Author's Page of | ![]() |
Page |
Part |
Correction or Comment |
viii | ppmvA | Add ( = mL/L) |
ix | R or rejection ratio | Remove or rejection ratio |
ix | RHE | Add (at pH=0, RHE=SHE) |
ix | w angular speed of rotation | angular velocity of rotation |
9 | In Figure 1.3, A surface index for anatase, 100 and 110 | should be 001 and 011, respectively. cf. Figure in page 153. |
15 | line 3 from bottom, glycerin was reported,18 | glycerin was reported, remove reference number |
23 | Reference 44 72,637 | 72,437 |
23 | Reference 50 E. Baur, | E. Baur,A. Perret |
23 | Reference 53 F. Mauo | F. Masuo |
30 | line 5 complex permittivity | complex relative permittivity |
30 | middle because m0=4px10-7Hm-1) | This part should be deleted as the change of the SI unit in 2019 |
31 | below equation (2.21) with eqn (2.12) | with eqn (2.17) |
33 | line 9 from bottom trigonometric function | sine wave |
43 | line 2 are called the three primary colors | are called as the three primary colors |
44 | Reference 7. T. Sekiyta | T. Sekiya |
48 | line 2 from bottom with 0 and p/b. | with 0 and p/b for the array of s orbitals. |
53 | equation (3.3) e*(w)=1- | e*(w)=1+c*(w)=1- |
55 | line 3 from bottom from Z to G | from C to G |
56 | Caption of Figure 3.10 Band energy diagram (E-k) | Band energy(E-k) diagram |
61 | In Figure 3.15 B | label for atom Rb is missing. |
63 | Caption of Figure 3.16 R. Marschall, Adv. Funct. Mater. 2014, 24. 2421. | R. Marschall, Adv. Funct. Mater. 2014, 24. 2421. should be deleted. |
76 | line 3 inner Helmholtz layer | outer Helmholtz layer |
76 | line 7 Poisson-Boltzmann equation | Poisson equation |
76 | line 11 r =eN0 | r =-eN0 |
76 | Equation (4.6) f (x)=- | "minus" should be deleted |
76 | Below Equation (4.6) f sc=-f (0) | f sc=+f (0) |
76 | Equation (4.8) the term -kBT /e | This term appears when Boltzmann distribution was not ignored for r in eqn (4.5) |
79 | Figure 4.10 Permission | The original Figure was in Nakato et al. J. Electrochem. Soc. 1980, 127, 1502-1506. |
81 | line 4 (see Section 7.6) | (see Section 7.6.2) |
82 | line 2 in late 1970. | in late 1960 as described in Section 1.6. |
96 | line 9 from bottom Active Oxygen | Reactive Oxygen seems to be common. |
97 | line 12 hydroxyl peroxide | hydrogen peroxide |
98 | line 14 from bottom (e) Color developing mthod for formaldehyde,....... | (e) Product analysis after the reaction with methanol or DMSO |
109 | Reference 24. J.M.Brown, M.Kaiseab,.......... | J.M.Brown, M.Kaise et al. |
109 | Reference 27. 1979, 83,3152 . | 1979, 83,3146 . |
109 | Reference 34. K. Ishibashi, T.Ohsaka and K. Tokuda . | K. Ishibashi, A. Fujishima et al . |
118 | line 7 from bottom This is called a light intesity control reaction. | This sentence should be removed |
120 | line 3 from bottom [D] and ............ 1>>KD[D]peroxide | [D] and ............ 1>>KD[D] |
139 | line 7 At the end of the paragaraph, add the following sentence | Since the sensitizer is decomposed this reaction is not photocatalytic in strict meanens. Actually it should be called "Catalytic photolysis" |
152 | Figure 7.6 A in the caption | Reproduced from Nosaka and Nosaka, J. Phys. Chem, Lett. 2016, 7, 431-434. |
183 | laset line thickness and withdrawal speed for | thickness h and withdrawal speed u for |
188 | Figure 8.7 in the labels "sputtering perticle" | "spattering perticle" |
204 | line 2 from bottom Japanese Inductrial Standard | Japanese Inductrial Standards |
210 | line 11 AQY=......=0.00152xr(%) . | AQY(%)=......=0.00152xr . |
216 | line 2 reactions take place.8 | reactions take place.10 |
252 | Referencee 31 2012, p175 | 2012, p173 |