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Found 185159 Document(s) match with the query 20517486
Permodelan sistem evaporator dan absorber pada single ? effect absorption chiller menggunakan ammonia ? air = Modeling and design of evaporator and absorber systems for single-effect absorption chiller using ammonia-water solution.
Author : Denny Rachmansyah, author
Call Number : S-pdf
Collection Type : UI - Skripsi Membership
Location : Universitas Indonesia Library
Pemodelan Dinamis dan Kajian Karakteristik Mass Charge Refrigerant Setiap Komponen pada Single Effect Absorption Chiller Menggunakan Amonia/Air = Dynamic Modelling and Study of Mass Charge Refrigerant Characteristics in Each Component In Single Effect Absorption Chiller Using Ammonia/Water
Author : Rafid Fawwaz Fadhal, author
Call Number : S-pdf
Collection Type : UI - Skripsi Membership
Location : Universitas Indonesia Library
Studi Karakteristik dan Performa Sistem Absorption Chiller Tenaga Surya Berkapasitas Rendah dengan Solution Ammonia-Water dan Media Pendingin Udara di Iklim Tropis = Study of Characteristics and Performance of Low-Capacity Solar Chiller Absorption Systems with Ammonia-Water Solution and Air-Cooling Media in Tropical Climates
Author : I Gusti Agung Ayu Desy Wulandari, author
Call Number : D-pdf
Collection Type : UI - Disertasi Membership
Location : Universitas Indonesia Library
Pengujian dan analisis Heat Removal Factor dan Heat Loss Coefficient pada kombinasi Flat Plate Solar Collector dan Parabolic Solar Concentrator
Author : Teddy Hendra Zulkarnain, author
Call Number : S-Pdf
Collection Type : UI - Skripsi Membership
Location : Universitas Indonesia Library
Sistem Kontrol Pada Absorption Chiller Single Effect Berkapasitas 5 kW Dengan Fluida Kerja Amonia/Air = Control System For A Single Effect Absorption Chiller With A Capacity Of 5 kW With Working Fluid Ammonia/Water
Author : Kevin Dristian Dani, author
Call Number : S-pdf
Collection Type : UI - Skripsi Membership
Location : Universitas Indonesia Library
Development of general-purpose energy system analysis simulator "energy flow +m"? static analysis of solar collector
Author : Takahiro Nakano, author
Call Number : UI-IJTECH 2:3 (2011)
Collection Type : Artikel Jurnal
Location : Universitas Indonesia Library
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