Matches in DBpedia 2016-04 for { ?s ?p "35 Piscium is a binary star system in the constellation Pisces. According to Cester (1960), the system has a period of 0.841658 days, zero eccentricity, and an inclination of 19 degrees. Although thought to be an eclipsing binary, Cester argued that the apparent eclipses are not real, and were caused by seeing different portions of distorted-shaped stars in a near contact binary system."@en }
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- 35_Piscium abstract "35 Piscium is a binary star system in the constellation Pisces. According to Cester (1960), the system has a period of 0.841658 days, zero eccentricity, and an inclination of 19 degrees. Although thought to be an eclipsing binary, Cester argued that the apparent eclipses are not real, and were caused by seeing different portions of distorted-shaped stars in a near contact binary system.".
- Q4635557 abstract "35 Piscium is a binary star system in the constellation Pisces. According to Cester (1960), the system has a period of 0.841658 days, zero eccentricity, and an inclination of 19 degrees. Although thought to be an eclipsing binary, Cester argued that the apparent eclipses are not real, and were caused by seeing different portions of distorted-shaped stars in a near contact binary system.".
- 35_Piscium comment "35 Piscium is a binary star system in the constellation Pisces. According to Cester (1960), the system has a period of 0.841658 days, zero eccentricity, and an inclination of 19 degrees. Although thought to be an eclipsing binary, Cester argued that the apparent eclipses are not real, and were caused by seeing different portions of distorted-shaped stars in a near contact binary system.".
- Q4635557 comment "35 Piscium is a binary star system in the constellation Pisces. According to Cester (1960), the system has a period of 0.841658 days, zero eccentricity, and an inclination of 19 degrees. Although thought to be an eclipsing binary, Cester argued that the apparent eclipses are not real, and were caused by seeing different portions of distorted-shaped stars in a near contact binary system.".