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4.20 Using the data in the following table, predict the relative degree of atomic solid solubility of the following elements in iron: (a) nickel (b) chromium (c) molybdenum (d) titanium (e) manganese Use the scale very high, 70–100%; high, 30–70%; moderate, 10–30%;low, 1–10%; and very low, < 1%. Element Crystal Structure Atom Radius Electro- Valence (nm) negativity +2, +3 +2 Iron 0.124 ВСС 1.7 Nickel 0.125 FCC 1.8 +2, +3, +6 +3, +4, +6 +2, +3, +4 +2, +3, +6, +7 Chromium 0.125 ВСС 1.6 ВСС Molybdenum Titanium 0.136 1.3 0.147 НСР 1.3 Manganese 0.112 Cubic 1.6 (a) high (b) very high (c) moderate (d) low (e) moderate

4.20 Using the data in the following table, predict the relative degree of atomic solid solubility of the following elements in iron: (a) nickel (b) chromium (c) molybdenum (d) titanium (e) manganese Use the scale very high, 70–100%; high, 30–70%; moderate, 10–30%;low, 1–10%; and very low, < 1%. Element Crystal Structure Atom Radius Electro- Valence (nm) negativity +2, +3 +2 Iron 0.124 ВСС 1.7 Nickel 0.125 FCC 1.8 +2, +3, +6 +3, +4, +6 +2, +3, +4 +2, +3, +6, +7 Chromium 0.125 ВСС 1.6 ВСС Molybdenum Titanium 0.136 1.3 0.147 НСР 1.3 Manganese 0.112 Cubic 1.6 (a) high (b) very high (c) moderate (d) low (e) moderate

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
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4.20 Using the data in the following table, predict the relative degree of atomic solid solubility of the following elements in iron: (a) nickel (b) chromium (c) molybdenum (d) titanium (e) manganese Use the scale very high, 70–100%; high, 30–70%; moderate, 10-30%;low, 1–10%; and very low, < 1%. Element Crystal Structure Atom Radius Electro- Valence (nm) negativity Iron 0.124 ВСС 1.7 +2, +3 Nickel 0.125 FCC 1.8 +2 +2, +3, +6 +3, +4, +6 +2, +3, +4 +2, +3, +6, +7 Chromium 0.125 ВСС 1.6 Molybdenum Titanium 0.136 ВСС 1.3 0.147 НСР 1.3 Manganese 0.112 Cubic 1.6 (a) high (b) very high (c) moderate (d) low (e) moderate
Transcribed Image Text:4.20 Using the data in the following table, predict the relative degree of atomic solid solubility of the following elements in iron: (a) nickel (b) chromium (c) molybdenum (d) titanium (e) manganese Use the scale very high, 70–100%; high, 30–70%; moderate, 10-30%;low, 1–10%; and very low, < 1%. Element Crystal Structure Atom Radius Electro- Valence (nm) negativity Iron 0.124 ВСС 1.7 +2, +3 Nickel 0.125 FCC 1.8 +2 +2, +3, +6 +3, +4, +6 +2, +3, +4 +2, +3, +6, +7 Chromium 0.125 ВСС 1.6 Molybdenum Titanium 0.136 ВСС 1.3 0.147 НСР 1.3 Manganese 0.112 Cubic 1.6 (a) high (b) very high (c) moderate (d) low (e) moderate
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