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Errata to: EngMat
DOI: 10.1007/978-3-642-15411-9
Preface (pp. v–vi)
Location | Printed | Should be | Comment |
---|---|---|---|
p. vi | Akita | Sendai | City name for H. Tohmyoh |
Introduction (pp. 1–14)
Location | Printed | Should be | Comment |
---|---|---|---|
None |
Basis of Atomic Diffusion (pp. 15–52)
Location | Printed | Should be | Comment |
---|---|---|---|
p. 16, line 13 | results | result | Delete “s” |
p. 23, line 19 | acceleration test of EM | acceleration test of EM for IC Al lines | Add “for IC Al lines” |
p. 26, line 9 | j x | j x | Put “x” in italics |
p. 26, line 10 | J x | j x | Decapitalize “J” and put “x” in italics |
p. 27, line 4 | , | . | Change comma to period after Eq. (33) |
p. 30, line 17 | 0.00442 | 0.00442. | Add period |
p. 34, line 6 | \( - 2\left. {\frac{{\kappa \Upomega \partial^{2} N}}{{N_{0} \partial x\partial y}}\sin \,2\theta } \right\} \) | \( - 2\left. {\frac{\kappa \Upomega }{{N_{0} }}\frac{{\partial^{2} N}}{\partial x\partial y}\sin \,2\theta } \right\} \) | Divide into two fractions |
p. 37, line 5 | Printed | ||
\( + \frac{\sqrt 3 }{4}\pi d\left[ { - \frac{\kappa \Upomega }{{N_{0} }}\left( {\frac{{\partial^{2} N}}{2} + \frac{{\partial^{2} N}}{{\partial y^{2} }}} \right) - \frac{{\kappa \Upomega /N_{0} }}{kT}\left( {D_{x} \frac{\partial N}{\partial x} + D_{y} \frac{{}}{\partial y}} \right)} \right. \) | |||
Should be | |||
\( + \frac{\sqrt 3 }{4}\pi d\left[ { - \frac{\kappa \Upomega }{{N_{0} }}\left( {\frac{{\partial^{2} N}}{{\partial x^{2} }} + \frac{{\partial^{2} N}}{{\partial y^{2} }}} \right) - \frac{{\kappa \Upomega /N_{0} }}{kT}\left( {D_{x} \frac{\partial N}{\partial x} + D_{y} \frac{\partial N}{\partial y}} \right)} \right. \) | |||
Comment | |||
Insert “∂x” into denominator and “∂N” into numerator | |||
p. 37, line 14 | comparing | comparing void formation in | Add “void formation in” |
p. 38, line 3 | Printed | ||
\( = \frac{{\sqrt{3}}d^{2}}{4\delta }\left[ {AFD_{\text{gen}}^{*} |{\text{end}} + \frac{{\partial AFD_{\text{gen}}^{*} |{\text{end}}}}{\partial x}\left( {l_{d} - l^{*} } \right)} \right] \) | |||
Should be | |||
\( = \frac{{\sqrt{3}}d^{2}}{4\delta }\left[ {AFD_{\text{gen}}^{*} |{\text{end}} + \frac{{\partial AFD_{\text{gen}}^{*} |{\text{end}}}}{\partial x}\left( {l_{d} - l^{*} } \right)} \right] \) | |||
Comment | |||
Put “end” in inferior | |||
p. 38, line 11 | Printed | ||
\( v_{d} = \left[ {AFD_{\text{gen}}^{*} |{\text{end}} + \frac{{\partial AFD_{\text{gen}}^{*} |{\text{end}}}}{\partial x}\left( {l_{d} - l^{*} } \right)} \right]l^{*} \Upomega \) | |||
Should be | |||
\( v_{d} = \left[ {AFD_{\text{gen}}^{*} |_{\text{end}} + \frac{{\partial AFD_{\text{gen}}^{*} |_{\text{end}} }}{\partial x}\left( {l_{d} - l^{*} } \right)} \right]l^{*} \Upomega \) | |||
Comment | |||
Put “end” in inferior | |||
p. 39, line 4 | Printed | ||
\( F_{\text{gb}}^{*} |{\text{end = }}\sum\limits_{i} {} \sum\limits_{j} {} \left\{ {v_{d} |_{ij} - \left[ {(AFD_{\text{gen}}^{*} |{\text{end)}}_{i} + \left( {\frac{{\partial AFD_{\text{gen}}^{*} |{\text{end}}}}{\partial x}} \right)_{i} (l_{d} |_{ij} - l^{*} )} \right]l^{*} \Upomega } \right\}^{2} \) | |||
Should be | |||
\( F_{\text{gb}}^{*} |_{\text{end}} { = }\sum\limits_{i} {} \sum\limits_{j} {} \left\{ {v_{d} |_{ij} - \left[ {(AFD_{\text{gen}}^{*} |_{\text{end}} )_{i} + \left( {\frac{{\partial AFD_{\text{gen}}^{*} |_{\text{end}} }}{\partial x}} \right)_{i} (l_{d} |_{ij} - l^{*} )} \right]l^{*} \Upomega } \right\}^{2} \) | |||
Comment | |||
Put “end” in inferior | |||
p. 45, line 3 of figure caption of Fig. 14 | [71] | [72] | Change reference number |
Fabrication of Micro and Nano Metallic Materials (pp. 53–92)
Location | Printed | Should be | Comment |
---|---|---|---|
p. 55, line 17 | ‘the electro-thermal’ | the ‘electro-thermal’ | Change position of single quotation marks |
p. 72, line 4 | EM failure | EM failure in IC | Add “in IC” |
p. 72, line 12 | Eqs. (55), (57) | Eqs. (55)–(57) | Replace a comma with an en dash |
p. 72, line 13 | Eq. (58) in Basis of Atomic Diffusion given in Sect. 1.7 in Basis of Atomic Diffusion | Eq. (58) given in Sect. 1.7 in Basis of Atomic Diffusion | Delete the first “in Basis of Atomic Diffusion” |
p. 73, line 2 | Assuming | Assume | Be in imperative form |
p. 81, line 15 | chpater | chapter | Misspelling |
p. 89, line 17 | Acknowledgments | Acknowledgment | Change to singular |
Evaluation of Mechanical Properties (pp. 93–142)
Location | Printed | Should be | Comment |
---|---|---|---|
p. 99, line 4 | called as | called the | Change “as” to “the” |
p. 101, in 3rd line from bottom | large value. | large value (see Sect. 2.4). | Insert “(see Sect. 2.4)” |
p. 101, in 2nd line from bottom | called as | called the | Change “as” to “the” |
p. 102, line 6 | called as | called | Delete “as” |
p. 105, in 4th line after Eq. (12) | rotary inertia) | rotary inertia | Delete a parenthesis |
p. 113, line 4 | Sect. 3.3.1 | Sect. 3.1 in the preceding chapter | Replace “3.3.1” with “3.1 in the preceding chapter” |
p. 124, in 1st line before Eq. (62) | in Eq. (53) | in Eq. (42) | Change 53 to 42 |
p. 130, line 16 | spuattering | spattering | Misspelling |
p. 133, line 1 | Printed | Delete indent | |
Nano/Micromaterials | |||
Should be | |||
Nano/Micromaterials | |||
p. 136, line 1 of figure caption of Fig. 31 | aE…bσY…cE’… | aE…bσY…cE’… | Insert a space for each |
p. 137, in Acknowledgments | M.Muraoka. H.Tohmyoh. | M. M. H. T. | Change to initials |
Evaluation of Electrical Properties (pp. 143–172)
Location | Printed | Should be | Comment |
---|---|---|---|
p. 145, line 15 | nanowires | nanowire | Change to singular |
p. 146, line 28 | diameter a the only lateral dimension | diameter is the only lateral dimension | Change “a” to “is” |
p. 151, the end of the caption of Fig. 4 | (scale bar 2μm) | Add (scale bar 2μm) | |
p. 152, line 24 | [24, 29] | [25, 28] | Change reference numbers |
p. 152, line 37; p. 154, lines 4, 8 and 18; p. 156, line 14 | [29] | [28] | Change reference number |
p. 157, the last line of caption of Fig. 9 | the mean | the variation of them | Replace “mean” with “variation of them” |
p. 157, line 11 | is on the nanometer | on the nanometer | Delete “is” |
p. 158, line 17 | [27] | [23] | Change reference number |
p. 158, line 29 | [25, 26, 30, 31] | [26, 29, 30, 31] | Change 25 to 29 |
p. 159, lines 9, 26 and 34 | [25] | [26] | Change reference number |
p. 159, line 16 | strong | strongly | Change to adverb |
p. 159, line 36; p. 161, line 7 | [26] | [29] | Change reference number |
p. 163, line 11 | the step height of | the step height is | Change “of” to “is” |
p. 165, line 5 | simultaneous | simultaneously | Change to adverb |
p. 166, line 11–12 | [23, 28] | [24, 27] | Change reference numbers |
p. 167, line 1 | Symbolω | Symbol ω | Insert a space |
p. 167, lines 4 and 8 | [28] | [24] | Change reference number |
p. 168, line 12 | Eqs. 5–8 and 5–11 | Eqs. 8 and 11 | Delete “5-” for each |
p. 169, the last line of caption of Fig. 19 | 13 | 12 | Change footnote number |
p. 170, ref. 28 | (2007a) | (2007) | Delete “a” |
p. 170, ref. 29 | (2007b) | (2007) | Delete “b” |
p. 171, line 5 | 31. | 32. | Change reference number |
Modification of Nano/Micromaterials (pp. 173–220)
Location | Printed | Should be | Comment |
---|---|---|---|
p. 173, line 7 in Abstract | in thin wires are | in thin wires is | Change “are” to “is” |
p. 175, line 1 of figure caption of Fig. 2 | 10-nmdiameter | 10-nm diameter | Insert a space |
p. 177, line 6 from bottom | K = 72 W/mK | K = 72 W/(mK) | “mK” should be parenthesized |
p. 177, line 5 from bottom | c = 134 J/kg K | c = 134 J/(kg K) | “kg K” should be parenthesized |
p. 179, in 13th line from bottom | K = 72 W/mK | K = 72 W/(mK) | “mK” should be parenthesized |
p. 179, in 13th line from bottom | c = 134 J/kg K | c = 134 J/(kg K) | “kg K” should be parenthesized |
p.179, in 12th line from bottom | H = 30 W/m2K | H = 30 W/(m2K) | “m2K” should be parenthesized |
p. 181, line 2 | Eq. (1). | 1.2. | Change Eq. (1) to 1.2 |
p. 183, Table 1 | I/A | I/A | Variables I and A should be italic |
p. 188, line 2 of figure caption of Fig. 12 | of A in b | of A in a | Change b to a |
p. 188, in 5th line from bottom | Figure 13a–d correspond to | Figure 13a–d corresponds to | Change “correspond” to “corresponds” |
p. 192, line 6 | shown experimentally | experimentally | Delete “shown” |
p. 196, line 10 | Figure 20a and b represents | Figure 21a and b represents | Change 20 to 21 |
p. 196, line 12 | Figure 21a–d shows | Figure 21c and d shows | Change “a–d” to “c and d” |
p. 203, line 6 of figure caption of Fig. 27 | electrode 3 and 4 | electrodes 3 and 4 | Change “electrode” to “electrodes” |
p. 204, line 5 | in the previous section, | in Sect. 2.3.2, | Change “the previous section” to “Sect. 2.3.2” |
p. 205, in 9th- 10th lines from bottom | SiC ([68], BC [33], and NaFe4P12 [32] have | SiC [68], BC [33], and NaFe4P12 [32], have | Delete a parenthesis and insert a comma after [32] |
p. 210, line 7 | Sect. 3.3.1 | Sect. 3.1 in Fabrication of Micro and Nano Metallic Materials | Replace “3.3.1” with “3.1 in Fabrication of Micro and Nano Metallic Materials” |
p. 216, in 7th line from bottom | (See Table 1 | (see Table 1 | Change to lowercase |
p. 216, in 6th line from bottom | (See Fig.21a | (see Fig. 21a | Change to lowercase and insert a space before 21a |
Index (pp. 221–225)
Location | Printed | Should be | Comment |
---|---|---|---|
p. 221 | Acceleration test, 23, 25, 33, 38, 40, 42, 45, 49 | Acceleration test, 23, 25, 33, 38, 40, 42 | Delete 45 and 49 |
p. 221 | Anodic alumina, 5, 6, 145 | Anodic alumina, 5, 6, 146 | Change 145 to 146 |
p. 221 | Aspect ratio, 46, 57, 59, 159, 160 | Aspect ratio, 46, 57, 59, 159, 162 | Change 160 to 162 |
p. 221 | Printed | Delete 35 for atomic diffusion | |
Atomic | |||
Delete 48 and 63 for atomic flux | |||
diffusion, 11, 15, 16, 18, 19, 35, 36, 43, 46, 54, 82, 212 | |||
flux, 15, 17-21, 33, 36-38, 47, 48, 63, 66 | |||
Should be | |||
Atomic | |||
diffusion, 11, 15, 16, 18, 19, 36, 43, 46, 54, 82, 212 | |||
flux, 15, 17-21, 33, 36-38, 47, 66 | |||
p. 221 | Printed | Insert a hyphen before “strength” and change 129 to 128 | |
Bond-order-bond-length-bond strength (bond-OLS) correlation, 129 | |||
Should be | |||
Bond-order-bond-length-bond-strength (bond-OLS) correlation, 128 | |||
p. 221 | Brass (BS), 168 | Brass (BS), 169 | Change 168 to 169 |
p. 221 | Cantilever, 94, 98, 105, 107, 110, 121, 129, 133, 152, 159, 162, 213 | Cantilever, 94, 98, 105, 107, 110, 121, 129, 133, 152, 160, 162, 213 | Change 159 to 160 |
p. 221 | Printed | Delete 34 | |
Characteristic | |||
constant, 15, 34, 35, 37, 39, 41, 42 | |||
Should be | |||
Characteristic | |||
constant, 15, 35, 37, 39, 41, 42 | |||
p. 221 | Coaxial line, 163, 164, 167 | Coaxial line, 164, 167 | Delete 163 |
p. 221 | Printed | Change 160 to 161 for crystalline plane | |
Crystalline, 99, 112, 213 plane, 159, 160 | |||
Should be | |||
Crystalline, 99, 112, 213 plane, 159, 161 | |||
p. 222 | Printed | Indent “modulus” | |
Elastic | |||
modulus, 2, 12, … | |||
Should be | |||
Elastic | |||
modulus, 2, 12, … | |||
p. 222 | Printed | Replace a hyphen with a space before “evaporation” | |
Electron, 17, 35, 43, 48 | |||
-beam-evaporation technique (EBET), 210 | |||
Should be | |||
Electron, 17, 35, 43, 48 | |||
-beam evaporation technique (EBET), 210 | |||
p. 223 | Printed | Insert a space before “fit” | |
Least-squares method (least-squaresfit), 38, | |||
Should be | |||
Least-squares method (least-squares fit), 38, | |||
p. 223 | Lifetime, 16, 19, 20, 34, 62, 75, 78, 79, 80 | Lifetime, 16, 19, 20, 35, 62, 75, 78, 79, 80 | Change 34 to 35 |
p. 223 | Printed | Replace a hyphen with a space before “atom” | |
Lower-coordinated surface-atom, 128 | |||
Should be | |||
Lower-coordinated surface atom, 128 | |||
p. 223 | Printed | Add 102 for mechanical diode and delete 136 for mechanical property | |
Mechanical | |||
diode (MD), 101 | |||
property, 45, 93, 126, 130, 136 | |||
Should be | |||
Mechanical | |||
diode (MD), 101, 102 | |||
property, 45, 93, 126, 130 | |||
p. 223 | Misfit strain, 206, 208, 214 | Misfit strain, 205, 208, 214 | Change 206 to 205 |
p. 223 | Printed | 2 is inferior | |
Molybdenum disulfide (MoS2), | |||
Should be | |||
Molybdenum disulfide (MoS2), | |||
p. 223 | Printed | Delete “of area” and add 109 | |
Moment | |||
of inertia, see also rotary inertiaof area, 104 | |||
Should be | |||
Moment | |||
of inertia, see also rotary inertia, 104, 109 | |||
p. 224 | Printed | Insert a space after “deposition” and add 76 | |
Plasma-enhanced chemical vapor deposition(PE-CVD), 39 | |||
Should be | |||
Plasma-enhanced chemical vapor deposition (PE-CVD), 39, 76 | |||
p. 224 | Printed | Move 97 behind “Polycrystalline” and delete 36 | |
Polycrystalline | |||
line, 18, 20, 33, 34, 35, 36, 37, 74, 97 | |||
Should be | |||
Polycrystalline, 97 | |||
line, 18, 20, 33, 34, 35, 37, 74 | |||
p. 224 | Rotary inertia, 105, 109, 114 | Rotary inertia, 105, 114 | Delete 109 |
p. 224 | Printed | Delete one 44 for scanning electron microscope Change 162 to 163 for scanning profile | |
Scanning | |||
electron microscope (SEM), 42, 44, 44, 47, | |||
profile, 162, 165 | |||
Should be | |||
Scanning | |||
electron microscope (SEM), 42, 44, 47, | |||
profile, 163, 165 | |||
p. 224 | Silicon (Si) | Silicon (Si) | 2 is inferior |
dioxide (SiO2), | dioxide (SiO2), | ||
p. 224 | Silicon (Si) | Silicon (Si) | 3 and 4 are inferior |
nitride (Si3N4), | nitride (Si3N4), | ||
p. 224 | Size-dependent, 144, 145, 169 | Size-dependent, 144, 145 | Delete 169 |
p. 225 | Printed | Delete 19 for stress migration Delete 44 and 46 for stress release | |
Stress | |||
migration (SM), 4, 6, 15, 19, 42, 43, 45, 46, 47, 48, 113 | |||
release, 11, 44, 46, 54 | |||
Should be | |||
| |||
Stress | |||
migration (SM), 4, 6, 15, 42, 43, 45, 46, 47, 48, 113 | |||
release, 11, 54 | |||
p. 225 | Printed | Add another expression | |
Template | |||
assisted synthesis, 146 | |||
Should be | |||
Template | |||
assisted synthesis, 146 | |||
-based synthesis, 4, 5, 6 | |||
p. 225 | Printed | 2 is inferior | |
Tin dioxide (SnO2), | |||
Should be | |||
Tin dioxide (SnO2), |
Back Cover
Location | Printed | Should be | Comment |
---|---|---|---|
line 18 | expected are | expected to be | Delete “expected are” |
expected to be |
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© 2011 Springer-Verlag Berlin Heidelberg
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Saka, M. (2011). Errata to: Metallic Micro and Nano Materials. In: Saka, M. (eds) Metallic Micro and Nano Materials. Engineering Materials. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-15411-9_7
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DOI: https://doi.org/10.1007/978-3-642-15411-9_7
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