In Memoriam

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COLOR FiguRe 14.16 Crowns fabricated from CAPTEK ® . (From Precious Chemicals, Ltd. With permission.) COLOR FiguRe 14.17 Sintered crowns fabricated by 3D printing. (Image courtesy of imagen. With permission.)
COLOR FiguRe 14.18 Crowns infiltrated with gold ready for porcelain. (From imagen. With permission.) (a) (b) COLOR FiguRe 15.1 (a) Depicts a bowl having bright gold bands carried out by hand gilding for the handles, and machine banding where the gold is aligned with the color. (b) Depicts a combination of burnish and raised matt gold effects with multicolored enamel decoration. Application is by a combination of decal and machine banding.
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Edited by Christopher Corti Richard
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In Memoriam Since writing the prefa
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viii Contents Chapter 1.2. Gold Thi
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x Preface We appreciate and acknowl
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xii Contributors Koichiro Mukoyama
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2 Gold: Science and Applications 19
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4 Gold: Science and Applications of
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6 Gold: Science and Applications Wo
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8 Gold: Science and Applications in
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10 Gold: Science and Applications A
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12 Gold: Science and Applications w
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14 Gold: Science and Applications u
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18 Gold: Science and Applications T
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20 Gold: Science and Applications
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24 Gold: Science and Applications S
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26 Gold: Science and Applications l
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32 Gold: Science and Applications C
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34 Gold: Science and Applications b
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38 Gold: Science and Applications M
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40 Gold: Science and Applications s
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42 Gold: Science and Applications G
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44 Gold: Science and Applications P
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46 Gold: Science and Applications O
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4 CONTeNTs INTRODUCTION Surface Ele
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Surface Electrochemistry of Gold 53
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70 Gold: Science and Applications L
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72 Gold: Science and Applications R
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78 Gold: Science and Applications c
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80 Gold: Science and Applications L
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82 Gold: Science and Applications N
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6 CONTeNTs * Deceased. Gold Catalys
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Gold Catalysis 91 1998 [18], which
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Gold Catalysis 93 Chemical Vapor De
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Gold Catalysis 95 The extent of the
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Gold Catalysis 97 Rate per surface
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Gold Catalysis 99 observed for the
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Gold Catalysis 101 TabLe 6.3 synthe
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Gold Catalysis 103 diphosphanes as
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Gold Catalysis 105 10-60 ppm sulfur
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Gold Catalysis 107 chloride were pr
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Gold Catalysis 109 TabLe 6.5 Yields
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Gold Catalysis 111 per month, has s
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Gold Catalysis 113 a propene oxide
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Gold Catalysis 115 TabLe 6.7 Relati
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Gold Catalysis 117 aCKNOWLeDGMeNTs
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Gold Catalysis 119 53. Gold nanopar
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Gold Catalysis 121 108. The applica
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7 CONTeNTs INTRODUCTION Metallurgy
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Metallurgy of Gold 125 solidifiCati
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Metallurgy of Gold 127 for a gold p
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Metallurgy of Gold 129 aiming at a
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Metallurgy of Gold 131 In order to
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Metallurgy of Gold 133 such alloys,
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Metallurgy of Gold 135 • Aging at
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Metallurgy of Gold 137 Temperature
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Metallurgy of Gold 139 Hardness (HV
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Metallurgy of Gold 145 Reflectivity
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Metallurgy of Gold 147 90 80 70 60
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Metallurgy of Gold 149 refinement),
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Metallurgy of Gold 151 Formfilling
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Metallurgy of Gold 153 Temperature
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Metallurgy of Gold 155 example, int
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Metallurgy of Gold 157 47. Palladiu
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Metallurgy of Gold 159 101. The eff
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9 CONTeNTs INTRODUCTION Jewelry Man
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Jewelry Manufacturing Technology 19
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16 Nanotechnological Applications o
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Nanotechnological Applications of G
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Page 390 and 391: Nanotechnological Applications of G
Page 410: Nanotechnological Applications of G
Page 413 and 414: 400 Gold: Science and Applications
Page 421 and 422: 408 Index Bretton Woods agreement,
Page 423 and 424: 410 Index engineering uses of gold,
Page 425 and 426: 412 Index hardening, 128-144 disord
Page 427 and 428: 414 Index mesoporous gold sponges,
Page 429 and 430: 416 Index surpluses, 2 swarna bhasm
Page 431 and 432: a c Au C C COLOR FiguRe 3.3 The cry
Page 433 and 434: Au S S S S Au Au Au Au Au S (a) Au
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Page 437 and 438: COLOR FiguRe 10.2 Representation of
Page 439: COLOR FiguRe 14.11 Goldtech Bio2000
Page 443 and 444: COLOR FiguRe 15.14 Ink-jet printed
Page 445: COLOR FiguRe 15.25 The head of a si
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