{"publishers": ["CRC"], "languages": [{"key": "/l/eng"}], "number_of_pages": 408, "table_of_contents": [{"type": {"key": "/type/toc_item"}, "class": "section"}], "weight": "2 pounds", "title": "Properties and Applications of Perovskite-type Oxides (Chemical Industries)", "contributions": ["L.G. Tejuca (Editor)", "J.L.G. Fierro (Editor)"], "created": {"type": "/type/datetime", "value": "2008-04-29T15:03:11.581851"}, "isbn_13": ["9780824787868"], "id": 11054386, "physical_format": "Hardcover", "isbn_10": ["0824787862"], "latest_revision": 2, "physical_dimensions": "10 x 7.1 x 1 inches", "key": "/b/OL8160535M", "last_modified": {"type": "/type/datetime", "value": "2009-11-12T03:45:36.266370"}, "publish_date": "December 22, 1992", "type": {"key": "/type/edition"}, "subjects": ["Heavy chemicals", "Materials science", "Science/Mathematics", "Catalysis", "Science", "Solid State Physics", "Chemistry - Inorganic", "Chemistry - Physical & Theoretical", "Science / Chemistry / Inorganic", "Catalysts", "Perovskite"], "first_sentence": "Perovskite-related materials are represented by the general formula ABO3 in which A ions can be rare earth, alkaline earth, alkali and other large ions such as Pb2+ and Bi3+ that fit into the dodecahedral site of the framework.", "revision": 2}