共 50 条
- [1] Novel needs-based convertible gas cycle for integrated decentralized combined power-thermal and refrigeration systems ADVANCED ENERGY CONVERSION AND APPLICATION: DECENTRALIZED ENERGY SYSTEMS, 2001, 1594 : 59 - 68
- [2] Combined power-thermal and refrigeration systems for thermal energy distribution in Austria ADVANCED ENERGY CONVERSION AND APPLICATION: DECENTRALIZED ENERGY SYSTEMS, 2001, 1594 : 45 - 57
- [3] Combined power-thermal and refrigeration systems for thermal energy distribution in Austria ADVANCED ENERGY CONVERSION AND APPLICATION: DECENTRALIZED ENERGY SYSTEMS, 2001, 1594 : 365 - 373
- [4] Power parameters and consumption parameters for evaluation of combined power-thermal and refrigeration systems ADVANCED ENERGY CONVERSION AND APPLICATION: DECENTRALIZED ENERGY SYSTEMS, 2001, 1594 : 423 - 437
- [5] Power parameters and consumption parameters for evaluation of combined power-thermal and refrigeration systems ADVANCED ENERGY CONVERSION AND APPLICATION: DECENTRALIZED ENERGY SYSTEMS, 2001, 1594 : 89 - 98
- [6] Power generators based on combined power-thermal and refrigeration systems for underground climate control in Pniowek mining operations ADVANCED ENERGY CONVERSION AND APPLICATION: DECENTRALIZED ENERGY SYSTEMS, 2001, 1594 : 31 - 43
- [7] Power generators based on combined power-thermal and refrigeration systems for underground climate control in Pniowek mining operations ADVANCED ENERGY CONVERSION AND APPLICATION: DECENTRALIZED ENERGY SYSTEMS, 2001, 1594 : 355 - 363
- [8] Simple free-piston Stirling engine for combined power-thermal and refrigeration systems in households ADVANCED ENERGY CONVERSION AND APPLICATION: DECENTRALIZED ENERGY SYSTEMS, 2001, 1594 : 69 - 78
- [9] Simple free-piston Stirling engine for combined power-thermal and refrigeration systems in households ADVANCED ENERGY CONVERSION AND APPLICATION: DECENTRALIZED ENERGY SYSTEMS, 2001, 1594 : 385 - 399
- [10] Methodology for thermal design of novel combined refrigeration/power binary fluid systems INTERNATIONAL JOURNAL OF REFRIGERATION-REVUE INTERNATIONALE DU FROID, 2007, 30 (06): : 1072 - 1085