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E-grāmata: Ternary Alloys Based on IV-VI and IV-VI2 Semiconductors [Taylor & Francis e-book]

Vasyl Tomashyk

Formāts: 358 pages, 19 Tables, black and white; 568 Line drawings, black and white; 568 Illustrations, black and white
Izdošanas datums: 20-Jun-2022
Izdevniecība: CRC Press
ISBN-13: 9781003123507

Citas grāmatas par šo tēmu:

Taylor & Francis e-book
Cena: 306,82 €*
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Formāts: 358 pages, 19 Tables, black and white; 568 Line drawings, black and white; 568 Illustrations, black and white
Izdošanas datums: 20-Jun-2022
Izdevniecība: CRC Press
ISBN-13: 9781003123507

Citas grāmatas par šo tēmu:

More info about Taylor & Francis e-books

Rokasgrāmatas mājas lapa: https://www.taylorfrancis.com/books/9781003123507

IV-VI and IV-VI2 semiconductors are among the most interesting materials in semiconductor physics. The electrical properties of these semiconductors can also be tuned by adding impurity atoms. These semiconductors either have already found use or are promising materials for infrared sensors and sources, thermoelectric elements, solar cells, memory elements, etc. The basic characteristics of these compounds, namely, narrow bandgap, high permittivity, relatively high radiation resistance, high mobility of charge carriers, and high bond ionicity, are unique among semiconductor substances. Because of their wide application in various devices, the search for new semiconductor materials and the improvement of existing materials is an important field of study. Doping with impurities is a common method of modifying and diversifying the properties of physical and chemical semiconductors. This book covers all known information about phase relations in ternary systems based on IV-VI and IV-VI2 semiconductors, providing the first systematic account of phase equilibria in ternary systems and making research originally published in Russia accessible to the wider scientific community. This book will be of interest to undergraduate and graduate students studying materials science, solid state chemistry, and engineering. It will also be relevant for researchers at industrial and national laboratories, in addition to phase diagram researchers, inorganic chemists, and solid-state physicists.

FEATURES

Provides up-to-date experimental and theoretical information

Allows readers to synthesize semiconducting materials with predetermined properties

Delivers a critical evaluation of many industrially important systems presented in the form of two-dimensional sections for the condensed phases

List of Abbreviations

xix

Preface

xxi

About the Author

xxiii

1 Systems Based on Silicon Sulfides

(12)

1.1 Silicon-Lithium-Sulfur

(1)

1.2 Silicon-Sodium-Sulfur

(1)

1.3 Silicon-Rubidium-Sulfur

(1)

1.4 Silicon-Cesium-Sulfur

(1)

1.5 Silicon-Copper-Sulfur

(1)

1.6 Silicon-Silver-Sulfur

(1)

1.7 Silicon-Magnesium-Sulfur

(1)

1.8 Silicon-Calcium-Sulfur

(1)

1.9 Silicon-Strontium-Sulfur

(1)

1.10 Silicon-Barium-Sulfur

(1)

1.11 Silicon-Zinc-Sulfur

(1)

1.12 Silicon-Cadmium-Sulfur

(1)

1.13 Silicon-Mercury-Sulfur

(1)

1.14 Silicon-Thallium-Sulfur

(2)

1.15 Silicon-Yttrium-Sulfur

(1)

1.16 Silicon-Lanthanum-Sulfur

(1)

1.17 Silicon-Cerium-Sulfur

(1)

1.18 Silicon-Praseodymium-Sulfur

(1)

1.19 Silicon-Neodymium-Sulfur

(1)

1.20 Silicon-Samarium-Sulfur

(1)

1.21 Silicon-Europium-Sulfur

(1)

1.22 Silicon-Gadolinium-Sulfur

(1)

1.23 Silicon-Terbium-Sulfur

(1)

1.24 Silicon-Dysprosium-Sulfur

(1)

1.25 Silicon-Holmium-Sulfur

(1)

1.26 Silicon-Thorium-Sulfur

(1)

1.27 Silicon-Uranium-Sulfur

(1)

1.28 Silicon-Lead-Sulfur

(1)

1.29 Silicon-Zirconium-Sulfur

(1)

1.30 Silicon-Hafnium-Sulfur

(1)

1.31 Silicon-Antimony-Sulfur

(1)

1.32 Silicon-Tantalum-Sulfur

(1)

1.33 Silicon-Selenium-Sulfur

(1)

1.34 Silicon-Tellurium-Sulfur

(1)

1.35 Silicon-Chlorine-Sulfur

(1)

1.36 Silicon-Bromine-Sulfur

(1)

1.37 Silicon-Iodine-Sulfur

(1)

1.38 Silicon-Manganese-Sulfur

(1)

1.39 Silicon-Iron-Sulfur

(1)

2 Systems Based on Silicon Selenides

(10)

2.1 Silicon-Sodium-Selenium

(1)

2.2 Silicon-Cesium-Selenium

(1)

2.3 Silicon-Copper-Selenium

(1)

2.4 Silicon-Silver-Selenium

(1)

2.5 Silicon-Magnesium-Selenium

(1)

2.6 Silicon-Calcium-Selenium

(1)

2.7 Silicon-Barium-Selenium

(1)

2.8 Silicon-Zinc-Selenium

(1)

2.9 Silicon-Cadmium-Selenium

(1)

2.10 Silicon-Mercury-Selenium

(1)

2.11 Silicon-Boron-Selenium

(1)

2.12 Silicon-Thallium-Selenium

(1)

2.13 Silicon-Lanthanum-Selenium

(1)

2.14 Silicon-Cerium-Selenium

(1)

2.15 Silicon-Praseodymium-Selenium

(1)

2.16 Silicon-Neodymium-Selenium

(1)

2.17 Silicon-Samarium-Selenium

(1)

2.18 Silicon-Thorium-Selenium

(1)

2.19 Silicon-Uranium-Selenium

(1)

2.20 Silicon-Lead-Selenium

(1)

2.21 Silicon-Zirconium-Selenium

(1)

2.22 Silicon-Hafnium-Selenium

(1)

2.23 Silicon-Antimony-Selenium

(1)

2.24 Silicon-Vanadium-Selenium

(1)

2.25 Silicon-Tellurium-Selenium

(1)

2.26 Silicon-Chromium-Selenium

(1)

2.27 Silicon-Iodine-Selenium

(1)

2.28 Silicon-Manganese-Selenium

(1)

2.29 Silicon-Iron-Selenium

(1)

2.30 Silicon-Cobalt-Selenium

(1)

2.31 Silicon-Nickel-Selenium

(1)

2.32 Silicon-Platinum-Selenium

(2)

3 Systems Based on Silicon Telluride

(10)

3.1 Silicon-Sodium-Tellurium

(1)

3.2 Silicon-Potassium-Tellurium

(1)

3.3 Silicon-Cesium-Tellurium

(1)

3.4 Silicon-Copper-Tellurium

(1)

3.5 Silicon-Silver-Tellurium

(1)

3.6 Silicon-Barium-Tellurium

(1)

3.7 Silicon-Zinc-Tellurium

(1)

3.8 Silicon-Cadmium-Tellurium

(1)

3.9 Silicon-Boron-Tellurium

(1)

3.10 Silicon-Aluminum-Tellurium

(1)

3.11 Silicon-Gallium-Tellurium

(1)

3.12 Silicon-Indium-Tellurium

(1)

3.13 Silicon-Thallium-Tellurium

(1)

3.14 Silicon-Scandium-Tellurium

(1)

3.15 Silicon-Thorium-Tellurium

(1)

3.16 Silicon-Germanium-Tellurium

(1)

3.17 Silicon-Lead-Tellurium

(1)

3.18 Silicon-Zirconium-Tellurium

(1)

3.19 Silicon-Hafnium-Tellurium

(1)

3.20 Silicon-Phosphorus-Tellurium

(1)

3.21 Silicon-Arsenic-Tellurium

(1)

3.22 Silicon-Antimony-Tellurium

(1)

3.23 Silicon-Niobium-Tellurium

(1)

3.24 Silicon-Tantalum-Tellurium

(1)

3.25 Silicon-Chromium-Tellurium

(1)

3.26 Silicon-Manganese-Tellurium

(1)

3.27 Silicon-Nickel-Tellurium

(1)

3.28 Silicon-Platinum-Tellurium

(1)

4 Systems Based on Germanium Sulfides

(34)

4.1 Germanium-Hydrogen-Sulfur

(1)

4.2 Germanium-Lithium-Sulfur

(1)

4.3 Germanium-Sodium-Sulfur

(1)

4.4 Germanium-Potassium-Sulfur

(1)

4.5 Germanium-Rubidium-Sulfur

(1)

4.6 Germanium-Cesium-Sulfur

(1)

4.7 Germanium-Copper-Sulfur

(3)

4.8 Germanium-Silver-Sulfur

(1)

4.9 Germanium-Magnesium-Sulfur I

(1)

4.10 Germanium-Calcium-Sulfur

(1)

4.11 Germanium-Strontium-Sulfur

(1)

4.12 Germanium-Barium-Sulfur

(1)

4.13 Germanium-Zinc-Sulfur

(1)

4.14 Germanium-Cadmium-Sulfur

(2)

4.15 Germanium-Mercury-Sulfur

(2)

4.16 Germanium-Boron-Sulfur

(1)

4.17 Germanium-Gallium-Sulfur

(1)

4.18 Germanium-Indium-Sulfur

(1)

4.19 Germanium-Thallium-Sulfur

(3)

4.20 Germanium-Yttrium-Sulfur

(1)

4.21 Germanium-Lanthanum-Sulfur

(1)

4.22 Germanium-Cerium-Sulfur

(1)

4.23 Germanium-Praseodymium-Sulfur

(1)

4.24 Germanium-Neodymium-Sulfur

(1)

4.25 Germanium-Samarium-Sulfur

(1)

4.26 Germanium-Europium-Sulfur

(1)

4.27 Germanium-Gadolinium-Sulfur

(1)

4.28 Germanium-Terbium-Sulfur

(1)

4.29 Germanium-Dysprosium-Sulfur i

(1)

4.30 Germanium-Holmium-Sulfur

(1)

4.31 Germanium-Erbium-Sulfur

(1)

4.32 Germanium-Ytterbium-Sulfur

(1)

4.33 Germanium-Thorium-Sulfur

(1)

4.34 Germanium-Uranium-Sulfur

(1)

4.35 Germanium-Tin-Sulfur

(1)

4.36 Germanium-Lead-Sulfur

(1)

4.37 Germanium-Zirconium-Sulfur

(1)

4.38 Germanium-Hafnium-Sulfur

(1)

4.39 Germanium-Phosphorus-Sulfur

(1)

4.40 Germanium-Arsenic-Sulfur

(1)

4.41 Germanium-Antimony-Sulfur

(1)

4.42 Germanium-Bismuth-Sulfur

(1)

4.43 Germanium-Vanadium-Sulfur

(1)

4.44 Germanium-Niobium-Sulfur

(1)

4.45 Germanium-Tantalum-Sulfur

(1)

4.46 Germanium-Selenium-Sulfur

(1)

4.47 Germanium-Tellurium-Sulfur

(1)

4.48 Germanium-Chromium-Sulfur

(1)

4.49 Germanium-Bromine-Sulfur

(1)

4.50 Germanium-Iodine-Sulfur

(1)

4.51 Germanium-Manganese-Sulfur

(1)

4.52 Germanium-Iron-Sulfur

(1)

4.53 Germanium-Cobalt-Sulfur

(1)

4.54 Germanium-Nickel-Sulfur

(1)

4.55 Germanium-Rhodium-Sulfur

(1)

4.56 Germanium-Palladium-Sulfur

(1)

4.57 Germanium-Iridium-Sulfur

(1)

4.58 Germanium-Platinum-Sulfur

(2)

5 Systems Based on Germanium Selenides

(38)

5.1 Germanium-Lithium-Selenium

(1)

5.2 Germanium-Sodium-Selenium

(1)

5.3 Germanium-Potassium-Selenium

(1)

5.4 Germanium-Rubidium-Selenium

(1)

5.5 Germanium-Cesium-Selenium

(1)

5.6 Germanium-Copper-Selenium

(2)

5.7 Germanium-Silver-Selenium

(1)

5.8 Germanium-Magnesium-Selenium

(1)

5.9 Germanium-Strontium-Selenium

(1)

5.10 Germanium-Barium-Selenium

(1)

5.11 Germanium-Zinc-Selenium

(1)

5.12 Germanium-Cadmium-Selenium

(3)

5.13 Germanium-Mercury-Selenium

(1)

5.14 Germanium-Boron-Selenium

(1)

5.15 Germanium-Gallium-Selenium

(3)

5.16 Germanium-Indium-Selenium

(1)

5.17 Germanium-Thallium-Selenium

(2)

5.18 Germanium-Yttrium-Selenium

(1)

5.19 Germanium-Lanthanum-Selenium

(1)

5.20 Germanium-Cerium-Selenium

(1)

5.21 Germanium-Praseodymium-Selenium

(1)

5.22 Germanium-Neodymium-Selenium

(1)

5.23 Germanium-Promethium-Selenium

(1)

5.24 Germanium-Samarium-Selenium

(1)

5.25 Germanium-Europium-Selenium

(1)

5.26 Germanium-Gadolinium-Selenium

(1)

5.27 Germanium-Terbium-Selenium

(1)

5.28 Germanium-Dysprosium-Selenium

(1)

5.29 Germanium-Holmium-Selenium

(1)

5.30 Germanium-Erbium-Selenium

(1)

5.31 Germanium-Ytterbium-Selenium

(1)

5.32 Germanium-Thorium-Selenium

(1)

5.33 Germanium-Uranium-Selenium

(1)

5.34 Germanium-Tin-Selenium

(1)

5.35 Germanium-Lead-Selenium

(2)

5.36 Germanium-Zirconium-Selenium

(1)

5.37 Germanium-Hafnium-Selenium

(1)

5.38 Germanium-Phosphorus-Selenium

(1)

5.39 Germanium-Arsenic-Selenium

(2)

5.40 Germanium-Antimony-Selenium

(1)

5.41 Germanium-Bismuth-Selenium

(1)

5.42 Germanium-Vanadium-Selenium

(1)

5.43 Germanium-Oxygen-Selenium

(1)

5.44 Germanium-Tellurium-Selenium

(3)

5.45 Germanium-Chromium-Selenium

(1)

5.46 Germanium-Iodine-Selenium

100

(1)

5.47 Germanium-Manganese-Selenium

101

(1)

5.48 Germanium-Iron-Selenium

101

(1)

5.49 Germanium-Cobalt-Selenium

101

(1)

5.50 Germanium-Nickel-Selenium

102

(1)

5.51 Germanium-Rhodium-Selenium

102

(1)

5.52 Germanium-Iridium-Selenium

102

(1)

5.53 Germanium-Platinum-Selenium

103

(2)

6 Systems Based on Germanium Telluride

105

(38)

6.1 Germanium-Lithium-Tellurium

105

(1)

6.2 Germanium-Sodium-Tellurium

105

(1)

6.3 Germanium-Potassium-Tellurium

105

(1)

6.4 Germanium-Rubidium-Tellurium

105

(1)

6.5 Germanium-Cesium-Tellurium

105

(1)

6.6 Germanium-Copper-Tellurium

106

(2)

6.7 Germanium-Silver-Tellurium

108

(1)

6.8 Germanium-Gold-Tellurium

109

(1)

6.9 Germanium-Barium-Tellurium

109

(1)

6.10 Germanium-Zinc-Tellurium

109

(1)

6.11 Germanium-Cadmium-Tellurium

110

(1)

6.12 Germanium-Mercury-Tellurium

111

(1)

6.13 Germanium-Boron-Tellurium

112

(1)

6.14 Germanium-Gallium-Tellurium

112

(1)

6.15 Germanium-Indium-Tellurium

113

(2)

6.16 Germanium-Thallium-Tellurium

115

(2)

6.17 Germanium-Scandium-Tellurium

117

(1)

6.18 Germanium-Lanthanum-Tellurium

117

(1)

6.19 Germanium-Cerium-Tellurium

117

(1)

6.20 Germanium-Samarium-Tellurium

117

(1)

6.21 Germanium-Gadolinium-Tellurium

118

(1)

6.22 Germanium-Terbium-Tellurium

118

(1)

6.23 Germanium-Dysprosium-Tellurium

118

(1)

6.24 Germanium-Holmium-Tellurium

118

(1)

6.25 Germanium-Thulium-Tellurium

118

(1)

6.26 Germanium-Ytterbium-Tellurium

118

(1)

6.27 Germanium-Lutetium-Tellurium

119

(1)

6.28 Germanium-Thorium-Tellurium

119

(1)

6.29 Germanium-Uranium-Tellurium

119

(1)

6.30 Germanium-Tin-Tellurium

119

(2)

6.31 Germanium-Lead-Tellurium

121

(2)

6.32 Germanium-Titanium-Tellurium

123

(1)

6.33 Germanium-Zirconium-Tellurium

123

(1)

6.34 Germanium-Hafnium-Tellurium

123

(1)

6.35 Germanium-Phosphorus-Tellurium

123

(1)

6.36 Germanium-Arsenic-Tellurium

123

(2)

6.37 Germanium-Antimony-Tellurium

125

(5)

6.38 Germanium-Bismuth-Tellurium

130

(3)

6.39 Germanium-Niobium-Tellurium

133

(1)

6.40 Germanium-Tantalum-Tellurium

134

(1)

6.41 Germanium-Oxygen-Tellurium

135

(1)

6.42 Germanium-Chromium-Tellurium

136

(1)

6.43 Germanium-Iodine-Tellurium

136

(1)

6.44 Germanium-Manganese-Tellurium

136

(1)

6.45 Germanium-Iron-Tellurium

137

(1)

6.46 Germanium-Cobalt-Tellurium

138

(1)

6.47 Germanium-Nickel-Tellurium

139

(1)

6.48 Germanium-Rhodium-Tellurium

140

(1)

6.49 Germanium-Palladium-Tellurium

141

(1)

6.50 Germanium-Iridium-Tellurium

141

(2)

7 Systems Based on Tin Sulfides

143

(38)

7.1 Tin-Lithium-Sulfur

143

(1)

7.2 Tin-Sodium-Sulfur

143

(1)

7.3 Tin-Potassium-Sulfur

144

(1)

7.4 Tin-Rubidium-Sulfur

144

(1)

7.5 Tin-Cesium-Sulfur

145

(1)

7.6 Tin-Copper-Sulfur

145

(4)

7.7 Tin-Silver-Sulfur

149

(1)

7.8 Tin-Magnesium-Sulfur

150

(1)

7.9 Tin-Calcium-Sulfur

150

(1)

7.10 Tin-Strontium-Sulfur

150

(1)

7.11 Tin-Barium-Sulfur

151

(2)

7.12 Tin-Zinc-Sulfur

153

(1)

7.13 Tin-Cadmium-Sulfur

153

(2)

7.14 Tin-Mercury-Sulfur

155

(1)

7.15 Tin-Gallium-Sulfur

156

(1)

7.16 Tin-Indium-Sulfur

157

(1)

7.17 Tin-Thallium-Sulfur

158

(2)

7.18 Tin-Yttrium-Sulfur

160

(1)

7.19 Tin-Lanthanum-Sulfur

160

(1)

7.20 Tin-Cerium-Sulfur

160

(1)

7.21 Tin-Praseodymium-Sulfur

161

(1)

7.22 Tin-Neodymium-Sulfur

161

(1)

7.23 Tin-Samarium-Sulfur

161

(1)

7.24 Tin-Europium-Sulfur

161

(1)

7.25 Tin-Gadolinium-Sulfur

162

(1)

7.26 Tin-Terbium-Sulfur

162

(1)

7.27 Tin-Dysprosium-Sulfur

162

(1)

7.28 Tin-Holmium-Sulfur

162

(1)

7.29 Tin-Erbium-Sulfur

162

(1)

7.30 Tin-Ytterbium-Sulfur

162

(1)

7.31 Tin-Lead-Sulfur

162

(2)

7.32 Tin-Titanium-Sulfur

164

(1)

7.33 Tin-Zirconium-Sulfur

164

(1)

7.34 Tin-Hafnium-Sulfur

164

(1)

7.35 Tin-Phosphorus-Sulfur

164

(2)

7.36 Tin-Arsenic-Sulfur

166

(1)

7.37 Tin-Antimony-Sulfur

166

(2)

7.38 Tin-Bismuth-Sulfur

168

(1)

7.39 Tin-Niobium-Sulfur

169

(1)

7.40 Tin-Tantalum-Sulfur

169

(1)

7.41 Tin-Oxygen-Sulfur

170

(1)

7.42 Tin-Selenium-Sulfur

171

(1)

7.43 Tin-Sulfur-Tellurium

172

(1)

7.44 Tin-Chromium-Sulfur

172

(1)

7.45 Tin-Molybdenum-Sulfur

172

(1)

7.46 Tin-Tungsten-Sulfur

173

(1)

7.47 Tin-Fluorine-Sulfur

173

(1)

7.48 Tin-Chlorine-Sulfur

174

(1)

7.49 Tin-Bromine-Sulfur

174

(1)

7.50 Tin-Iodine-Sulfur

175

(1)

7.51 Tin-Manganese-Sulfur

176

(1)

7.52 Tin-Iron-Sulfur

176

(1)

7.53 Tin-Cobalt-Sulfur

177

(1)

7.54 Tin-Nickel-Sulfur

178

(1)

7.55 Tin-Rhodium-Sulfur

179

(1)

7.56 Tin-Palladium-Sulfur

179

(1)

7.57 Tin-Iridium-Sulfur

179

(1)

7.58 Tin-Platinum-Sulfur

179

(2)

8 Systems Based on Tin Selenides

181

(40)

8.1 Tin-Lithium-Selenium

181

(1)

8.2 Tin-Sodium-Selenium

181

(1)

8.3 Tin-Potassium-Selenium

181

(1)

8.4 Tin-Rubidium-Selenium

182

(1)

8.5 Tin-Cesium-Selenium

182

(1)

8.6 Tin-Copper-Selenium

183

(2)

8.7 Tin-Silver-Selenium

185

(3)

8.8 Tin-Gold-Selenium

188

(1)

8.9 Tin-Magnesium-Selenium

189

(1)

8.10 Tin-Strontium-Selenium

189

(1)

8.11 Tin-Barium-Selenium

189

(1)

8.12 Tin-Zinc-Selenium

190

(1)

8.13 Tin-Cadmium-Selenium

191

(1)

8.14 Tin-Mercury-Selenium

192

(2)

8.15 Tin-Boron-Selenium

194

(1)

8.16 Tin-Gallium-Selenium

194

(1)

8.17 Tin-Indium-Selenium

195

(1)

8.18 Tin-Thallium-Selenium

196

(3)

8.19 Tin-Scandium-Selenium

199

(1)

8.20 Tin-Yttrium-Selenium

199

(1)

8.21 Tin-Lanthanum-Selenium

199

(1)

8.22 Tin-Cerium-Selenium

199

(1)

8.23 Tin-Praseodymium-Selenium

200

(1)

8.24 Tin-Neodymium-Selenium

200

(1)

8.25 Tin-Samarium-Selenium

201

(1)

8.26 Tin-Europium-Selenium

201

(1)

8.27 Tin-Gadolinium-Selenium

202

(1)

8.28 Tin-Terbium-Selenium

202

(1)

8.29 Tin-Dysprosium-Selenium

202

(1)

8.30 Tin-Holmium-Selenium

203

(1)

8.31 Tin-Erbium-Selenium

204

(1)

8.32 Tin-Ytterbium-Selenium

205

(1)

8.33 Tin-Lutetium-Selenium

205

(1)

8.34 Tin-Lead-Selenium

205

(2)

8.35 Tin-Titanium-Selenium

207

(1)

8.36 Tin-Phosphorus-Selenium

208

(1)

8.37 Tin-Arsenic-Selenium

208

(1)

8.38 Tin-Antimony-Selenium

209

(1)

8.39 Tin-Bismuth-Selenium

210

(2)

8.40 Tin-Vanadium-Selenium

212

(1)

8.41 Tin-Niobium-Selenium

213

(1)

8.42 Tin-Tantalum-Selenium

213

(1)

8.43 Tin-Oxygen-Selenium

214

(1)

8.44 Tin-Tellurium-Selenium

214

(2)

8.45 Tin-Chromium-Selenium

216

(1)

8.46 Tin-Molybdenum-Selenium

216

(1)

8.47 Tin-Chlorine-Selenium

216

(1)

8.48 Tin-Bromine-Selenium

217

(1)

8.49 Tin-Iodine-Selenium

217

(1)

8.50 Tin-Iron-Selenium

217

(1)

8.51 Tin-Cobalt-Selenium

218

(1)

8.52 Tin-Nickel-Selenium

218

(1)

8.53 Tin-Rhodium-Selenium

219

(1)

8.54 Tin-Palladium-Selenium

219

(1)

8.55 Tin-Iridium-Selenium

219

(1)

8.56 Tin-Platinum-Selenium

219

(2)

9 Systems Based on Tin Telluride

221

(30)

9.1 Tin-Sodium-Tellurium

221

(1)

9.2 Tin-Potassium-Tellurium

221

(1)

9.3 Tin-Rubidium-Tellurium

221

(1)

9.4 Tin-Cesium-Tellurium

221

(1)

9.5 Tin-Copper-Tellurium

222

(1)

9.6 Tin-Silver-Tellurium

223

(1)

9.7 Tin-Gold-Tellurium

223

(1)

9.8 Tin-Barium-Tellurium

224

(1)

9.9 Tin-Zinc-Tellurium

225

(1)

9.10 Tin-Cadmium-Tellurium

225

(1)

9.11 Tin-Mercury-Tellurium

226

(1)

9.12 Tin-Boron-Tellurium

226

(1)

9.13 Tin-Aluminum-Tellurium

227

(1)

9.14 Tin-Gallium-Tellurium

227

(1)

9.15 Tin-Indium-Tellurium

228

(2)

9.16 Tin-Thallium-Tellurium

230

(2)

9.17 Tin-Yttrium-Tellurium

232

(1)

9.18 Tin-Lanthanum-Tellurium

232

(1)

9.19 Tin-Cerium-Tellurium

232

(1)

9.20 Tin-Praseodymium-Tellurium

232

(1)

9.21 Tin-Neodymium-Tellurium

233

(1)

9.22 Tin-Samarium-Tellurium

233

(1)

9.23 Tin-Europium-Tellurium

233

(1)

9.24 Tin-Gadolinium-Tellurium

233

(1)

9.25 Tin-Dysprosium-Tellurium

234

(1)

9.26 Tin-Erbium-Tellurium

234

(1)

9.27 Tin-Ytterbium-Tellurium

234

(1)

9.28 Tin-Uranium-Tellurium

235

(1)

9.29 Tin-Lead-Tellurium

235

(2)

9.30 Tin-Zirconium-Tellurium

237

(1)

9.31 Tin-Phosphorus-Tellurium

237

(1)

9.32 Tin-Arsenic-Tellurium

237

(1)

9.33 Tin-Antimony-Tellurium

238

(2)

9.34 Tin-Bismuth-Tellurium

240

(3)

9.35 Tin-Niobium-Tellurium

243

(1)

9.36 Tin-Tantalum-Tellurium

243

(1)

9.37 Tin-Oxygen-Tellurium

243

(1)

9.38 Tin-Chromium-Tellurium

244

(1)

9.39 Tin-Molybdenum-Tellurium

244

(1)

9.40 Tin-Tungsten-Tellurium

244

(1)

9.41 Tin-Chlorine-Tellurium

244

(1)

9.42 Tin-Bromine-Tellurium

244

(1)

9.43 Tin-Iodine-Tellurium

245

(1)

9.44 Tin-Manganese-Tellurium

245

(1)

9.45 Tin-Iron-Tellurium

246

(1)

9.46 Tin-Cobalt-Tellurium

246

(2)

9.47 Tin-Nickel-Tellurium

248

(1)

9.48 Tin-Rhodium-Tellurium

249

(1)

9.49 Tin-Palladium-Tellurium

249

(1)

9.50 Tin-Iridium-Tellurium

250

(1)

10 Systems Based on Lead Sulfide

251

(32)

10.1 Lead-Sodium-Sulfur

251

(1)

10.2 Lead-Copper-Sulfur

251

(2)

10.3 Lead-Silver-Sulfur

253

(1)

10.4 Lead-Magnesium-Sulfur

253

(1)

10.5 Lead-Calcium-Sulfur

253

(1)

10.6 Lead-Strontium-Sulfur

253

(1)

10.7 Lead-Barium-Sulfur

254

(1)

10.8 Lead-Zinc-Sulfur

254

(1)

10.9 Lead-Cadmium-Sulfur

254

(1)

10.10 Lead-Mercury-Sulfur

255

(1)

10.11 Lead-Boron-Sulfur

255

(1)

10.12 Lead-Aluminum-Sulfur

255

(1)

10.13 Lead-Gallium-Sulfur

255

(2)

10.14 Lead-Indium-Sulfur

257

(1)

10.15 Lead-Thallium-Sulfur

257

(2)

10.16 Lead-Scandium-Sulfur

259

(1)

10.17 Lead-Yttrium-Sulfur

259

(1)

10.18 Lead-Lanthanum-Sulfur

259

(1)

10.19 Lead-Cerium-Sulfur

259

(1)

10.20 Lead-Praseodymium-Sulfur

259

(1)

10.21 Lead-Neodymium-Sulfur

259

(1)

10.22 Lead-Samarium-Sulfur

259

(1)

10.23 Lead-Gadolinium-Sulfur

259

(1)

10.24 Lead-Terbium-Sulfur

259

(1)

10.25 Lead-Dysprosium-Sulfur

259

(1)

10.26 Lead-Holmium-Sulfur

259

(1)

10.27 Lead-Erbium-Sulfur

260

(1)

10.28 Lead-Thulium-Sulfur

260

(1)

10.29 Lead-Ytterbium-Sulfur

260

(1)

10.30 Lead-Lutetium-Sulfur

260

(1)

10.31 Lead-Uranium-Sulfur

260

(1)

10.32 Lead-Titanium-Sulfur

260

(1)

10.33 Lead-Zirconium-Sulfur

261

(1)

10.34 Lead-Hafnium-Sulfur

261

(1)

10.35 Lead-Nitrogen-Sulfur

261

(1)

10.36 Lead-Phosphorus-Sulfur

261

(1)

10.37 Lead-Arsenic-Sulfur

262

(2)

10.38 Lead-Antimony-Sulfur

264

(4)

10.39 Lead-Bismuth-Sulfur

268

(3)

10.40 Lead-Vanadium-Sulfur

271

(1)

10.41 Lead-Niobium-Sulfur

272

(1)

10.42 Lead-Tantalum-Sulfur

272

(1)

10.43 Lead-Oxygen-Sulfur

273

(2)

10.44 Lead-Selenium-Sulfur

275

(1)

10.45 Lead-Tellurium-Sulfur

276

(1)

10.46 Lead-Chromium-Sulfur

276

(1)

10.47 Lead-Molybdenum-Sulfur

277

(1)

10.48 Lead-Chlorine-Sulfur

278

(1)

10.49 Lead-Bromine-Sulfur

278

(1)

10.50 Lead-Iodine-Sulfur

278

(1)

10.51 Lead-Manganese-Sulfur

279

(1)

10.52 Lead-Iron-Sulfur

279

(1)

10.53 Lead-Cobalt-Sulfur

280

(1)

10.54 Lead-Nickel-Sulfur

280

(1)

10.55 Lead-Rhodium-Sulfur

281

(1)

10.56 Lead-Palladium-Sulfur

281

(2)

11 Systems Based on Lead Selenide

283

(24)

11.1 Lead-Copper-Selenium

283

(1)

11.2 Lead-Silver-Selenium

283

(1)

11.3 Lead-Gold-Selenium

284

(1)

11.4 Lead-Magnesium-Selenium

284

(1)

11.5 Lead-Strontium-Selenium

284

(1)

11.6 Lead-Barium-Selenium

284

(1)

11.7 Lead-Zinc-Selenium

284

(1)

11.8 Lead-Cadmium-Selenium

285

(1)

11.9 Lead-Mercury-Selenium

285

(1)

11.10 Lead-Aluminum-Selenium

285

(1)

11.11 Lead-Gallium-Selenium

286

(1)

11.12 Lead-Indium-Selenium

287

(1)

11.13 Lead-Thallium-Selenium

288

(1)

11.14 Lead-Scandium-Selenium

289

(1)

11.15 Lead-Yttrium-Selenium

289

(1)

11.16 Lead-Lanthanum-Selenium

289

(1)

11.17 Lead-Cerium-Selenium

290

(1)

11.18 Lead-Praseodymium-Selenium

290

(1)

11.19 Lead-Neodymium-Selenium

290

(1)

11.20 Lead-Samarium-Selenium

291

(1)

11.21 Lead-Gadolinium-Selenium

291

(1)

11.22 Lead-Terbium-Selenium

291

(1)

11.23 Lead-Dysprosium-Selenium

292

(1)

11.24 Lead-Holmium-Selenium

292

(1)

11.25 Lead-Erbium-Selenium

292

(1)

11.26 Lead-Thulium-Selenium

292

(1)

11.27 Lead-Ytterbium-Selenium

292

(1)

11.28 Lead-Lutetium-Selenium

292

(1)

11.29 Lead-Uranium-Selenium

293

(1)

11.30 Lead-Titanium-Selenium

293

(1)

11.31 Lead-Phosphorus-Selenium

293

(1)

11.32 Lead-Arsenic-Selenium

293

(1)

11.33 Lead-Antimony-Selenium

294

(1)

11.34 Lead-Bismuth-Selenium

295

(1)

11.35 Lead-Vanadium-Selenium

296

(1)

11.36 Lead-Niobium-Selenium

296

(1)

11.37 Lead-Tantalum-Selenium

297

(1)

11.38 Lead-Oxygen-Selenium

297

(2)

11.39 Lead-Tellurium-Selenium

299

(2)

11.40 Lead-Chromium-Selenium

301

(1)

11.41 Lead-Molybdenum-Selenium

301

(1)

11.42 Lead-Tungsten-Selenium

301

(1)

11.43 Lead-Chlorine-Selenium

302

(1)

11.44 Lead-Bromine-Selenium

302

(1)

11.45 Lead-Iodine--Selenium

303

(1)

11.46 Lead-Manganese-Selenium

303

(1)

11.47 Lead-Iron-Selenium

303

(1)

11.48 Lead-Cobalt-Selenium

304

(1)

11.49 Lead-Nickel-Selenium

304

(1)

11.50 Lead-Rhodium-Selenium

304

(1)

11.51 Lead-Palladium-Selenium

304

(1)

11.52 Lead-Iridium-Selenium

305

(1)

11.53 Lead-Platinum-Selenium

305

(2)

12 Systems Based on Lead Telluride

307

(28)

12.1 Lead-Sodium-Tellurium

307

(1)

12.2 Lead-Copper-Tellurium

307

(1)

12.3 Lead-Silver-Tellurium

307

(1)

12.4 Lead-Gold-Tellurium

308

(1)

12.5 Lead-Magnesium-Tellurium

309

(1)

12.6 Lead-Strontium-Tellurium

309

(1)

12.7 Lead-Barium-Tellurium

310

(1)

12.8 Lead-Zinc-Tellurium

310

(1)

12.9 Lead-Cadmium-Tellurium

311

(1)

12.10 Lead-Mercury-Tellurium

311

(1)

12.11 Lead-Gallium-Tellurium

312

(1)

12.12 Lead-Indium-Tellurium

313

(1)

12.13 Lead-Thallium-Tellurium

314

(2)

12.14 Lead-Yttrium-Tellurium

316

(1)

12.15 Lead-Lanthanum-Tellurium

316

(1)

12.16 Lead-Neodymium-Tellurium

316

(1)

12.17 Lead-Samarium-Tellurium

316

(1)

12.18 Lead-Europium-Tellurium

317

(1)

12.19 Lead-Gadolinium-Tellurium

317

(1)

12.20 Lead-Terbium-Tellurium

317

(1)

12.21 Lead-Dysprosium-Tellurium

317

(1)

12.22 Lead-Holmium-Tellurium

317

(1)

12.23 Lead-Erbium-Tellurium

318

(1)

12.24 Lead-Thulium-Tellurium

318

(1)

12.25 Lead-Ytterbium-Tellurium

318

(1)

12.26 Lead-Lutetium-Tellurium

319

(1)

12.27 Lead-Uranium-Tellurium

319

(1)

12.28 Lead-Titanium-Tellurium

319

(1)

12.29 Lead-Zirconium-Tellurium

319

(1)

12.30 Lead-Phosphorus-Tellurium

319

(1)

12.31 Lead-Arsenic-Tellurium

319

(1)

12.32 Lead-Antimony-Tellurium

320

(1)

12.33 Lead-Bismuth-Tellurium

321

(3)

12.34 Lead-Vanadium-Tellurium

324

(1)

12.35 Lead-Niobium-Tellurium

324

(1)

12.36 Lead-Tantalum-Tellurium

324

(1)

12.37 Lead-Oxygen-Tellurium

324

(2)

12.38 Lead-Chromium-Tellurium

326

(2)

12.39 Lead-Molybdenum-Tellurium

328

(1)

12.40 Lead-Tungsten-Tellurium

328

(1)

12.41 Lead-Fluorine-Tellurium

328

(1)

12.42 Lead-Chlorine-Tellurium

328

(1)

12.43 Lead-Bromine-Tellurium

328

(1)

12.44 Lead-Iodine-Tellurium

328

(1)

12.45 Lead-Manganese-Tellurium

329

(2)

12.46 Lead-Iron-Tellurium

331

(1)

12.47 Lead-Cobalt-Tellurium

331

(1)

12.48 Lead-Nickel-Tellurium

332

(1)

12.49 Lead-Palladium-Tellurium

333

(2)

Index

335

Vasyl Tomashyk is the head of the department at the V.Ye. Lashkaryov Institute for Semiconductor Physics of the National Academy of Sciences of Ukraine. Graduating from Chernivtsi State University in 1972 (Master of Chemistry), he is a doctor of chemical sciences (1992), professor (1999) and author of about 670 publications in scientific journals and conference proceedings, including 11 books (six of which are published by CRC Press) devoted to physical-chemical analysis, chemistry of semiconductors, and chemical treatment of semiconductor surfaces. Prof. Tomashyk is a specialist at a high international level in the field of solid state and semiconductor chemistry, including physical-chemical analysis and the technology of semiconductor materials. He was head of research topics within the International program "Copernicus." He has been a member of the Materials Science International Team (Stuttgart, Germany, since 1999), which prepares a series of prestigious reference-books under the titles of Ternary Alloys and Binary Alloys and has publishe 35 articles in the LandoltBörnstein New Series. Prof. Tomashyk is actively working with young researchers and graduate students and 22 PhD theses have been prepared under his supervision. For many years, he has been a professor at Ivan Franko Zhytomyr State University.

Permanent link: https://www.kriso.lv/db/9781003123507_pe.html

Keywords:

E-grāmata: Ternary Alloys Based on IV-VI and IV-VI2 Semiconductors [Taylor & Francis e-book]

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