN HEATING NETWORKS, Thermal engineering, 39(12), 1992, pp. 667-669
Authors:
KACHAN AD
SMIRNOV IA
BARKAT K
NUR A
Citation: Ad. Kachan et al., CONDITIONS FOR IMPROVING THE THERMODYNAMIC EFFICIENCY OF RECOVERY-TYPE GAS-TURBINE PLANTS, Thermal engineering, 39(12), 1992, pp. 670-673
Authors:
BUROV DV
KOTLER VR
Citation: Dv. Burov et Vr. Kotler, ANALYTICAL STATIC MODEL OF THE PROCESS OF FUEL NOX FORMATION DURING STAGEWISE FUEL COMBUSTION, Thermal engineering, 39(12), 1992, pp. 674-678
Authors:
LAPTEV AG
ELIZAROV VI
DYAKONOV SG
Citation: Ag. Laptev et al., MATHEMATICAL-MODELING OF HEAT-TRANSFER WITH TURBULENT-FLOW ROUND TUBEBANKS, Thermal engineering, 39(12), 1992, pp. 679-682
Authors:
SVICHAR AE
ARONOV IZ
GORBUNOVA NG
MOSKOVOI AN
Citation: Ae. Svichar et al., THE USE OF PLANTS FOR RECOVERING HEAT FROM FLUE-GASES IN BOILERS ON VORONEZH-HEAT-AND-POWER-STATION, Thermal engineering, 39(12), 1992, pp. 683-683
Authors:
PRAKHIN AF
Citation: Af. Prakhin, DESIGN MEASURES FOR BOILER PLANT WITH A CIRCULATING FLUIDIZED-BED AT NOVOMOSKOVSK-CENTRAL-POWER-STATION, Thermal engineering, 39(12), 1992, pp. 684-684
Authors:
EMELYANCHIKOV VI
STOLYAR ZV
ONISKO AI
MARKEVICH MA
Citation: Vi. Emelyanchikov et al., THE PROPERTIES AND CONCENTRATIONS OF HYDROGEN-CHLORIDE AND HYDROGEN-FLUORIDE IN THE FLUE-GASES OF P-F-FIRED STEAM BOILERS, Thermal engineering, 39(12), 1992, pp. 685-686