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316.85 — Hydroxylamine

Name: Vapor Pressure Data — Hydroxylamine: temperature K 316.85 · vapor pressure Pa 1000 Pa · data source table Table 6-97 · formula H3NO
Creator: Engineering Database

Compound Name: Hydroxylamine
Temperature K: 316.85
Data Source Table: Table 6-97
Formula: H3NO
Vapor Pressure Pa (Pa): 1,000

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Hydroxylamine — temperature K 316.85 · vapor pressure Pa 1000 Pa · data source table Table 6-97 · formula H3NO | Vapor Pressure Data | Engineering Database