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E-grāmata: Quaternary Alloys Based on III-V Semiconductors

  • Formāts: 350 pages
  • Izdošanas datums: 17-Apr-2018
  • Izdevniecība: CRC Press Inc
  • Valoda: eng
  • ISBN-13: 9780429019272
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  • Formāts: 350 pages
  • Izdošanas datums: 17-Apr-2018
  • Izdevniecība: CRC Press Inc
  • Valoda: eng
  • ISBN-13: 9780429019272

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III-V semiconductors have attracted considerable attention due to their applications in the fabrication of electronic and optoelectronic devices as light emitting diodes and solar cells. The electrical properties of these semiconductors can also be tuned by adding impurity atoms. 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 quaternary systems based on III-V semiconductors, providing he first systematic account of phase equilibria in quaternary systems based on III-V semiconductors and making research originally published in Russian accessible to the wider scientific community.

Features:





Contains 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 Symbols and Acronyms
xxiii
Preface xxv
Author xxvii
Chapter 1 Systems Based on BN
1(34)
1.1 Boron-Hydrogen-Lithium-Nitrogen
1(1)
1.2 Boron-Hydrogen-Sodium-Nitrogen
1(1)
1.3 Boron-Hydrogen-Calcium-Nitrogen
2(1)
1.4 Boron-Hydrogen-Carbon-Nitrogen
2(1)
1.5 Boron-Hydrogen-Oxygen-Nitrogen
3(1)
1.6 Boron-Hydrogen-Chromium-Nitrogen
3(1)
1.7 Boron-Hydrogen-Fluorine-Nitrogen
3(1)
1.8 Boron-Hydrogen-Chlorine-Nitrogen
4(1)
1.9 Boron-Hydrogen-Cobalt-Nitrogen
5(1)
1.10 Boron-Lithium-Beryllium-Nitrogen
5(1)
1.11 Boron-Lithium-Magnesim-Nitrogen
5(1)
1.12 Boron-Lithium-Calcium-Nitrogen
5(1)
1.13 Boron-Lithium-Strontium-Nitrogen
6(1)
1.14 Boron-Lithium-Barium-Nitrogen
6(1)
1.15 Boron-Lithium-Europium-Nitrogen
6(1)
1.16 Boron-Lithium-Carbon-Nitrogen
6(1)
1.17 Boron-Sodium-Strontium-Nitrogen
7(1)
1.18 Boron-Sodium-Barium-Nitrogen
7(1)
1.19 Boron-Sodium-Carbon-Nitrogen
8(1)
1.20 Boron-Potassium-Carbon-Nitrogen
9(1)
1.21 Boron-Rubidium-Carbon-Nitrogen
9(1)
1.22 Boron-Cesium-Carbon-Nitrogen
10(1)
1.23 Boron-Copper-Carbon-Nitrogen
10(1)
1.24 Boron-Silver-Carbon-Nitrogen
11(1)
1.25 Boron-Gold-Iron-Nitrogen
11(1)
1.26 Boron-Magnesium-Calcium-Nitrogen
12(1)
1.27 Boron-Magnesium-Aluminum-Nitrogen
12(1)
1.28 Boron-Magnesium-Gallium-Nitrogen
12(1)
1.29 Boron-Magnesium-Silicon-Nitrogen
12(3)
1.30 Boron-Magnesium-Chlorine-Nitrogen
15(1)
1.31 Boron-Magnesium-Bromine-Nitrogen
15(1)
1.32 Boron-Magnesium-Iodine-Nitrogen
16(1)
1.33 Boron-Calcium-Carbon-Nitrogen
16(1)
1.34 Boron-Calcium-Fluorine-Nitrogen
16(1)
1.35 Boron-Calcium-Chlorine-Nitrogen
16(1)
1.36 Boron-Calcium-Nickel-Nitrogen
17(1)
1.37 Boron-Calcium-Palladium-Nitrogen
17(1)
1.38 Boron-Strontium-Barium-Nitrogen
17(1)
1.39 Boron-Strontium-Fluorine-Nitrogen
18(1)
1.40 Boron-Strontium-Chlorine-Nitrogen
18(1)
1.41 Boron-Strontium-Bromine-Nitrogen
18(1)
1.42 Boron-Strontium-Iodine-Nitrogen
18(1)
1.43 Boron-Barium-Europium-Nitrogen
19(1)
1.44 Boron-Barium-Silicon-Nitrogen
19(1)
1.45 Boron-Barium-Oxygen-Nitrogen
19(1)
1.46 Boron-Barium-Fluorine-Nitrogen
19(1)
1.47 Boron-Barium-Chlorine-Nitrogen
20(1)
1.48 Boron-Aluminum-Gallium-Nitrogen
20(1)
1.49 Boron-Aluminum-Indium-Nitrogen
20(1)
1.50 Boron-Aluminum-Carbon-Nitrogen
20(1)
1.51 Boron-Aluminum-Titanium-Nitrogen
20(2)
1.52 Boron-Gallium-Indium-Nitrogen
22(1)
1.53 Boron-Gallium-Germanium-Nitrogen
22(1)
1.54 Boron-Thallium-Carbon-Nitrogen
23(1)
1.55 Boron-Scandium-Carbon-Nitrogen
23(1)
1.56 Boron-Yttrium-Carbon-Nitrogen
23(1)
1.57 Boron-Yttrium-Nickel-Nitrogen
24(1)
1.58 Boron-Lanthanum-Oxygen-Nitrogen
24(1)
1.59 Boron-Lanthanum-Cobalt-Nitrogen
25(1)
1.60 Boron-Lanthanum-Nickel-Nitrogen
25(2)
1.61 Boron-Lanthanum-Ruthenium-Nitrogen
27(1)
1.62 Boron-Lanthanum-Rhodium-Nitrogen
27(1)
1.63 Boron-Lanthanum-Iridium-Nitrogen
27(1)
1.64 Boron-Lanthanum-Platinum-Nitrogen
27(1)
1.65 Boron-Cerium-Nickel-Nitrogen
27(1)
1.66 Boron-Praseodymium-Nickel-Nitrogen
28(1)
1.67 Boron-Neodymium-Nickel-Nitrogen
28(1)
1.68 Boron-Europium-Bromine-Nitrogen
28(1)
1.69 Boron-Europium-Iodine-Nitrogen
28(1)
1.70 Boron-Holmium-Carbon-Nitrogen
29(1)
1.71 Boron-Erbium-Carbon-Nitrogen
29(1)
1.72 Boron-Thulium-Carbon-Nitrogen
30(1)
1.73 Boron-Thulium-Nickel-Nitrogen
30(1)
1.74 Boron-Ytterbium-Nickel-Nitrogen
30(1)
1.75 Boron-Lutetium-Carbon-Nitrogen
30(1)
1.76 Boron-Carbon-Silicon-Nitrogen
31(1)
1.77 Boron-Carbon-Titanium-Nitrogen
31(1)
1.78 Boron-Carbon-Tantalum-Nitrogen
31(1)
1.79 Boron-Carbon-Oxygen-Nitrogen
31(2)
1.80 Boron-Carbon-Sulfur-Nitrogen
33(1)
1.81 Boron-Carbon-Chromium-Nitrogen
33(1)
1.82 Boron-Carbon-Platinum-Nitrogen
33(1)
1.83 Boron-Phosphorus-Chlorine-Nitrogen
34(1)
1.84 Boron-Vanadium-Niobium-Nitrogen
34(1)
1.85 Boron-Niobium-Tantalum-Nitrogen
34(1)
Chapter 2 Systems Based On Bp
35(14)
2.1 Boron-Lithium-Oxygen-Phosphorus
35(1)
2.2 Boron-Lithium-Chlorine-Phosphorus
35(1)
2.3 Boron-Lithium-Bromine-Phosphorus
36(1)
2.4 Boron-Sodium-Potassium-Phosphorus
36(1)
2.5 Boron-Sodium-Oxygen-Phosphorus
36(1)
2.6 Boron-Sodium-Chlorine-Phosphorus
37(1)
2.7 Boron-Sodium-Bromine-Phosphorus
37(1)
2.8 Boron-Potassium-Fluorine-Phosphorus
37(1)
2.9 Boron-Cesium-Arsenic-Phosphorus
37(1)
2.10 Boron-Copper-Iron-Phosphorus
37(1)
2.11 Boron-Magnesium-Oxygen-Phosphorus
38(1)
2.12 Boron-Calcium-Oxygen-Phosphorus
38(1)
2.13 Boron-Strontium-Oxygen-Phosphorus
39(1)
2.14 Boron-Barium-Oxygen-Phosphorus
40(1)
2.15 Boron-Zinc-Oxygen-Phosphorus
41(1)
2.16 Boron-Zinc-Chlorine-Phosphorus
41(1)
2.17 Boron-Cadmium-Chlorine-Phosphorus
41(1)
2.18 Boron-Gallium-Oxygen-Phosphorus
42(1)
2.19 Boron-Indium-Oxygen-Phosphorus
42(1)
2.20 Boron-Lanthanum-Oxygen-Phosphorus
42(1)
2.21 Boron-Cerium-Oxygen-Phosphorus
42(1)
2.22 Boron-Praseodymium-Oxygen-Phosphorus
42(1)
2.23 Boron-Neodymium-Oxygen-Phosphorus
43(1)
2.24 Boron-Promethium-Oxygen-Phosphorus
43(1)
2.25 Boron-Samarium-Oxygen-Phosphorus
43(1)
2.26 Boron-Europium-Oxygen-Phosphorus
43(1)
2.27 Boron-Gadolinium-Oxygen-Phosphorus
44(1)
2.28 Boron-Terbium-Oxygen-Phosphorus
44(1)
2.29 Boron-Dysprosium-Oxygen-Phosphorus
44(1)
2.30 Boron-Thorium-Oxygen-Phosphorus
44(1)
2.31 Boron-Uranium-Oxygen-Phosphorus
44(1)
2.32 Boron-Carbon-Iron-Phosphorus
45(1)
2.33 Boron-Silicon-Iron-Phosphorus
45(1)
2.34 Boron-Lead-Oxygen-Phosphorus
46(1)
2.35 Boron-Lead-Fluorine-Phosphorus
47(1)
2.36 Boron-Lead-Chlorine-Phosphorus
47(1)
2.37 Boron-Lead-Bromine-Phosphorus
47(1)
2.38 Boron-Bismuth-Chlorine-Phosphorus
47(1)
2.39 Boron-Vanadium-Oxygen-Phosphorus
47(1)
2.40 Boron-Niobium-Iron-Phosphorus
47(1)
2.41 Boron-Oxygen-Chromium-Phosphorus
47(1)
2.42 Boron-Oxygen-Iron-Phosphorus
47(1)
2.43 Boron-Oxygen-Cobalt-Phosphorus
48(1)
2.44 Boron-Chlorine-Manganese-Phosphorus
48(1)
2.45 Boron-Chlorine-Iron-Phosphorus
48(1)
2.46 Boron-Iron-Nickel-Phosphorus
48(1)
Chapter 3 Systems Based On Bas
49(2)
3.1 Boron-Calcium-Oxygen-Arsenic
49(1)
3.2 Boron-Strontium-Oxygen-Arsenic
49(1)
3.3 Boron-Barium-Oxygen-Arsenic
49(1)
3.4 Boron-Aluminum-Oxygen-Arsenic
50(1)
3.5 Boron-Gallium-Indium-Arsenic
50(1)
3.6 Boron-Gallium-Antimony-Arsenic
50(1)
3.7 Boron-Lead-Oxygen-Arsenic
50(1)
Chapter 4 Systems Based On Ain
51(42)
4.1 Aluminum-Hydrogen-Sodium-Nitrogen
51(1)
4.2 Aluminum-Hydrogen-Potassium-Nitrogen
51(1)
4.3 Aluminum-Hydrogen-Cesium-Nitrogen
51(1)
4.4 Aluminum-Hydrogen-Oxygen-Nitrogen
51(1)
4.5 Aluminum-Lithium-Silicon-Nitrogen
52(1)
4.6 Aluminum-Lithium-Oxygen-Nitrogen
52(1)
4.7 Aluminum-Sodium-Oxygen-Nitrogen
52(1)
4.8 Aluminum-Copper-Titanium-Nitrogen
52(1)
4.9 Aluminum-Beryllium-Silicon-Nitrogen
53(1)
4.10 Aluminum-Magnesium-Silicon-Nitrogen
53(1)
4.11 Aluminum-Magnesium-Oxygen-Nitrogen
54(2)
4.12 Aluminum-Calcium-Silicon-Nitrogen
56(1)
4.13 Aluminum-Calcium-Oxygen-Nitrogen
56(2)
4.14 Aluminum-Strontium-Silicon-Nitrogen
58(1)
4.15 Aluminum-Strontium-Oxygen-Nitrogen
58(1)
4.16 Aluminum-Barium-Silicon-Nitrogen
58(1)
4.17 Aluminum-Barium-Oxygen-Nitrogen
59(1)
4.18 Aluminum-Gallium-Indium-Nitrogen
60(1)
4.19 Aluminum-Yttrium-Oxygen-Nitrogen
61(6)
4.20 Aluminum-Lanthanum-Silicon-Nitrogen
67(1)
4.21 Aluminum-Lanthanum-Oxygen-Nitrogen
67(1)
4.22 Aluminum-Cerium-Oxygen-Nitrogen
68(1)
4.23 Aluminum-Praseodymium-Oxygen-Nitrogen
68(1)
4.24 Aluminum-Neodymium-Oxygen-Nitrogen
69(2)
4.25 Aluminum-Samarium-Oxygen-Nitrogen
71(1)
4.26 Aluminum-Europium-Oxygen-Nitrogen
71(1)
4.27 Aluminum-Gadolinium-Oxygen-Nitrogen
71(1)
4.28 Aluminum-Carbon-Silicon-Nitrogen
71(4)
4.29 Aluminum-Carbon-Titanium-Nitrogen
75(1)
4.30 Aluminum-Carbon-Oxygen-Nitrogen
76(6)
4.31 Aluminum-Silicon-Titanium-Nitrogen
82(1)
4.32 Aluminum-Silicon-Oxygen-Nitrogen
82(7)
4.33 Aluminum-Tin-Titanium-Nitrogen
89(1)
4.34 Aluminum-Titanium-Oxygen-Nitrogen
89(1)
4.35 Aluminum-Zirconium-Oxygen-Nitrogen
90(1)
4.36 Aluminum-Hafnium-Oxygen-Nitrogen
90(1)
4.37 Aluminum-Phosphorus-Chlorine-Nitrogen
91(2)
Chapter 5 Systems Based On Alp
93(20)
5.1 Aluminum-Hydrogen-Oxygen-Phosphorus
93(2)
5.2 Aluminum-Lithium-Sodium-Phosphorus
95(1)
5.3 Aluminum-Lithium-Potassium-Phosphorus
95(1)
5.4 Aluminum-Lithium-Oxygen-Phosphorus
95(1)
5.5 Aluminum-Lithium-Sulfur-Phosphorus
95(1)
5.6 Aluminum-Sodium-Potassium-Phosphorus
96(1)
5.7 Aluminum-Sodium-Calcium-Phosphorus
96(1)
5.8 Aluminum-Sodium-Europium-Phosphorus
96(1)
5.9 Aluminum-Sodium-Oxygen-Phosphorus
96(1)
5.10 Aluminum-Sodium-Sulfur-Phosphorus
97(1)
5.11 Aluminum-Potassium-Oxygen-Phosphorus
97(1)
5.12 Aluminum-Cesium-Oxygen-Phosphorus
98(1)
5.13 Aluminum-Silver-Sulfur-Phosphorus
98(1)
5.14 Aluminum-Silver-Selenium-Phosphorus
98(1)
5.15 Aluminum-Magnesium-Oxygen-Phosphorus
99(1)
5.16 Aluminum-Calcium-Oxygen-Phosphorus
100(1)
5.17 Aluminum-Calcium-Platinum-Antimony
100(1)
5.18 Aluminum-Zinc-Oxygen-Phosphorus
100(1)
5.19 Aluminum-Zinc-Sulfur-Phosphorus
100(1)
5.20 Aluminum-Zinc-Iron-Phosphorus
100(1)
5.21 Aluminum-Gallium-Indium-Phosphorus
101(2)
5.22 Aluminum-Gallium-Arsenic-Phosphorus
103(2)
5.23 Aluminum-Gallium-Antimony-Phosphorus
105(1)
5.24 Aluminum-Gallium-Chromium-Phosphorus
105(1)
5.25 Aluminum-Indium-Arsenic-Phosphorus
106(1)
5.26 Aluminum-Indium-Antimony-Phosphorus
106(1)
5.27 Aluminum-Europium-Platinum-Antimony
106(2)
5.28 Aluminum-Arsenic-Antimony-Phosphorus
108(1)
5.29 Aluminum-Oxygen-Manganese-Phosphorus
108(1)
5.30 Aluminum-Oxygen-Iron-Phosphorus
109(1)
5.31 Aluminum-Oxygen-Cobalt-Phosphorus
110(3)
Chapter 6 Systems Based On Alas
113(16)
6.1 Aluminum-Hydrogen-Oxygen-Arsenic
113(1)
6.2 Aluminum-Lithium-Oxygen-Arsenic
113(1)
6.3 Aluminum-Sodium-Potassium-Arsenic
114(1)
6.4 Aluminum-Sodium-Calcium-Arsenic
114(1)
6.5 Aluminum-Sodium-Europium-Arsenic
114(1)
6.6 Aluminum-Sodium-Oxygen-Arsenic
114(1)
6.7 Aluminum-Potassium-Oxygen-Arsenic
115(1)
6.8 Aluminum-Rubidium-Oxygen-Arsenic
116(1)
6.9 Aluminum-Copper-Oxygen-Arsenic
116(1)
6.10 Aluminum-Silver-Oxygen-Arsenic
116(1)
6.11 Aluminum-Gallium-Indium-Arsenic
116(1)
6.12 Aluminum-Gallium-Germanium-Arsenic
117(1)
6.13 Aluminum-Gallium-Tin-Arsenic
117(3)
6.14 Aluminum-Gallium-Antimony-Arsenic
120(1)
6.15 Aluminum-Gallium-Chromium-Arsenic
121(4)
6.16 Aluminum-Gallium-Nickel-Arsenic
125(1)
6.17 Aluminum-Indium-Antimony-Arsenic
125(1)
6.18 Aluminum-Sulfur-Chlorine-Arsenic
125(2)
6.19 Aluminum-Selenium-Chlorine-Arsenic
127(2)
Chapter 7 Systems Based On Alsb
129(12)
7.1 Aluminum-Hydrogen-Oxygen-Antimony
129(1)
7.2 Aluminum-Sodium-Potassium-Antimony
129(1)
7.3 Aluminum-Sodium-Calcium-Antimony
129(1)
7.4 Aluminum-Sodium-Strontium-Antimony
130(1)
7.5 Aluminum-Sodium-Europium-Antimony
130(1)
7.6 Aluminum-Potassium-Cesium-Antimony
130(1)
7.7 Aluminum-Lithium-Oxygen-Antimony
131(1)
7.8 Aluminum-Calcium-Barium-Antimony
131(1)
7.9 Aluminum-Strontium-Ytterbium-Antimony
131(1)
7.10 Aluminum-Zinc-Vanadium-Antimony
131(1)
7.11 Aluminum-Zinc-Iron-Antimony
131(2)
7.12 Aluminum-Cadmium-Tellurium-Antimony
133(1)
7.13 Aluminum-Mercury-Tellurium-Antimony
134(1)
7.14 Aluminum-Gallium-Indium-Antimony
134(3)
7.15 Aluminum-Gallium-Tin-Antimony
137(1)
7.16 Aluminum-Ytterbium-Manganese-Antimony
137(1)
7.17 Aluminum-Lead-Oxygen-Antimony
138(1)
7.18 Aluminum-Bismuth-Oxygen-Antimony
138(1)
7.19 Aluminum-Vanadium-Oxygen-Antimony
138(1)
7.20 Aluminum-Selenium-Chlorine-Antimony
139(1)
7.21 Aluminum-Selenium-Bromine-Antimony
139(1)
7.22 Aluminum-Tellurium-Chlorine-Antimony
140(1)
7.23 Aluminum-Tellurium-Iodine-Antimony
140(1)
Chapter 8 Systems Based On Gan
141(8)
8.1 Gallium-Hydrogen-Sodium-Nitrogen
141(1)
8.2 Gallium-Hydrogen-Phosphorus-Nitrogen
141(1)
8.3 Gallium-Hydrogen-Oxygen-Nitrogen
141(1)
8.4 Gallium-Lithium-Calcium-Nitrogen
142(1)
8.5 Gallium-Lithium-Strontium-Nitrogen
142(1)
8.6 Gallium-Lithium-Carbon-Nitrogen
143(1)
8.7 Gallium-Lithium-Oxygen-Nitrogen
143(1)
8.8 Gallium-Copper-Carbon-Nitrogen
143(1)
8.9 Gallium-Magnesium-Strontium-Nitrogen
143(1)
8.10 Gallium-Strontium-Carbon-Nitrogen
144(1)
8.11 Gallium-Strontium-Oxygen-Nitrogen
144(1)
8.12 Gallium-Indium-Carbon-Nitrogen
144(1)
8.13 Gallium-Indium-Arsenic-Nitrogen
145(1)
8.14 Gallium-Indium-Manganese-Nitrogen
145(2)
8.15 Gallium-Arsenic-Bismuth-Nitrogen
147(2)
Chapter 9 Systems Based On Gap
149(20)
9.1 Gallium-Hydrogen-Oxygen-Phosphorus
149(1)
9.2 Gallium-Lithium-Oxygen-Phosphorus
149(1)
9.3 Gallium-Sodium-Potassium-Phosphorus
150(1)
9.4 Gallium-Sodium-Rubidium-Phosphorus
150(1)
9.5 Gallium-Sodium-Cesium-Phosphorus
150(1)
9.6 Gallium-Sodium-Calcium-Phosphorus
151(1)
9.7 Gallium-Sodium-Strontium-Phosphorus
151(1)
9.8 Gallium-Sodium-Oxygen-Phosphorus
151(1)
9.9 Gallium-Potassium-Cesium-Phosphorus
151(1)
9.10 Gallium-Potassium-Oxygen-Phosphorus
151(1)
9.11 Gallium-Rubidium-Oxygen-Phosphorus
152(1)
9.12 Gallium-Cesium-Oxygen-Phosphorus
152(1)
9.13 Gallium-Silver-Barium-Phosphorus
152(1)
9.14 Gallium-Silver-Tin-Phosphorus
153(1)
9.15 Gallium-Silver-Selenium-Phosphorus
153(1)
9.16 Gallium-Magnesium-Oxygen-Phosphorus
153(1)
9.17 Gallium-Calcium-Oxygen-Phosphorus
153(1)
9.18 Gallium-Strontium-Oxygen-Phosphorus
154(1)
9.19 Gallium-Zinc-Tin-Phosphorus
154(1)
9.20 Gallium-Zinc-Oxygen-Phosphorus
154(1)
9.21 Gallium-Zinc-Sulfur-Phosphorus
154(1)
9.22 Gallium-Zinc-Selenium-Phosphorus
154(1)
9.23 Gallium-Cadmium-Tin-Phosphorus
155(1)
9.24 Gallium-Indium-Thallium-Phosphorus
155(1)
9.25 Gallium-Indium-Tin-Phosphorus
155(1)
9.26 Gallium-Indium-Arsenic-Phosphorus
156(7)
9.27 Gallium-Indium-Antimony-Phosphorus
163(1)
9.28 Gallium-Indium-Sulfur-Phosphorus
164(1)
9.29 Gallium-Indium-Selenium-Phosphorus
164(1)
9.30 Gallium-Silicon-Tin-Phosphorus
165(1)
9.31 Gallium-Germanium-Tin-Phosphorus
165(1)
9.32 Gallium-Tin-Lead-Phosphorus
165(1)
9.33 Gallium-Tin-Chromium-Phosphorus
165(1)
9.34 Gallium-Tin-Iron-Phosphorus
166(1)
9.35 Gallium-Tin-Nickel-Phosphorus
166(1)
9.36 Gallium-Arsenic-Antimony-Phosphorus
166(1)
9.37 Gallium-Oxygen-Cobalt-Phosphorus
166(3)
Chapter 10 Systems Based On GaAs
169(26)
10.1 Gallium-Hydrogen-Chlorine-Arsenic
169(1)
10.2 Gallium-Lithium-Sodium-Arsenic
169(1)
10.3 Gallium-Lithium-Potassium-Arsenic
169(1)
10.4 Gallium-Lithium-Oxygen-Arsenic
169(1)
10.5 Gallium-Sodium-Potassium-Arsenic
170(1)
10.6 Gallium-Sodium-Rubidium-Arsenic
170(1)
10.7 Gallium-Sodium-Calcium-Arsenic
170(1)
10.8 Gallium-Sodium-Strontium-Arsenic
170(1)
10.9 Gallium-Sodium-Europium-Arsenic
171(1)
10.10 Gallium-Sodium-Niobium-Arsenic
171(1)
10.11 Gallium-Sodium-Oxygen-Arsenic
171(1)
10.12 Gallium-Potassium-Cesium-Arsenic
172(1)
10.13 Gallium-Potassium-Oxygen-Arsenic
172(1)
10.14 Gallium-Rubidium-Cesium-Arsenic
172(1)
10.15 Gallium-Cesium-Oxygen-Arsenic
172(1)
10.16 Gallium-Silver-Barium-Arsenic
172(1)
10.17 Gallium-Gold-Vanadium-Arsenic
173(1)
10.18 Gallium-Zinc-Silicon-Arsenic
173(1)
10.19 Gallium-Zinc-Germanium-Arsenic
173(1)
10.20 Gallium-Zinc-Selenium-Arsenic
173(2)
10.21 Gallium-Zinc-Tellurium-Arsenic
175(1)
10.22 Gallium-Cadmium-Sulfur-Arsenic
176(1)
10.23 Gallium-Cadmium-Selenium-Arsenic
176(1)
10.24 Gallium-Cadmium-Tellurium-Arsenic
176(1)
10.25 Gallium-Indium-Germanium-Arsenic
177(1)
10.26 Gallium-Indium-Tin-Arsenic
177(1)
10.27 Gallium-Indium-Lead-Arsenic
178(1)
10.28 Gallium-Indium-Antimony-Arsenic
178(11)
10.29 Gallium-Indium-Bismuth-Arsenic
189(1)
10.30 Gallium-Indium-Sulfur-Arsenic
189(1)
10.31 Gallium-Indium-Selenium-Arsenic
190(1)
10.32 Gallium-Indium-Manganese-Arsenic
190(1)
10.33 Gallium-Indium-Iridium-Arsenic
191(1)
10.34 Gallium-Silicon-Tin-Arsenic
191(1)
10.35 Gallium-Silicon-Lead-Arsenic
191(1)
10.36 Gallium-Germanium-Tin-Arsenic
191(1)
10.37 Gallium-Lead-Antimony-Arsenic
192(1)
10.38 Gallium-Tantalum-Nickel-Arsenic
192(1)
10.39 Gallium-Sulfur-Selenium-Arsenic
192(1)
10.40 Gallium-Sulfur-Tellurium-Arsenic
193(2)
Chapter 11 Systems Based On Gasb
195(14)
11.1 Gallium-Lithium-Barium-Antimony
195(1)
11.2 Gallium-Lithium-Oxygen-Antimony
195(1)
11.3 Gallium-Sodium-Potassium-Antimony
195(1)
11.4 Gallium-Sodium-Calcium-Antimony
195(1)
11.5 Gallium-Sodium-Strontium-Antimony
196(1)
11.6 Gallium-Sodium-Barium-Antimony
196(1)
11.7 Gallium-Sodium-Europium-Antimony
196(1)
11.8 Gallium-Potassium-Cesium-Antimony
196(1)
11.9 Gallium-Calcium-Barium-Antimony
197(1)
11.10 Gallium-Strontium-Oxygen-Antimony
197(1)
11.11 Gallium-Barium-Sulfur-Antimony
197(1)
11.12 Gallium-Barium-Selenium-Antimony
197(1)
11.13 Gallium-Barium-Tellurium-Antimony
198(1)
11.14 Gallium-Zinc-Tellurium-Antimony
198(1)
11.15 Gallium-Cadmium-Tin-Antimony
199(1)
11.16 Gallium-Cadmium-Tellurium-Antimony
199(1)
11.17 Gallium-Mercury-Tellurium-Antimony
199(1)
11.18 Gallium-Indium-Lead-Antimony
200(1)
11.19 Gallium-Yttrium-Sulfur-Antimony
200(1)
11.20 Gallium-Lanthanum-Tin-Antimony
201(1)
11.21 Gallium-Lanthanum-Sulfur-Antimony
202(1)
11.22 Gallium-Cerium-Sulfur-Antimony
202(1)
11.23 Gallium-Praseodymium-Sulfur-Antimony
202(1)
11.24 Gallium-Neodymium-Sulfur-Antimony
202(1)
11.25 Gallium-Samarium-Sulfur-Antimony
202(1)
11.26 Gallium-Gadolinium-Sulfur-Antimony
203(1)
11.27 Gallium-Gadolinium-Iron-Antimony
203(1)
11.28 Gallium-Terbium-Sulfur-Antimony
203(1)
11.29 Gallium-Dysprosium-Sulfur-Antimony
203(1)
11.30 Gallium-Holmium-Sulfur-Antimony
203(1)
11.31 Gallium-Lead-Oxygen-Antimony
204(1)
11.32 Gallium-Bismuth-Oxygen-Antimony
204(1)
11.33 Gallium-Sulfur-Selenium-Antimony
205(1)
11.34 Gallium-Sulfur-Tellurium-Antimony
205(1)
11.35 Gallium-Sulfur-Chlorine-Antimony
205(1)
11.36 Gallium-Selenium-Chlorine-Antimony
205(1)
11.37 Gallium-Tellurium-Chlorine-Antimony
206(1)
11.38 Gallium-Cobalt-Tellurium-Antimony
207(2)
Chapter 12 Systems Based On InN
209(4)
12.1 Indium-Lithium-Strontium-Nitrogen
209(1)
12.2 Indium-Lithium-Barium-Nitrogen
209(1)
12.3 Indium-Lithium-Oxygen-Nitrogen
210(1)
12.4 Indium-Sodium-Carbon-Nitrogen
210(1)
12.5 Indium-Copper-Strontium-Nitrogen
210(1)
12.6 Indium-Copper-Barium-Nitrogen
210(1)
12.7 Indium-Carbon-Sulfur-Nitrogen
211(2)
Chapter 13 Systems Based On Inp
213(18)
13.1 Indium-Hydrogen-Oxygen-Phosphorus
213(2)
13.2 Indium-Lithium-Oxygen-Phosphorus
215(1)
13.3 Indium-Sodium-Potassium-Phosphorus
215(1)
13.4 Indium-Sodium-Calcium-Phosphorus
215(1)
13.5 Indium-Sodium-Strontium-Phosphorus
215(1)
13.6 Indium-Sodium-Europium-Phosphorus
216(1)
13.7 Indium-Sodium-Oxygen-Phosphorus
216(1)
13.8 Indium-Potassium-Oxygen-Phosphorus
217(1)
13.9 Indium-Potassium-Sulfur-Phosphorus
217(1)
13.10 Indium-Potassium-Selenium-Phosphorus
218(1)
13.11 Indium-Rubidium-Oxygen-Phosphorus
218(1)
13.12 Indium-Cesium-Oxygen-Phosphorus
218(1)
13.13 Indium-Cesium-Selenium-Phosphorus
219(1)
13.14 Indium-Copper-Oxygen-Phosphorus
219(1)
13.15 Indium-Copper-Selenium-Phosphorus
219(1)
13.16 Indium-Silver-Oxygen-Phosphorus
219(1)
13.17 Indium-Silver-Sulfur-Phosphorus
220(1)
13.18 Indium-Silver-Selenium-Phosphorus
220(1)
13.19 Indium-Calcium-Oxygen-Phosphorus
220(1)
13.20 Indium-Strontium-Oxygen-Phosphorus
220(1)
13.21 Indium-Barium-Oxygen-Phosphorus
221(1)
13.22 Indium-Zinc-Tellurium-Phosphorus
221(1)
13.23 Indium-Cadmium-Sulfur-Phosphorus
221(1)
13.24 Indium-Cadmium-Tellurium-Phosphorus
221(3)
13.25 Indium-Tin-Iodine-Phosphorus
224(1)
13.26 Indium-Arsenic-Antimony-Phosphorus
224(7)
Chapter 14 Systems Based On InAs
231(18)
14.1 Indium-Hydrogen-Oxygen-Arsenic
231(1)
14.2 Indium-Lithium-Potassium-Arsenic
232(1)
14.3 Indium-Sodium-Potassium-Arsenic
232(1)
14.4 Indium-Sodium-Strontium-Arsenic
232(1)
14.5 Indium-Sodium-Oxygen-Arsenic
232(1)
14.6 Indium-Sodium-Chlorine-Arsenic
233(1)
14.7 Indium-Sodium-Bromine-Arsenic
233(1)
14.8 Indium-Potassium-Barium-Arsenic
233(1)
14.9 Indium-Potassium-Germanium-Arsenic
233(1)
14.10 Indium-Potassium-Niobium-Arsenic
234(1)
14.11 Indium-Potassium-Chlorine-Arsenic
234(1)
14.12 Indium-Potassium-Bromine-Arsenic
234(1)
14.13 Indium-Potassium-Iodine-Arsenic
234(1)
14.14 Indium-Rubidium-Oxygen-Arsenic
234(1)
14.15 Indium-Cesium-Niobium-Arsenic
235(1)
14.16 Indium-Copper-Selenium-Arsenic
236(1)
14.17 Indium-Copper-Chlorine-Arsenic
236(1)
14.18 Indium-Silver-Chlorine-Arsenic
237(1)
14.19 Indium-Silver-Iodine-Arsenic
237(1)
14.20 Indium-Magnesium-Chlorine-Arsenic
237(1)
14.21 Indium-Calcium-Chlorine-Arsenic
237(1)
14.22 Indium-Strontium-Chlorine-Arsenic
237(1)
14.23 Indium-Barium-Chlorine-Arsenic
237(1)
14.24 Indium-Zinc-Germanium-Arsenic
237(1)
14.25 Indium-Zinc-Tin-Arsenic
237(1)
14.26 Indium-Zinc-Sulfur-Arsenic
237(1)
14.27 Indium-Zinc-Selenium-Arsenic
238(1)
14.28 Indium-Zinc-Tellurium-Arsenic
238(2)
14.29 Indium-Zinc-Chlorine-Arsenic
240(1)
14.31 Indium-Zinc-Iodine-Arsenic
240(1)
14.31 Indium-Cadmium-Tin-Arsenic
240(1)
14.32 Indium-Cadmium-Sulfur-Arsenic
240(1)
14.33 Indium-Cadmium-Selenium-Arsenic
240(1)
14.34 Indium-Cadmium-Tellurium-Arsenic
241(2)
14.35 Indium-Cadmium-Chlorine-Arsenic
243(1)
14.36 Indium-Cadmium-Bromine-Arsenic
244(1)
14.37 Indium-Cadmium-Iodine-Arsenic
244(1)
14.38 Indium-Mercury-Tellurium-Arsenic
244(1)
14.39 Indium-Mercury-Bromine-Arsenic
245(1)
14.40 Indium-Thallium-Oxygen-Arsenic
245(1)
14.41 Indium-Thallium-Selenium-Arsenic
246(1)
14.42 Indium-Tin-Chlorine-Arsenic
246(1)
14.43 Indium-Lead-Antimony-Arsenic
246(1)
14.44 Indium-Lead-Chlorine-Arsenic
246(1)
14.45 Indium-Lead-Iodine-Arsenic
246(1)
14.46 Indium-Antimony-Bismuth-Arsenic
246(1)
14.47 Indium-Sulfur-Selenium-Arsenic
247(1)
14.48 Indium-Sulfur-Tellurium-Arsenic
247(2)
Chapter 15 Systems Based On Insb
249(20)
15.1 Indium-Sodium-Potassium-Antimony
249(1)
15.2 Indium-Sodium-Calcium-Antimony
249(1)
15.3 Indium-Sodium-Strontium-Antimony
250(1)
15.4 Indium-Potassium-Germanium-Antimony
250(1)
15.5 Indium-Silver-Selenium-Antimony
250(1)
15.6 Indium-Strontium-Oxygen-Antimony
251(1)
15.7 Indium-Barium-Oxygen-Antimony
251(1)
15.8 Indium-Barium-Selenium-Antimony
251(1)
15.9 Indium-Barium-Tellurium-Antimony
251(1)
15.10 Indium-Barium-Cobalt-Antimony
252(1)
15.11 Indium-Zinc-Tin-Antimony
252(1)
15.12 Indium-Zinc-Bismuth-Antimony
252(4)
15.13 Indium-Zinc-Selenium-Antimony
256(1)
15.14 Indium-Zinc-Tellurium-Antimony
256(1)
15.15 Indium-Cadmium-Europium-Antimony
256(1)
15.16 Indium-Cadmium-Tin-Antimony
257(1)
15.17 Indium-Cadmium-Bismuth-Antimony
258(1)
15.18 Indium-Cadmium-Sulfur-Antimony
258(1)
15.19 Indium-Cadmium-Selenium-Antimony
258(2)
15.20 Indium-Cadmium-Tellurium-Antimony
260(1)
15.21 Indium-Mercury-Tellurium-Antimony
261(2)
15.22 Indium-Mercury-Bromine-Antimony
263(1)
15.23 Indium-Lanthanum-Sulfur-Antimony
263(1)
15.24 Indium-Lanthanum-Selenium-Antimony
263(1)
15.25 Indium-Cerium-Selenium-Antimony
264(1)
15.26 Indium-Praseodymium-Sulfur-Antimony
264(1)
15.27 Indium-Praseodymium-Selenium-Antimony
264(1)
15.28 Indium-Neodymium-Sulfur-Antimony
264(1)
15.29 Indium-Neodymium-Selenium-Antimony
264(1)
15.30 Indium-Samarium-Sulfur-Antimony
265(1)
15.31 Indium-Germanium-Tellurium-Antimony
265(1)
15.32 Indium-Tin-Lead-Antimony
265(1)
15.33 Indium-Tin-Selenium-Antimony
265(1)
15.34 Indium-Tin-Tellurium-Antimony
265(1)
15.35 Indium-Lead-Oxygen-Antimony
266(1)
15.36 Indium-Lead-Tellurium-Antimony
266(1)
15.37 Indium-Selenium-Tellurium-Antimony
267(2)
References 269(34)
Index 303
Vasyl Tomashyk is Executive Director and Head of the Department of the V.Ye. Lashkaryov Institute for Semiconductor Physics of the National Academy of Sciences of Ukraine. Prof. Tomashyk graduated from Chernivtsi State University in 1972 (Master of Chemistry). He is a doctor of chemical sciences (1992), professor (1999) and author of about 570 publications in scientific journals and conference proceedings including 8 books (three of which have been published by CRC Press), which are devoted to the physical-chemical analysis and chemistry of semiconductors, and the chemical treatment of semiconductor surfaces. Vasyl Tomashyk is a specialist of high international repute in the field of solid state and semiconductor chemistry, including physical-chemical analysis, and technology of semiconductor materials. He was head of research topics within the international program "Copernicus". He is a member of the Materials Science International Team (Stuttgart, Germany, since 1999) which prepares a series of prestigious reference-books under the title "Ternary Alloys" and "Binary Alloys" and has published 35 articles in the LandoltBörnstein New Series. Vasyl Tomashyk works actively with young researchers and graduate students and under his supervision 20 Ph.D. theses have been prepared. For many years, he has been a professor at Ivan Franko Zhytomyr State University.