Author Index

A Alsem, DH, 1564 B Behzad, A, 1770 Al-sharab, J, 1694 Behzad, AR, 1768 Aaron, J, 18 Altieri, S, 1870 Bacallao, R, 54 Béjar-Gómez, L, 832, 1050, Abbott, J, 638 Altmann, F, 626 Back, T-S, 634 1052, 1054 Abdou Ben Moussa, W, 44 Altoe, V, 1532 Bacon, N, 1290 Belay, K, 1882 Abe, A, 1180 Alvares, G, 420 Bae, I-T, 1392 Bell, D, 660, 824, 944, 1276, Abe, E, 1278, 1612, 1676 Alvarez, C, 496 Bae, J, 1758 1490, 1680, 1944 Abed Esfehani, A, 1822 Alvarez, G, 408 Baek, S-H, 1356, 1360, 1362, Beltrán, A, 1458 Abel, R, 1794 Amatucci, GG, 1586, 1670 1448 Bencan, A, 1892 Abel, T, 1138 Ambacher, O, 1354 Baer, D, 1566 Benjamin, S, 80 Abellan, P, 1404 Ambaye, H, 1406 Baeuerlein, F, 964 Benner, G, 88, 122, 818, 1074, Abere, M, 1742, 1812 Ambers, J, 1794 Bagnall, D, 1732 1186 Abou-Ras, D, 630, 786 Amit, K, 1596 Bajaj, P, 1008 Bentley, J, 1888 Abraham, D, 1576, 1590 Amornphimoltham, P, 64 Bajaj, R, 670 Bentz, D, 1482, 1486 Abraham, T, 278 Anaya Muro, N, 1542 Bakardjieva, S, 1908 Bergen, M, 918 Abruña, H, 938, 1620 Anbalagan, A, 62 Baker, T, 98, 100, 134 Bergenstock, M, 318 Ackerley, C, 190 Anderhalt, R, 398, 620, 894, Baldwin, J, 1444 Berger, D, 966 Adam, S, 1680 1132, 1182, 1192 Balet, L, 1868 Berger, J, 1438 Adamczyk, L, 1564 Anderson, I, 464, 706, 716, 770, Balik, C, 680 Berlanga, M, 2 Adamo, C, 1356, 1360, 1594 780, 858, 1236, 1442, 1848 Ball, A, 1794, 1804 Berlin, J, 892, 1000 Adams, A, 972 Anderson, K, 670 Ball, S, 1616 Bernal, JL, 832, 1050, 1052, Adams, B, 404 Andreas, S, 216 Ballesteros Elizondo, S, 1904 1054 Adams, DT, 848 Andregg, M, 1274 Balogh-Brunstad, Z, 258 Bertin, F, 1094 Adams, L, 522 Andregg, W, 1274 Balooch, G, 1756 Bertram, R, 208 Adusumilli, P, 738 Andrei, C, 1852 Bals, S, 934 Besser, A, 1550 Afara, M, 1906 Andrés, J, 1458 Balsara, N, 1684 Bettiol, A, 662 Agard, D, 1004 Andricek, L, 1204 Baltrusaitis, J, 1704 Bewersdorf, J, 4 Agemura, T, 688, 914 Andrusenko, I, 1082 Bangert, U, 1504 Beyer, A, 1390, 1410 Agrawal, A, 1236 Angeles-Chavez, C, 1708 Banpurkar, A, 270 Bhakta, R, 1610 Aguiar, J, 774, 1248, 1404, 1424 Angeles-Islas, J, 1838 Bao, Y, 1836 Bharkhada, D, 946 Ahaham, S, 362 Angelici, D, 1806 Ba-Omar, T, 164, 210 Bhat, S, 1750 Ahmadi, H, 1822 Angert, I, 88, 122, 818 Baram, M, 1332 Bhattacharya, A, 1072, 1078 Ahmed, S, 1694 Anjum, D, 816, 1770 Barbi, N, 906 Bidarra, AP, 1778 Ahn, C, 1364, 1400 Antonio-Toledo, J, 1708 Barbosa, P, 408, 420 Biegalski, MD, 1406, 1596 Ahn, J, 104, 1722, 1758 Antúnez-Flores, W, 1772, 1880 Bareño, J, 1576, 1590 Biegalski, MDL, 1408 Ahrenkiel, P, 1710 Appel, C, 430 Barfels, M, 1168 Bigelow, W, 468, 482 Aidam, R, 1354 Arai, S, 478, 1706 Barg, S, 46 Bilhorn, R, 996 Aiken, C, 104 Arenal, R, 768, 948, 1512 Barkauskas, D, 68, 70, 76 Bilyeu, T, 1122 Aindow, M, 1856 Arey, B, 260, 738, 760, 926, Barmak, K, 1086, 1346, 1416, Birnie, D, 1694 Aizman, L, 318 1566, 1928 1426 Biskupek, J, 628 Aizpurua, J, 1288 Armstrong, J, 554 Barnabas, A, 254 Blaize, J, 294, 306 Akhter, F, 220 Arnold, S, 296 Barnett, B, 194 Blazer-Yost, B, 54 Al-Abboodi, A, 692 Aronova, M, 972 Barr, C, 444 Bleloch, A, 1274 Alan, T, 470 Arredondo, M, 1404 Barrera, R, 1288 Blendell, J, 1846 Alaniz, E, 198 Arslan, I, 460, 778, 1606 Barrio, J, 184 Blok, M, 378 Al-Bahry, S, 210 Arun, A, 42 Barriss, L, 928 Blom, D, 468, 482, 1264 Albrecht, R, 358 Arunachalam, S, 74 Barron, A, 1134 Boassa, D, 336 Alcid, E, 84 Aruta, C, 1402 Barton, B, 974, 1266, 1492 Boatman, E, 332 Alem, N, 1258 Asefa, T, 1694 Barton, D, 1064 Bobo, J-F, 776 Alen, B, 1728 Ashby, W, 296, 300 Basinger, J, 404, 406 Boccabella, M, 390 Alexander, C, 1894 Ashley, R, 138 Basler, K, 228 Boden, S, 880, 1732 Alfeld, M, 1788 Asoro, M, 486 Bassim, N, 1012 Boesenberg, AJ, 1848 Algara-Siller, G, 122 Astakov, V, 276 Batchelor, A, 680 Bøgvad, C, 430 Al-Ghanbousi, R, 164 Asthana, A, 492, 1570, 1688, Batenburg, J, 934 Bonds, M, 504 Al-Hinai, T, 210 1724 Batey, D, 1058 Bonifacio, C, 524, 1352 Alivisatos, P, 1644, 1716 Atanasoska, L, 1614 Batson, P, 1288 Bonn, M, 228 Allahverdi, M, 1378 Atanasoski, R, 1614 Bau, H, 532 Borghi, A, 1808 Allard, LF, 432, 468, 482, 520, Atkins, R, 1070 Bauchan, G, 160 Borisevich, A, 436, 708, 1358, 1264, 1282, 1286, 1300, 1378, Au, M, 1570, 1662 Baudoin, J-P, 968 1406, 1412, 1596 1508, 1578, 1740, 1924 Aubry, C, 1768 Baumeister, W, 124, 964 Borjon-Piron, Y, 602 Allart, M, 602 Aveyard, R, 1010 Bavari, S, 1126 Bornschlegl, M, 1204, 1206 Allaz, J, 576 Avishai, A, 114, 118, 156, 666, Bayle-Guillemaud, P, 1284 Bosch, E, 878 Allen, F, 790 702, 1016 Beard, J, 160 Boswell, R, 650 Allen, L, 598, 1310, 1366 Avishai, N, 114, 118, 156, 666, Beaubien, H, 1774 Botton, G, 766, 794, 916, 1320, Allendorf, M, 1610 702, 1016 Béché, A, 1068, 1388 1632 Alleyne, F, 1918 Avrutin, V, 1386 Beck, F, 124 Bougerol, C, 1388 Allston, T, 1914 Axelrod, D, 42 Beck, V, 1246 Bouwer, J, 276, 976 Almers, W, 46 Aydin, C, 1674 Becker, D, 158, 302, 310, 312, Bowser, S, 348 Aloni, S, 1532 Azimi, M, 814 318, 342, 370, 380, 698 Bradley, R, 1672 Alonso, A, 198 Aziz, M, 1680 Becker, W, 378 Bradley, S, 1286 Alonso-Alvarez, D, 1728 Azough, F, 786 Beekman, M, 1070 Brake, D, 182

1949

Downloaded from https://www.cambridge.org/core. IP address: 170.106.40.139, on 29 Sep 2021 at 10:33:13, subject to the Cambridge Core terms of use, available at https://www.cambridge.org/core/terms. https://doi.org/10.1017/S1431927611012487 Brandon, N, 1672 Carpenter, A, 274 Cingolani, G, 100 Darbal, A, 1086, 1346, 1416, Brandt, U, 92 Carpenter, P, 546, 570, 582, 610, Cisneros, D, 248 1426 Brankovic, S, 1840 844 Ciston, J, 542, 1084, 1604 Dargis, R, 1330 Brantner, C, 1154 Carpenter, R, 1840 Cizmek, G, 286 Dasilva, A, 324 Bray, M-A, 274 Carreño-Gallardo, C, 1430, 1432 Clark, T, 942, 1012 Datye, A, 1692 Brazier, A, 1562 Carrizosa, E, 66 Classe, F, 686 Daudin, B, 1284, 1388 Breen, A, 722 Carson, B, 18 Claves, S, 670 Davami, K, 1874 Breton, B, 674 Carson, L, 522 Clayton, D, 202 Davatzes, A, 568 Brewer, J, 736 Carver, W, 148 Clemens, H, 1036 Davidson, J, 1508 Brierley, L, 1794 Casana, Y, 120 Clément, L, 1094 Davies, M, 1738 Britton, TB, 402 Casillas, G, 820 Clifton, P, 752 Davis, J, 556, 592, 840, 1480, Broadbridge, C, 1400 Casjens, S, 98, 100 Cobb, BG, 1142 1484, 1486, 1800, 1886, 1910 Brodusch, N, 596 Castagna, M, 512 Coentro, S, 1782 Davis, K, 68, 72 Brons, J, 1442 Castner, W, 1032 Coffey, D, 1378 Davis, R, 638 Brorson, M, 1250 Casuccio, G, 384 Coffey, K, 1086, 1416 Davoisne, C, 1562 Broshears, J, 304 Cavaliere, M, 1556 Collins, A, 226 Day, C, 328 Brough, D, 182 Cavender, J, 1140 Compton, S, 1556 Day, J, 228 Brown, A, 256 Cavin, B, 410 Cone, A, 336 De Filippi, G, 236 Brown, E, 82 Cayron, C, 1094 Contarato, D, 1004 De Graef, M, 912, 1858 Brown, T, 202 Ce-Belle, C, 662 Conway, J, 136 De Hosson, JT, 1876 Browning, N, 460, 474, 504, Çeçen, A, 962 Cook, R, 422 de Jonge, N, 204, 612, 780, 950, 508, 774, 778, 1248, 1404, Ceguerra, A, 722 Cooley, L, 798 952, 968, 980 1408, 1418, 1424, 1674 Cerchiara, R, 390, 632 Cooper, D, 1068 de Kloe, R, 398 Bruce, K, 176 Chabli, A, 1094 Cooper, G, 252 de la Pena, F, 802 Bruemmer, S, 678, 734 Chamberlain, A, 438 Corbin, G, 1290 de la Peña, F, 1306 Bruley, J, 1350 Chambers, MG, 108 Corbo, C, 198 De La Riva, A, 1692 Brunetti, G, 1094 Chan, P, 692 Corfdir, P, 1868 De Leon, N, 1898 Brunner, E, 228 Chandler, C, 652 Coroado, J, 1778 de Rooij, N, 864 Bruno, F, 796, 1316 Chang, HJ, 1722 Corrigan, C, 898 de Vita, G, 1202 Bryant, H, 984, 1756 Chang, J, 132 Cortes-Jacome, M, 1708 de Winter, M, 644 Brydson, R, 256, 1538, 1598 Chang, Y-L, 1554 Cosandey, F, 1586, 1670 Deal, A, 396 Budruk, A, 1858 Chapman, J, 1860 Costa, L, 272 Deal, K, 1224 Bullitt, E, 130 Chapman, W, 1554 Cottingham, S, 1550 Dean, J, 246 Bulloss, N, 426 Charlton, L, 104 Cotton, I, 1178 Dearborn, A, 132 Bultreys, D, 1090 Chaudhry, F, 128 Couillard, M, 766, 794, 1320 Dearden, C, 1408 Bunker, K, 1144, 1554 Chaudhuri, K, 1558 Coulson, S, 1216 DeArmond, M, 34 Bunton, J, 750, 752 Chee, SW, 656 Courtis, A, 944 Deck, C, 1796 Burans, J, 1154 Chen, B, 1178 Cox, D, 972 Deerinck, T, 2, 976 Burdet, P, 882, 960 Chen, J, 1500, 1926 Crameri, S, 352 Dehm, G, 1370 Burgess, R, 772 Chen, L, 428, 1150 Craven, A, 1896 DeHope, W, 458 Burgess, S, 1176 Chen, L-Q, 1356, 1360 Cribb, B, 870 Deist, R, 1476 Burgin, J, 948 Chen, Q, 1514 Cronin, M, 58 Dekhter, R, 234 Burkart, I, 518 Chen, W-H, 1846 Cronin, T, 58 Delaizir, G, 776 Burke, M, 1020 Chen, X, 46, 742, 1572 Crooks, R, 464 Delattre, A, 520 Burrage, T, 182 Chen, Z, 1550 Croue, JP, 1768, 1770 Dellby, N, 708, 1290 Bushong, E, 2, 976 Cheng, C-J, 1358 Crozier, P, 466, 472, 476, 1600, DeLongchamp, D, 770 Bussmann, B, 286 Cheng, H, 590 1602 DelRio, F, 422 Butkevich, N, 372 Cheng, N, 96, 136 Crumlin, E, 1596 delRosario, A, 686 Buxbaum, A, 396 Chenna, S, 476, 1602 Cruz Garcia, R, 1542 Demers, H, 432, 612, 952, 980 Chernoff, Y, 176 Cubero, J, 1104 Demkov, A, 1330 Cheung, CL, 736 Cuesta-Gómez, F, 1776 Dempere, L, 1476 C Cheynet, M, 1186 Cueva, P, 792 Denes, P, 1004 Chhun, B, 20 Cui, S, 1500 Deng, Z, 1578 Caballero, R, 630, 786 Chi, M, 1574 Cui, Z, 480, 534 Denneulin, T, 1068 Cabana, J, 936 Chigintsev, L, 1024 Cullen Cobb, K, 1774 DeRoo, C, 1796 Cabella, R, 1808 Child, D, 1014 Cullen, D, 1378, 1614 Desai, H, 146 Cabilan, N, 814 Chiou, W-A, 1920, 1934 Curry, K, 384 Deveaud-Plédran, B, 1868 Cady, S, 378 Chisholm, M, 1260, 1316, 1506, Cuttitta, C, 322 Dey, S, 1418 Cain, A, 1470 1510 Czymmek, K, 280 Dhakal, T, 1720 Cairney, J, 718, 756 Chito, F, 250 Diaz-Rosas, G, 338 Calabro, A, 158, 302, 310, 312, Chiu, C-C, 1008 DiBenedetto, E, 212 318, 342, 370, 380, 698 Chladil, H, 1036 Dickey, C, 178 Calderon, H, 1380, 1492, 1828, Choi, D, 1086 D Dickey, E, 800 1836, 1838 Choi, EK, 314 Diebold, K, 1534 Caldwell, N, 674 Choi, J, 312 D’Alfonso, A, 598 Dieckmann, G, 1008 Camacho-Bragado, GA, 984, Choi, M, 1330 da Fonseca, P, 78 Dieing, T, 1196 1756 Chong, NS, 220, 1048 Daaboul, G, 32 Diercks, D, 736, 758 Camden, J, 1638 Chou, Y, 1598 Daberkow, I, 1208 DiFrancesco, G, 1914 Campbell, G, 474, 504, 506, 508, Chou, Y-C, 490 Dabrowski, B, 1628 Dik, J, 1788 1092 Christen, HM, 1406, 1408, 1596 D’addato, S, 1870 Dillon, S, 544, 1572 Campbell, R, 388 Christian, R, 1720 Dagle, R, 1626 DiMemmo, L, 1146 Campbell, T, 82 Christie, G, 132 D’Agostino, D, 172 Ding, F, 1494 Campello, A, 1458 Christien, F, 602 Dahmen, U, 450, 936, 1120, Dingley, D, 402 Cantoni, C, 1402 Christoffersen, R, 1762 1238, 1262, 1338, 1716 Diplas, S, 1678 Cantoni, M, 882, 960 Chu, B, 354 D’Alfonso, A, 1310, 1366 Ditto, J, 640 Cao, B, 1926 Chu, Y-H, 1358 Daly, S, 1946 Dixit, M, 1654 Carbonel, A, 298 Chuah, JH, 1212 Dam, B, 470, 1678 Dixon, F, 984, 1756 Cardone, G, 136 Chung, C, 1758 Damjanovic, D, 1892 Dobson, C, 174 Cardoso, S, 1860 Chung, E, 232 Damle, P, 132 Doemer, H, 658 Carlsson, A, 1706 Church, N, 1394 Danko, M, 1754 Dogel, S, 434 Carlton, R, 1148 Cieslinski, R, 1064 Danoix, F, 858 Dohnalkova, A, 258, 260

1950

Downloaded from https://www.cambridge.org/core. IP address: 170.106.40.139, on 29 Sep 2021 at 10:33:13, subject to the Cambridge Core terms of use, available at https://www.cambridge.org/core/terms. https://doi.org/10.1017/S1431927611012487 Dokland, T, 132 Elpek, NM, 66 Frank, M, 1350 Ghassemi, H, 1522, 1570, 1662 Dollé, M, 776 Emami, M, 1824 Franz, G, 652 Ghazi, S, 1138 Donev, E, 438 Encarnacion-Gomez, C, 1708 Frase, S, 666 Ghoshroy, K, 248 Dong, M, 214 Endo, A, 1912 Fraser, H, 590, 1654 Ghoshroy, S, 248 Donnet, D, 998 Endo, N, 1198 Frazier, R, 1480 Giannuzzi, L, 646 Donovan, J, 560, 576, 580 Engel, A, 114 Fredrich, C, 1688 Gianola, DS, 428 Donthula, K, 1048 Engelmann, H-J, 1100 Fredrickson, J, 260 Giberson, R, 238 Doody, L, 384 Eom, C-B, 1356, 1360, 1362, Frefer, A, 1902 Gibson, K, 610 Doornbos, RRM, 528 1448, 1454 Freibert, F, 1042, 1044 Gilpin, C, 1008 Doran, P, 692 Erbe, E, 160 Freitag, B, 598 Giovanetti, L, 1326 Doughty, J, 26, 34 Ercius, P, 936, 954, 1684 Freitas, P, 1860 Giovannucci, D, 74, 192 Douthwaite, R, 1598 Erdman, N, 388, 514, 868, 1188, Frenkel, A, 1324, 1604 Giridharan, G, 1218 Downing, K, 240, 1684 1194, 1816 Friedman, L, 422 Gladden, L, 932 Doyle, B, 498 Erickson, K, 1258 Friedrich, H, 940 Glas, F, 1862 Drake, K, 326 Erni, R, 1258 Friel, J, 568, 838 Glover, W, 1276 Dravid, V, 1702 Ersen, O, 948 Frindt, N, 88 Godwin, L, 1224 Drazic, G, 1700, 1892 Espinosa-Magaña, F, 830 Fritz, R, 1410 Goeke, R, 1692 Dredge, P, 1790 Estrada Guel, I, 1542, 1880 Froese, D, 854 Goemann, K, 578 Dressick, W, 1012 Estrada, L, 30 Frost, C, 870 Goerge, J, 1840 Drinek, V, 1106 Estrada, R, 1218 Fu, B, 732 Goheen, M, 304 Dröse, S, 92 Estrada-Guel, I, 1430, 1432, Fu, J, 692 Gokhale, A, 1750 Drouin, D, 612, 952, 980 1540, 1552 Fuchs, E, 308 Goldberg, BB, 32 Drummond-Brydson, R, 1562 Evans, D, 1216 Fujii, Y, 264 Goldsmith, C, 324 Duan, Y, 1594 Evans, J, 460, 474, 778, 1606 Fujimoto, T, 1002 Goldstein, S, 348 Duarte, A, 704 Evans, T, 76 Fujita, H, 1372 Golnabi, R, 698 Duarte, S, 666, 1016 Fujita-Becker, S, 88 Gómez Esparza, CD, 1880 Dubon, O, 1064 Fujitani, H, 512 Gómez, JA, 704 Duda, R, 136 F Fuller, K, 336 Gong, H, 176 Dudeck, K, 794, 916 Fullwood, D, 404 Gonzalez Cantú, J, 1542 Duden, T, 1120, 1238 Facco, G, 1088 Furuya, F, 150, 152 Gonzalez Ibarra, MJ, 1542 Dudney, N, 1564 Fagerholm, E, 966 Fuseler, J, 148 Gonzalez, D, 1032 Dukes, M, 968 Fakron, O, 990 Gonzalez, Y, 1728 Duley, M, 1160 Falke, M, 630, 1000, 1170, 1200 Goode, B, 128 Duncan Jones, J, 1780 Fan, H, 1656 G Goodman, S, 1174 Duncan, M, 280 Farid, M, 198 Goodwin, M, 332 Dunin-Borkowski, R, 1394 Favret, E, 344 Gabor, K, 1940 Goran, D, 1000 Dunn, S, 134 Fears, K, 1012 Gaborski, T, 1214 Gordillo, M, 1856 Dupont, L, 1562 Fedorov, A, 1464 Gaddamraja, S, 686 Gordon, R, 22 Duris, P, 1832 Feinberg, J, 1394 Gai, P, 1706 Gorelik, T, 1082 Duscher, G, 1260, 1510, 1634, Felfer, P, 718, 756 Gajdardziska-Josifovska, M, Goresh, S, 616 1682 Fell, C, 1574 1428, 1500 Gorman, B, 710, 758, 760, 850 Dusevich, V, 606 Felmy, A, 1928 Galand, R, 1094 Gorzkowski, E, 694 Dussaigne, A, 1868 Feltes, T, 1622 Galbraith, C, 6, 12 Goswamee, P, 74 Dwarte, D, 244 Felts, R, 822 Galbraith, J, 6, 12 Gould, T, 4 Dwyer, C, 1280 Feng, J, 1494 Galindo, P, 986, 1728 Goulden, J, 1176 Fenner, C, 928 Gallegos-Orozco, V, 830 Graça, L, 408 Fernandez-Dominguez, A, 764 Gallo, LM, 1808 Graetz, J, 1584 E Fernández-Esquivel, P, 1776 Gambhir, S, 360 Graff, A, 626 Ferreira, P, 486, 1080, 1086, Ganesh, J, 1086 Graham, D, 1608 Easley, C, 1224 1090, 1346, 1416, 1426, 1578, Ganesh, K, 1080, 1090 Graham, G, 1594 Eastman, M, 1698 1616 Ganesh, KJ, 1416 Graham, J, 656 Eaton, B, 1126 Ferreira, R, 1860 Gangopadhyay, A, 1634 Grandjean, N, 1868 Eaton, P, 1792 Field, D, 418, 990 Ganière, J-D, 1868 Grant, R, 1850 Ebata, S, 654 Figert, J, 1032 Gao, P, 1360, 1362, 1448 Grassman, T, 1652 Ebeling, C, 16 Filip, V, 896 Gao, Q, 1688 Gratton, E, 30 Ebihara, T, 230 Filonov, G, 8 Garcia, H, 1634 Gray, J, 942 Ebong, E, 162 Findlay, S, 1256 Garcia-Barriocanal, J, 796, 1316 Gray, K, 1702 Echenique, P, 1288 Findray, S, 1334 García-Estrada, J, 1772 Greene, L, 1640 Echigo, T, 946 Fink, T, 346 García-Vuelta, O, 1776 Greenham, N, 932 Echlin, M, 958 Finlayson, D, 1852 García-Zebadua, J, 340 Greenwood, O, 1216 Eckhardt, R, 904, 1204, 1206 Firek, B, 136 Garofalini, S, 1332 Greenzweig, Y, 672 Edalati, K, 1104 Fischer, D, 58 Gates, B, 1674 Greer, J, 326 Edelmann, R, 1160 Fischione, P, 390, 632 Gattone, V, 54 Greiser, J, 878 Edmondson, P, 594 Fish, G, 234 Gault, B, 722, 858 Grellet-Tinner, G, 574 Edo, T, 1058 Fissler, D, 1170 Gauquelin, N, 794, 1320 Griewe, J, 60 Ee, FK, 662 Fitting Kourkoutis, L, 782, 1450 Gautam, A, 1262 Griffin, B, 876, 890 Egerton, RF, 1298, 1466 Flatt, J, 102, 106 Gautam, AR, 1120, 1338 Griffis, D, 680 Eggert, F, 398, 1192 Floresca, H, 1502, 1714 Gautam, ARS, 936 Griffis, E, 20 Eick, J, 606 Fluss, M, 1424 Gautsch, S, 864 Grigorieff, N, 86 El Idrissi, A, 320, 322 Fogo, A, 1136 Gauvin, R, 546, 550, 596, 888 Grillo, V, 1292, 1862, 1870 Elam, J, 1526 Folkman, C, 1356, 1360 Gaxiola, R, 338 Grinan, E, 870 Elam, T, 1192 Fompeyrine, J, 1350 Gazquez, J, 796, 1402 Groeber, M, 988 Elhalawaty, S, 1840 Forbes, R, 858 Geiser, B, 724, 728, 740 Grogan, J, 532 Elias, J, 1936 Forsyth, R, 400 Geiss, R, 386 Gronenborn, A, 104 Elliman, R, 1882 Fournelle, J, 546, 842 Gelb, J, 1672 Gronsky, R, 332, 1918 Elliot, M, 278 Fowler, D, 92 Geohegan, D, 1510 Groom, D, 1616 Elliott, G, 1906, 1936 Fowler, R, 1040 George, E, 1006 Grosse, C, 626, 1070 Elliott, R, 194 Fowler, S, 1698 Germinario, L, 436, 1734 Grosse, K, 378 Ellis, E, 1470 Frabboni, S, 1870 Gerton, J, 16, 28, 1516 Grossklaus, K, 682 Ellis, EA, 250, 1142 Frafjord, J, 376, 1030 Ghabrial, S, 134 Gruber, J, 670 Ellisman, M, 2, 276, 976 Frank, L, 900 Ghadimi, R, 1208 Grubman, M, 182

1951

Downloaded from https://www.cambridge.org/core. IP address: 170.106.40.139, on 29 Sep 2021 at 10:33:13, subject to the Cambridge Core terms of use, available at https://www.cambridge.org/core/terms. https://doi.org/10.1017/S1431927611012487 Grunlan, J, 1470 Hauser, A, 1654 Honda, K, 1188 Irsen, S, 1210 Grunwaldova, V, 1814 Häusler, I, 1070, 1410 Hondow, N, 256, 1562, 1598 Isaac, A, 982, 1326 Gu, L, 762 Hayashida, M, 1002 Hong, S-H, 314 Isaacson, L, 222 Gu, M, 1408 Hayes, C, 376 Hong, Y, 364 Isaacson, M, 1242 Gu, Y, 1360 Hayles, M, 644 Hooghan, B, 1770 Isabell, T, 868 Guan, Y, 50 Hayworth, K, 966 Hooghan, K, 1768 Ishida, T, 1372 Guan, Z, 1468 He, L, 456 Horibuchi, K, 1582 Ishihara, M, 654 Guariglia, S, 320, 322 He, M, 1748 Horita, Z, 1104 Ishikawa, I, 868, 1162 Guarrera, D, 510, 1180 He, Q, 1474 Horn, A, 356 Ishikawa, R, 1278, 1612 Gubbens, A, 814, 1004, 1168 Hearne, C, 1140 Horsewell, A, 356 Ito, H, 1912 Guerrero, M, 1728 Hebard, B, 1816 Horvat, B, 1700 Itose, S, 654 Guerrero-Ferreira, R, 112, 142 Hébert, C, 882, 960 Hosemann, P, 1424 Iwahori, T, 688 Guerrero-Lebrero, MDLP, 986 Hecht, M, 864 Hosokawa, F, 1184, 1278, 1530, Iwama, T, 1198 Guinel, M, 520 Heeren, R, 228 1580 Izyumskaya, N, 1386 Guise, O, 1472 Heiden, P, 1688 Hosono, H, 1398 Guiton, B, 1638 Heikes, C, 1360 Hosseini Vajargah, S, 794 Gulec, A, 1628 Heinz, N, 1344 Hou, G, 382 J Gummalla, M, 1616 Heinzinger, K, 1202 House, S, 1608, 1610 Gunawan, A, 1302 Helgesen, G, 1538 Hovanski, Y, 418 Jackson, B, 1812 Gunawan, L, 794 Hellstrom, E, 1454 Hovden, R, 792, 938, 1254 Jacobs, B, 538 Gunnæs, A, 1538 Helveg, S, 1250 Hovorka, M, 900 Jacobsen, C, 152, 356 Gupta, A, 1628 Hemmati, A, 1800 Howard, L, 1794 Jadhav, V, 270 Gurneau, J, 1696 Henderson, C, 588 Howard, M, 74 Jain, M, 150, 152 Gustafsson, M, 10, 20 Hendriks, E, 1788 Howe, J, 432, 462 Jaksch, H, 902 Gutkind, S, 64 Hendrix, R, 136 Howie, R, 176 Jalabert, L, 1372 Gutu, T, 1468 Henry, K, 706, 716 Hoyle, D, 434, 1026, 1178, 1270 Jamwal, RS, 1750 Gwak, J-G, 634 Herder, L, 1914 Hrncirik, P, 1290 Jan-Chi, Y, 1368 Hermenau, K, 1202 Hsiao, BS, 354 Janetopoulos, C, 272 Hernandez, AP, 704 Hsiung, L, 1424 Janssens, K, 1788 H Hernandez-Calderon, I, 1380 Hsu, Y-C, 308 Jaritschin, O, 904, 1206 Hernandez-Garcia, C, 1842 Hu, H, 1640 Jarosova, M, 1106 Hack, P, 672 Hernández-Maldonado, D, 986, Hu, Q, 1480 Jartischin, O, 1204 Hafenstein, S, 138 1728 Hu, W, 1714 Jarvis, K, 1578 Hage, F, 1538 Hernandez-Saz, J, 1728 Hua, L, 134 Jauss, A, 1196 Hahnloser, R, 242 Herrera Ramírez, JM, 1542, Huang, A, 60, 68, 70, 72, 76 Jay,M,68 Haider, M, 1270 1880 Huang, J, 648, 1494, 1566, 1568, Jaye, C, 58 Haigh, S, 1066, 1592 Herrera, M, 986, 1728 1656, 1660 Jeelani, S, 1922 Hailstone, R, 1890, 1914 Herrera-Pérez, G, 1050 Huang, P, 1496 Jennifer, M, 606 Hainfeld, J, 116, 150, 152 Herrera-Ramírez, C, 1772 Hubert, M, 1146 Jensen, IJT, 1678 Hakozaki, H, 276 Herrera-Ramírez, J, 1772 Hudak, N, 1656 Jeon, S, 1758 Haley, D, 726 Herrera-Ramírez, M, 1432 Hudson, W, 1434 Jeong, G, 1758 Halim, H, 1694 Herring, R, 1232, 1234, 1270 Hue, F, 1058 Jercinovic, M, 576 Hamabe, M, 1114 Herrmann, J, 1204, 1206 Huebner, R, 1100 Jerome, JWG, 968 Hamalainen, M, 1274 Herrmann, S, 1202 Huebner, S, 626 Jeschke, S, 1204 Hammig, M, 1718 Hershleb, J, 1274 Huete, G, 458 Jesse, S, 1596 Hammond, M, 770 Herzing, A, 716, 770, 840, 1012, Hugo, R, 1118 Jia, Y, 814 Hampel, F, 1042, 1044 1236, 1442 Hull, R, 656 Jiang, J, 402, 1454 Hamrock, S, 1682 Hesp, Z, 222 Humbel, B, 644 Jiao, J, 1434, 1550, 1698 Han, M, 1400 Hess, H, 6, 664 Humphrey, C, 288 Jimenez, J, 1888 Han, M-G, 1364 Hess, S, 1940 Humphrey, E, 266, 1234 Jin, L, 976, 996 Han, O, 634 Hess, W, 1842 Humphry, M, 1058 Jin, M, 1740 Han, S, 216, 314 Hetzel, B, 1916 Hunag, R, 1334 Jinschek, J, 1706 Han, SH, 1456 Heuer, A, 114, 118, 156, 666, Hurst, A, 1058 Jirak, J, 922 Han, W-H, 168 1016 Husain, M, 242 Johanns, K, 1006 Han, Y, 1864, 1872 Heymann, B, 96 Huskinson, B, 1680 Johns, T, 1692 Hanan, J, 1480 Hietschold, M, 1122 Hutchison, W, 1882 Johnson, C, 330, 502, 962 Handa, N, 604 Hilgemann, D, 150 Huynh, C, 282 Johnson, D, 1070, 1324, 1604, Handwerker, C, 1846 Hill, S, 180 Hwang, J, 1110 1608 Hanein, D, 90 Hillyer, J, 224 Hwang, K, 1758 Johnson, E, 244, 1250 Hanna, A, 962 Hindson, J, 932 Hyatt, A, 352 Johnson, J, 100, 496, 1022 Hannah, R, 1154 Hineman, M, 1754 Hyde, A, 1176 Johnston, R, 1010 Hansen, A, 296 Hiraga, K, 1878 Hytch, M, 788 Johnston-Peck, A, 1830 Hansen, L, 1250 Hiramatsu, H, 1398 Jokisaari, J, 1360, 1362, 1448 Hanson, J, 542 Hirayama, T, 1334, 1664 Jolliff, B, 570, 610 Hantman, D, 318 Hirota, J, 278 I Jomaa, A, 82 Harmer, M, 1336 Hirschmugl, C, 1428, 1500 Jones, A, 244 Harper, B, 182 Hlawacek, G, 928 Iberi, V, 1638 Jones, HDT, 226 Harringa, JL, 1848 Hodoroaba, D, 600, 614, 856 Idrobo, J, 1296, 1382 Jorgensen, E, 16, 362 Harrison, A, 1774 Hoffman, J, 1364 Idrobo, J-C, 1498 José Luís, R-S, 1776 Harrison, R, 1394 Hofhaus, G, 122 Ignatov, A, 872 Jose-Yacaman, M, 820 Hartel, P, 1270 Hofmeister, W, 272 Ihle, S, 910 Joshi, K, 1554 Hartfield, C, 640, 642 Hogg, J, 278 Iijima, T, 1002 Joshi, V, 116, 150, 152 Hartmann, A, 910 Höhn, K, 206 Ikawa, N, 1912 Jouneau, P-H, 1284 Hartmann, R, 910 Holburn, D, 674, 1212 Ikeda, T, 1344 Jowhar, D, 272 Harvey, S, 90 Holl, J, 112 Ikuhara, Y, 1256, 1334, 1340, Joy, D, 876, 876, 890, 914, Hasagawa, N, 604 Holl, P, 910 1398 1474 Hashimoto, T, 1190 Holland, D, 932 Ilagan, J, 84 Judd, R, 1224 Hastings, J, 438 Holmes, C, 352 Imazono, T, 604 Judge, C, 1852 Hattar, K, 444, 498, 1080, 1090 Holton, M, 256 Inada, H, 930, 1298, 1630 Jullie, D, 44 Hattori, M, 478 Holz, R, 42 Inayoshi, Y, 452, 530 Jungjohann, K, 778 Haugen, G, 1614 Holzenburg, A, 330, 522 Iriyama, Y, 1664 Jurica, M, 84

1952

Downloaded from https://www.cambridge.org/core. IP address: 170.106.40.139, on 29 Sep 2021 at 10:33:13, subject to the Cambridge Core terms of use, available at https://www.cambridge.org/core/terms. https://doi.org/10.1017/S1431927611012487 K Kim, E, 66, 90 Kopek, B, 202 Lardizábal-Gutiérrez, D, 1540, Kim, G, 1718 Koppes, J, 1846 1552 Kabius, B, 1626 Kim, H, 1116 Korinek, A, 124 Larsen, D, 1816 Kacher, J, 440, 446 Kim, HJ, 1932 Korotev, R, 570 Larson, D, 714, 720, 724, 728, Kaeppel, A, 1170, 1200 Kim, H-J, 634 Kosec, M, 1892 740, 750, 752, 754 Kaiser, U, 122, 628, 1186, 1488 Kim, J, 1224 Koshiya, S, 1884 Larson, S, 2 Kalay, Y, 1110 Kim, JJ, 1330 Kostrna, M, 1174 Lathia, J, 68 Kale, P, 1834 Kim, KH, 1664 Kota, K, 1126 Laudate, T, 514 Kalidindi, S, 962 Kim, M, 1502, 1624, 1714 Kotrly, M, 1814 Lauf, T, 1202 Kalinin, S, 1358, 1596 Kim, MD, 1456 Kotru, S, 1834 Laugks, T, 964 Kalyanaraman, R, 1634 Kim, R, 102 Kotula, P, 784, 826, 1588 Lauter, V, 1406 Kamaladasa, R, 908 Kim, S, 1294, 1758 Kovar, D, 486 Lawrence, A, 26 Kameswaran, J, 1346 Kim, SJ, 1448, 1646 Kovarik, L, 760, 1304, 1566, Lawrence, D, 750, 752, 754 Kameswaran, JG, 1426 Kim, S-J, 1356 1626, 1928 Lawrence, S, 1038 Kammler, M, 656 Kim, S-W, 1108 Krack, S, 92 Lazar, P, 1370 Kanchanawong, P, 6 Kim, YH, 1456 Kraft, L, 326 Lazar, S, 794 Kane, MM, 672 Kim, Y-J, 1932 Kramer, E, 182 Le Gall, R, 602 Kaneyama, T, 1162, 1184, 1530, Kim, Y-M, 1406, 1932 Kramer, M, 1110 Le Gros, M, 1134 1580 Kimoto, K, 1184, 1530 Krasnoslobodtsev, A, 170 Leapman, R, 972 Kang, C, 1758 King, SW, 1796 Krinsley, D, 640 Learner, T, 1792 Kang, H-J, 634 Kinght, D, 278 Krishna, H, 1634 Leary, R, 932 Kang, J, 1064 Kircher, M, 360 Krishnan, K, 1836 LeBeau, J, 1310, 1366 Kang, M, 212, 326 Kirchhofer, R, 710 Krishnan, V, 1682 Lechner, L, 628 Kang, W, 1508 Kirk, M, 444 Krivanek, O, 708, 1290 Lechner, P, 1202, 1204, 1206 Kang, Y, 1376 Kirkegaard, K, 130 Kroemer, R, 1170 Lee, B, 1004 Kanzaki, N, 1518 Kirkland, A, 1058, 1066, 1592 Krystofiak, E, 1428 Lee, C, 1522 Kaplan, W, 1322, 1332 Kirmse, H, 1070, 1410 Kuba, T, 1198 Lee, C-H, 1396 Käppel, A, 1000 Kirschmann, M, 242 Kubo, T, 1190 Lee, H, 1316 Karakoti, A, 1648 Kirste, L, 1354 Kubota, T, 1268 Lee, I, 232 Karazhanov, S, 1440 Kiselev, D, 1024, 1744 Kubota, Y, 154 Lee, JS, 1874 Karbasi, M, 1822 Kiselova, M, 1908 Kuchibhatla, S, 738, 760 Lee, JY, 1932 Kariuki, N, 1696 Kisielowski, C, 1064, 1250, Kuchibhatla, SVNT, 1842 Lee, S, 1454, 1580 Karlson, L, 1560 1266, 1492, 1644 Kudo, M, 654, 688 Lee, WI, 698 Kasama, T, 1394 Kitada, M, 1802 Kuehlbrandt, W, 974 Leelahavanichkul, K, 64 Kasthuri, N, 966 Kjoller, K, 1734 Kuehn, S, 854 Lefebvre, P, 1868 Katan, A, 1532 Klein, C, 730 Kulkarni, G, 270 Lefman, J, 564 Katz, M, 1594 Klein, K, 464, 780 Kulovits, A, 506, 1088, 1112 Lei, C, 1590 Kaufmann, R, 518 Klementova, M, 1106 Kulungowski, A, 276 Lei, D, 1230 Kavorik, L, 1866 Klenov, D, 590, 598 Kumacheva, E, 766 Leifer, K, 812 Kavuri, P, 992 Klie, R, 798, 828, 1318, 1622, Kumbur, E, 962 Leighton, C, 796 Kawachi, T, 604 1628 Kundmann, M, 860 Leis, A, 352 Kawai, S, 1198 Kliewer, C, 1712 Kundu, S, 270 Leite, E, 1458 Kawasaki, M, 1190 Klocke, V, 518 Kuramoto, S, 604 Lent, M, 814, 1004 Kawasaki, T, 480, 534 Klumpp, A, 652 Kurochkina, O, 1744 Lenz, D, 714, 750, 752 Kawauchi, K, 1188 Knapp, J, 1080, 1090 Kuroda, K, 478 Leon, C, 1316 Kawazoe, M, 1184, 1530 Kner, P, 20 Kuroda, Y, 688 Leonard, D, 436, 1336, 1406, Kazakov, A, 1024, 1744 Knights, A, 1632 Kurth, P, 1210 1596, 1638 Kazakova, E, 1024, 1744 Knoechel, C, 1134 Kurui, Y, 488 Leonardi, D, 302, 310, 312 Ke, D, 104 Knott, G, 882 Kushima, A, 1568, 1656 Leonhardt, T, 1022 Kear, B, 1694 Knowles, M, 46 Kvit, A, 1386 Lersch, T, 1144 Kearsley, A, 1804, 1820 Knuteson, R, 1746 Kwak, JH, 1626 Leunissen, J, 364 Keast, V, 772 Ko, D-H, 1108 Kwakman, L, 652 Levendorf, M, 1496 Keenan, M, 720, 1462 Ko, SW, 800 Kweon, H, 232 Levram-Ellisman, V, 2 Keenum, Z, 1224 Kobayashi, H, 1190, 1624 Kwon, J, 1006 Lewis, A, 234, 872 Keffer, D, 1474 Koc, R, 1544 Kwon, O, 276 Lewis, D, 234 Keller, K, 258 Koch, C, 286, 762, 1228 Ley, T, 1480, 1910 Keller, R, 386 Kodambaka, S, 1544 Leyva, C, 1540, 1552 Kelly, T, 708, 710, 712, 720, Koeda, M, 604 Leyva-Porras, C, 1930 724, 728, 740, 744, 746, 752, Koene, R, 1274 L Lezec, H, 1236, 1658 754, 850, 858, 956 Koenig, AE, 848 Li, A, 500 Kemmish, K, 1274 Kofler, C, 1208 Lábár, J, 572 Li, C, 1832 Kempen, P, 360 Koh, AL, 764 Lacy, DB, 108 Li, H, 1434 Kennedy, A, 836 Kohno, Y, 1162 Lagarec, K, 676 Li, J, 394, 800, 1494, 1568, Kennedy, D, 260 Koike, M, 604 Lagoeiro, L, 408, 420 1642, 1656 Kenworthy, A, 212, 326, 328 Koizumi, M, 510 LaGrange, T, 458, 474, 504, 506, Li, L, 1324, 1604 Kepaptsoglou, DM, 1678 Kojima, Y, 1582 508, 1092 Li, P, 1138 Kepe, V, 184 Kokotov, M, 234 Lai, L-C, 1920, 1934 Li, Q, 1630, 1640 Kerscher, S, 92 Kokotov, S, 234 Lamagna, D, 622 Li, R, 100 Keszler, D, 494 Kolb, U, 1082 Lamont, S, 2, 276 Li, S, 686, 1638 Khan, MT, 1768, 1770 Kolesnik, S, 1628 L’Amoreaux, W, 294, 306, 320, Li, X, 1096, 1386, 1446 Kharel, P, 1446 Kolmykov, D, 1490 322 Li, Y-Y, 1866 Kho, S, 528 Komissar, A, 872 Lançon, F, 1338 Li, Z, 1010, 1152, 1864, 1872 Kidd, G, 118, 666 Kondo, H, 1582 Lander, G, 100 Liang, Q, 1494 Kiely, C, 1336, 1738 Kondo, Y, 1076, 1162, 1184, Lane, D, 1126 Liao, H-G, 1716 Kiktev, D, 176 1198, 1278, 1308, 1530, Lang, A, 502 Liberton, M, 226 Kikuchi, N, 1188 1580 Lange, J, 390 Lich, B, 878 Kilcoyne, D, 1894 Konicek, A, 564, 592, 898, 924 Langhans, J, 246 Lichtman, J, 966 Kilgo, A, 1850 Konno, M, 930, 1298 Langworthy, K, 640, 1436 Lidzey, D, 1732 Kilkenny, D, 1226 Konyuuba, Y, 510 Laquerre, A, 676 Liebel, A, 904, 910, 1206 Kim, B-H, 170 Koo, S-M, 1108 Larabell, C, 1134 Lijun, W, 1364 Kim, D-Y, 158, 342, 698 Kooi, B, 1876 Larbalestier, D, 1454 Lim, B, 1624

1953

Downloaded from https://www.cambridge.org/core. IP address: 170.106.40.139, on 29 Sep 2021 at 10:33:13, subject to the Cambridge Core terms of use, available at https://www.cambridge.org/core/terms. https://doi.org/10.1017/S1431927611012487 Lim, T, 1354 Majorovits, E, 88, 122 McGuire, E, 174 Misra, A, 444, 1444 Lima, A, 1782 Majzoub, E, 1610 McKenzie, B, 392 Miti, T, 180 Lin, J-Y, 1358 Malac, M, 434, 690, 918, 984, McKenzie, W, 684 Mitra, D, 116 Lin, K-H, 168 1026, 1150, 1466 McKeown, J, 474 Mitra, K, 58 Lin, Y, 1084 Malachias, A, 982 McLeod, R, 918 Mitsuhiro, N, 434 Lin, Z, 1640 Maleeff, B, 1124 McMahon, G, 1816 Mitsuishi, K, 1230 Linck, M, 1238 Malik, A, 1882 McMorran, B, 1236 Mittal, A, 1302 Lindenberg, A, 1644 Manaka, S, 230 McMurray, S, 758 Miura, T, 480, 534 Lindert, S, 102, 106, 126, 970 Mancevski, V, 516 McNally, H, 172, 188 Miyahara, T, 1180 Lindstrom, A, 1854 Mancuso, J, 1172 McNee, C, 1030 Mizoguchi, T, 1334, 1340, 1398 Ling, T, 1374 Mane, A, 1526 McSwiggen, P, 624 Mkhoyan, KA, 1302, 1460 Lins, A, 1798 Mangum, B, 28, 1516 McVitie, S, 1860 Moeck, P, 1062, 1070, 1098, Liu, B, 442 Mansfield, JF, 1796, 1812 Meaden, G, 402 1118, 1122 Liu, G, 440, 446, 978, 1006 Manthiram, A, 1578 Means, D, 732 Mogilatenko, A, 1410 Liu, H, 1386, 1594, 1740, 1924 Mantz, H, 602 Mecklenburg, M, 1548 Moin, K, 62 Liu, J, 110, 632, 1282, 1300, Mao, S, 1566, 1656, 1660 Medeiros-Ribeiro, G, 982 Molina, S, 986, 1728 1566, 1726, 1740, 1924 Marangoni, F, 66 Medina-Almazán, AL, 1052 Molina, T, 276 Liu, JJ, 468 Marceau, R, 722 Medina-Flores, A, 832, 1050, Molinolo, A, 64 Liu, W, 116, 1196 Marchiori, C, 1350 1052, 1054 Mollon, B, 814 Liu, X, 1568, 1660 Marciniak, P, 1018 Medlin, D, 1344 Momeni, K, 492, 1724 Liu, XH, 1656 Marinenko, R, 856 Meeker, GP, 848 Momonoi, K, 804 Liu, Y, 496, 1422, 1864 Markey, M, 290 Meeldijk, J, 644 Mondo, M, 1030 Liu, Z, 1900 Marks, L, 1056, 1084 Mehraeen, S, 474 Monroe, W, 284 Livengood, R, 672 Marookian, J, 864 Meier, D, 592 Monsegue, N, 946 Llaguno, M, 150 Marquardt, A, 1800 Meiler, J, 126, 970 Montoro, L, 982, 1326, 1458 Llewellyn, D, 1882 Marquardt, K, 630 Meldrum, A, 690 Moody, M, 722, 858 Llovet, X, 548, 552 Marquis, E, 858, 1262, 1942 Melo, M, 1792 Mooney, P, 814, 1004 Lo Giudice, A, 1806 Marre, D, 1402 Meltzman, H, 1322 Moore, C, 236 Lo, S, 1702 Marsh, G, 352 Melville, A, 1356, 1360 Moore, D, 1070 Lockwood, R, 690 Marshall, M, 260 Mempel, T, 66 Moran, K, 866, 1790 Lofland, S, 1444 Martin, A, 1650 Menard, J-C, 602 More, K, 1564, 1614 Loiseau, A, 1512 Martin, D, 1452, 1868 Mendoza, M, 1536 Morgan, J, 966 Long, V, 1018 Martin, F, 1532 Meng, Q, 1630 Mori, N, 624 López-Meléndez, C, 1430 Martin, I, 752 Meng, S, 1574 Morikawa, A, 688 Lopour, F, 906 Martin, J-F, 1094 Meng, X, 104 Morishita, S, 1114 Louie, S, 1258 Martin, L, 448 Menon, N, 1168 Morkoc, H, 1386 Lovejoy, P, 292 Martin, N, 650 Menu, M, 1812 Morris, E, 78 Lovejoy, T, 1290 Martin-Benito, J, 82 Merchel, S, 834, 852 Morrissey, F, 878 Løvik, O-M, 1678 Martinez, J, 2, 1032 Merkle, A, 928 Mortazavi, M, 1822 Lower, B, 140 Martínez-Sánchez, R, 830, 1430, Merlet, C, 548, 552 Möser, B, 1478 Lower, S, 140 1432, 1540, 1542, 1552, 1772, Merrifield, C, 40 Moses, H, 1138 Lowers, HA, 848 1880 Merrins, MJ, 208 Motaleb, M, 110 Lowes, W, 1726 Martone, M, 2, 276, 336 Mershon, W, 252 Motskin, M, 174 Lu, G, 1500 Marty, F, 228 Mesjasz-Przybylowicz, J, 254 Mott, R, 906 Lu, J, 1674 Maruyama, Y, 230 Metcalfe, M, 288, 324 Mottura, A, 958 Lu, N, 1374, 1502 Masiel, D, 474 Meyer, D, 358 Moulton, K, 350 Lu, P, 784, 826 Matesa, J, 390, 632 Meyer, R, 1622 Mourou, G, 1812 Lubas, D, 1018 Matsuda, K, 1934 Meyyappan, M, 1874 Mousavi, M, 1822 Lucadamo, G, 670 Matsudaira, P, 120 Mi, X, 1514 Mouti, A, 1384 Lucas, G, 1766 Matsuno, M, 524 Miao, S, 1896 Mowa, C, 382 Lucy, J, 1654 Matsushima, H, 1194 Michael, J, 392, 696, 890 Mueller, H, 1270 Ludtka, G, 410 Matsushita, M, 1198 Michalak, P, 834 Mueller, K, 1862 Luecken, U, 644 Matsutani, H, 534 Michalak, S, 852 Mugnaioli, E, 1082 Luo, W, 1316 Matsuya, M, 654 Michaud, P, 596, 888 Muhling, J, 870, 890 Luo, Z, 522 Mattheij, RMM, 528 Mick, S, 514, 1502 Muller, D, 782, 792, 938, 1254, Lupini, A, 950, 1402 Mattingly, R, 62 Midgley, P, 932, 1058 1280, 1396, 1450, 1496, 1620, Luther, E, 400 Mattson, E, 1428, 1500 Midorikawa, M, 46 1890 Lutz, G, 1202 Matyas, S, 1616 Miki Yoshida, M, 1542 Müller, K, 1410 Luysberg, M, 1390 Maubach, JML, 528 Mikmekova, S, 900 Müllerová, I, 900 Lyubchenko, Y, 170 Mawdsley, J, 1696 Mikula, R, 1906, 1936 Mundy, J, 782, 938, 1450 Maydanov, A, 158 Milazzo, A, 976 Mungenast, L, 1204 Mazitschek, R, 944 Miletto Granozio, F, 1402 Munnik, F, 834, 852 Mazumdar, D, 1628 Miller, B, 472, 642, 1020 Munoz, V, 1906, 1936 M Mazzucco, S, 1524, 1528 Miller, C, 54 Munroe, P, 684, 870, 1368, Maßmann, I, 1270 Miller, D, 450 1382 Ma, C, 1364, 1584, 1642 McAllister, D, 1554 Miller, J, 220, 1048 Muralha, V, 1782 Ma, E, 442 McBride, J, 368, 1636 Miller, M, 594, 708, 712, 744, Murano, T, 604 Ma, H, 354 McCaffrey, RP, 428 858, 956, 1140 Murayama, M, 946 Ma, S, 1336 McClary, S, 58 Miller, T, 1644 Murfitt, M, 1290 Maayan, E, 872 McClelland, J, 1236 Mills, M, 912, 1006, 1304, 1652, Murooka, T, 66 Macaluso, F, 162 McComb, D, 174, 764 1866 Murphy, K, 428 Mack, P, 1216 McCreary, V, 1006 Millunchick, J, 682, 1650 Murphy, R, 1742, 1812 Mackiewicz-Ludtka, G, 410 McDanels, S, 1018, 1762 Mimoso, J, 1782 Murphy, T, 1034 MacLaren, I, 1896 McDermott, G, 1134 Mindich, L, 96 Murtagh, K, 1276 Maddock, J, 82 McDermott, T, 1130 Ming, B, 992 Muschol, M, 180 Maeda, S, 1518 McDonald, D, 156, 666 Minoda, H, 452, 530 Musselman, I, 1008 Magen, C, 788 McDougall, J, 1746, 1764 Minqin, R, 662 Mustafa, T, 284 Mahmoud, I, 210 McEuen, P, 1496 Mio, K, 230 Mustafi, D, 114, 666 Maiden, A, 1058 McGinn, B, 814 Mir Shah Ghassemi, H, 1874 Mutas, S, 730 Maier, S, 764 McGrouther, D, 1562 Mirsaidov, U, 120 Muto, S, 806, 1582 Majewski, P, 1202 McGuiness, A, 1704 Mishra, S, 1710 Mutoror, E, 1596

1954

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IP address: 170.106.40.139, on 29 Sep 2021 at 10:33:13, subject to the Cambridge Core terms of use, available at https://www.cambridge.org/core/terms. https://doi.org/10.1017/S1431927611012487 Myers, D, 1696 Nuzzo, R, 1324, 1604 Pan, X, 1356, 1360, 1362, 1448, Picard, Y, 908 Myers, J, 60, 72 Nylese, T, 398, 894, 1132, 1182 1454, 1594, 1646 Pidal, B, 344 Panchal, R, 1126 Piemonte, C, 906 Pandey, R, 1834 Pieniazek, N, 324 N O Pandraud, G, 470 Pierce, D, 1888 Panicker, G, 288 Pike, W, 864 Na, C, 214 Obayemi, J, 302 Pantelides, S, 796, 808, 810, Piluso, P, 1908 Nachimuthu, P, 1648 Oberti, D, 242 1316, 1498, 1636 Pinard, P, 416 Nagano, T, 604 Ochoa, R, 160 Panzenböck, M, 1036 Pint, B, 1414 Nagarajan, V, 1358 Odlyzko, M, 1460 Papin, P, 400 Pisano, A, 1918 Nakajima, Y, 1194 Oestreicher, Z, 140 Paraguay-Delgado, F, 830, 1930 Piston, D, 56 Nakamichi, T, 868, 1530 Ogashiwa, T, 1912 Parent, K, 98 Pitzer, J, 110 Nakamura, A, 1340 Ogawa, K, 510 Parent, L, 1606 Pizarro, J, 986 Nakamura, K, 930, 1298 Ogawa, S, 1002 Parish, C, 410, 594 Plachinda, P, 1118, 1436 Nakamura, M, 1178 Ogumi, Z, 1664 Park, I, 1676 Plitzko, J, 124, 964 Nakazawwa, E, 1190 Ogura, K, 388 Park, J, 1496, 1716 Podloucky, R, 1370 Nanda, J, 1498 Ögüt, B, 762 Park, J-B, 1758 Poelsema, B, 928 Nandasri, M, 1842 Ogut, S, 1318 Park, JH, 1544 Poirier, G, 1730 Nandur, A, 1720 Ohhashi, S, 1884 Park, K, 1758 Poirier-Demers, N, 612, 980 Narayanan, V, 1350 Ohi, M, 108 Park, S, 216 Pokrant, S, 1186 Narula, C, 1498 Ohkura, Y, 1198 Park, T-S, 634 Polevova, S, 166 Nasim, R, 74 Ohlmann, J, 1390 Park, WK, 1640 Pollock, T, 958 Nebesarova, J, 246 Ohno, N, 118, 264 Parrat, D, 864 Poole, J, 674 Necker, C, 400 Ohno, S, 264 Parsons, G, 1830 Pooley, C, 160 Nedela, V, 920, 922 Ohrai, Y, 1912 Pasolli, HA, 308 Pope, R, 1154 Nehru, N, 438 Ohta, Y, 1180 Patel, U, 1132 Porro, M, 1202 Neilan, J, 182 Oikonomou, G, 16, 362 Patel, V, 64 Porter, A, 174 Neilly, J, 1130 Okabe, T, 452 Pathak, C, 1858 Porter, C, 1756 Neiman, A, 152 O’Keefe, M, 1264 Patron-Soberano, O, 338 Porto, A, 1536 Nelson, C, 1356, 1360, 1362, Oki, A, 522 Pattai, S, 1210 Posadas, A, 1330 1448, 1454 Okunishi, E, 1076, 1162, 1278, Patterson, G, 14 Powell, R, 116, 150, 152 Nelson, J, 152, 1290 1308, 1580 Paulauskas, T, 1628 Power, J, 1438 Nelson-Cheeseman, B, 1072, Okuno, H, 1284 Pavia, G, 1074 Pozuelo, M, 1544 1078 Oleshko, V, 1658 Pavlova, E, 246 Prabhu, S, 1218 Nemecek, D, 96 Olia, A, 100 Payne, J, 566 Prange, M, 796, 808, 810, 1316, Nemerow, G, 102 Olive, M, 62 Payne, T, 714 1498 Neri-Flores, M, 1430 Oliver, J, 358, 1428 Pearson, A, 880, 1732 Prasad, A, 492, 1724 Nessler, R, 1704 Olorundare, O, 358 Peckys, D, 204 Prater, C, 1734 Netting, A, 566 Olsen, E, 296 Peden, C, 1626 Pratesi, G, 1806 Neuman, A, 1042, 1044 Olson, D, 750, 752 Pedigo, A, 1846 Prevelige, P, 100 Neumann, W, 1070, 1098, Olson, J, 710, 752 Pellett, P, 4 Prikhodko, S, 1544 1410 Olszens, K, 156, 666 Peltier, S, 276, 976 Principe, E, 58 Newbury, D, 556, 558, 884, Olszta, M, 678, 734 Pendleton, B, 250 Privat, K, 1780 1854 Oltman, E, 714, 720, 728, 754 Pendleton, M, 250 Prosa, T, 714, 724, 728, 738, Newnam, G, 176 Ooi, BG, 220, 1048 Pennycook, S, 436, 796, 808, 740, 750, 752, 754, 760 Ng, A, 436 Ophus, C, 1262 810, 950, 1252, 1296, 1316, Pruitt, RN, 108 Nguyen, J, 1008 Orchowski, A, 1186 1336, 1402, 1406, 1412, 1498, Prytz, Ø, 1538 Nguyen, N, 1408 Ordavo, I, 910 1634, 1636, 1638, 1728 Przybylowicz, W, 254 Nibert, M, 134 Orlovskaya, N, 828 Pennycook, T, 1316, 1336, 1636 Ptacek, J, 130 Nickell, S, 124 Ornelas, C, 1930 Peralta, J, 712 Pu, H, 1500 Nicolopoulos, S, 1086, 1098 Orr, G, 926 Perea, A, 1776 Pulecio, J, 1364 Nicolosi, J, 1192 Ortega, J, 82 Pereira, A, 1792 Puretzky, A, 1510 Niculae, A, 904, 1204, 1206 Oshima, Y, 488, 1268, 1294, Pereira, N, 1586, 1670 Niebel, H, 1074 1580 Pérez Bustamante, R, 1432, 1542 Nielsen, C, 624 Othman, Y, 68, 70, 76 Perez, G, 316 Q Nielsen, N, 356 Otto, K, 146 Pergolizzi, R, 318, 380 Nielsen, S, 1008 Oue, Y, 604 Periaswamy, P, 1834 Qi, L, 1656 Niemantsverdriet, JWH, 1692 Outrequin, M, 584 Perna, P, 1402 Qian, H, 984, 1150 Niezgoda, S, 404 Owen, TP, 292 Perrais, D, 40, 44 Qian, W, 1550, 1698 Niitaka, S, 1580 Own, CS, 1274 Perry, G, 196, 200 Qiao, J, 96 Nikolova, L, 1092 Oxley, M, 796, 808, 810, 1316, Persoon, H, 644 Qiao, Q, 1318, 1628 Ninness, B, 1046 1336, 1402, 1498 Peters, K-M, 1916 Qin, Y, 1876 Nishijima, M, 1878 Oyagi, T, 1190 Petersen, T, 726, 956 Queenan, C, 158, 302, 310, 312, Nishiyama, H, 230, 510 Özdöl, B, 1228 Peterson, G, 250 318, 342, 370, 380, 698 Nittler, L, 1894 Ozgur, U, 1386 Petford-Long, A, 496, 1858 Quinn, J, 152 Noh, KW, 544, 1572 Petricek, V, 1106 Noh, Y-K, 1456 Petrosiute, A, 68, 72 Nokuo, T, 1188 Petrov, I, 1576, 1590 R Nolze, G, 1000 P Petrova, R, 1860 Nomaguchi, T, 914 Petrovykh, D, 1012 Rabby, R, 1922 Nordin, H, 1852 Paddison, S, 1682 Pfannmöller, M, 818 Rack, P, 516 Norris, S, 110 Paez, A, 342 Phaneuf, M, 676 Rackwitz, V, 600 Norton, M, 268 Paez-Valencia, J, 338 Phark, J-H, 1016 Radermacher, M, 80, 92 Nose, M, 1920, 1934 Pais, A, 1782 Pharr, G, 1006 Radetic, T, 1338 Nothwang, T, 1042, 1044 Pakrasi, H, 226 Pheil, M, 1130 Radmilovic, V, 1262 Novoselov, K, 1504 Palatinus, L, 1106 Phifer, D, 512, 1166 Radtkey, R, 1554 Nowak, D, 26, 34 Palczewski, K, 114, 666 Phillips, J, 1646 Ragger, K, 1036 Nowakowski, P, 602 Paley, E, 186 Phillips, M, 1790, 1886 Rago, G, 228 Nowell, M, 398, 406, 414 Palmer, T, 296 Phillips, P, 912, 1304, 1866 Rahman, M, 268 Nthale, J, 72 Pan, M, 814 Piatkevich, K, 8 Rahman, Z, 1762 Nunney, T, 1216 Pan, T, 176 Piazolo, S, 412 Raimondo, T, 566

1955

Downloaded from https://www.cambridge.org/core. IP address: 170.106.40.139, on 29 Sep 2021 at 10:33:13, subject to the Cambridge Core terms of use, available at https://www.cambridge.org/core/terms. https://doi.org/10.1017/S1431927611012487 Rajan, K, 708, 712, 744, 956 Robertson, V, 868 Sakulich, A, 1482 Schweinfest, B, 1204 Rajasekhara, S, 1080, 1090, Roberts-Skilton, K, 1148 Salge, T, 600, 892, 1000 Scipioni, L, 282, 928 1346, 1616 Robins, A, 390, 632 Salmeron, M, 1532 Scott, JH, 1464, 1484 Rajbhandari, I, 288 Robinson, D, 538, 1606 Salmon, N, 1564 Scott, K, 668, 1910 Ramani, N, 342 Rocha, F, 1778 Salomons, M, 434 Scotti di Uccio, U, 1402 Ramasse, Q, 630, 774, 786, Rocheleau, J, 1222, 1226 Salzberger, U, 286 Scroggs, E, 568 1250, 1258, 1306, 1404, 1504, Rockett, A, 1608 Salzer, R, 626 Seddio, S, 570 1678 Rodenburg, C, 880, 1732 Samantaray, C, 438 Sederman, A, 932 Ramesh, R, 1412 Rodenburg, J, 1058 Sameni, M, 62 Segal, Y, 1400 Ramirez, A, 982, 1326, 1458 Röder, I, 818 Samsó, M, 94 Seidel, J, 1412 Ramirez-Leal, R, 1736 Rodovsky, D, 770 Samson, P, 300 Sellmyer, D, 1446 Ramirez-Rosales, D, 1838 Rodrigue, L, 596 Sanchez, A, 1690 Seong, T, 1722 Ran, G, 1650 Rodriguez, J, 542 Sánchez, E, 26, 34, 618, 1118 Sergeev, M, 50 Ran, K, 1060, 1514 Rodriguez-Gil, D, 52 Sanchez, S, 1324, 1604 Serin, V, 776, 788 Randolph, S, 652 Rodriguez-Leviz, A, 338 Sanchez-Gomez, C, 338 Serra, M, 1808 Rangari, V, 1922 Roelandts, T, 934 Sanchez-Lares, J, 338 Serra, R, 788 Raschke, M, 24 Rohde, M, 1170 Sandborg, A, 620 Serrano-Velez, J, 116 Rashkova, B, 1370 Rohrer, G, 394, 1346, 1416 Sandiumenge, F, 1404 Sethu, P, 1218 Rastogi, S, 310 Rohrer, GS, 1426 Sanford, C, 928 Seung, S, 966 Rathmell, A, 462 Roiban, L, 948 Sang, X, 1112 Seybold, V, 822 Rauch, E, 1074, 1086, 1094, Rojac, T, 1892 Sanghavi, S, 1648 Shabazian Yassar, R, 1874 1098 Roldan-Gutierrez, M, 1728 Sankar, J, 342 Shade-Tousignant, K, 334 Ravichadran, A, 330 Romanenko, A, 798 Sankar, K, 1222 Shafran, E, 1516 Ravines, P, 1786 Romanyuk, A, 176 Santala, M, 508 Shah, A, 1072, 1078 Rawlins, J, 252 Romero, J, 1844 Santamaria, J, 796, 1316 Shah, C, 874, 1760 Re, A, 1806 Romero, P, 316 Santana-Garcia, I, 1828 Shah, J, 50 Reade, W, 1780 Romero-Romo, M, 1430 Santangelo, P, 1938 Shah, M, 988 Reagan, B, 1378 Rosa-Molinar, E, 116 Santora, A, 320 Shah, V, 104 Reaney, I, 1896 Rose, T, 846 Santos-Beltran, A, 830 Shaham, S, 16 Rechache, K, 64 Rosei, F, 1092 Santra, S, 1600 Shahbazian Yassar, R, 1158, Reddel, J, 1128 Rosenauer, A, 1410, 1862 Saraf, L, 424 1570, 1662 Redfern, D, 1176 Rosenkranz, R, 658 Sarahan, M, 786, 1248, 1258, Shamsuzzoha, M, 1342, 1420, Redinger, J, 1370 Rosenthal, S, 436, 1636 1306, 1678 1834 Reed, B, 458, 474, 506, 508, Ross, F, 490, 656 Sarobol, P, 1846 Shan, S, 352 774, 1092 Ross, J, 36 Sarsfield, B, 1146 Shan, Z, 442, 1348 Reed, K, 384, 1914 Rossi, P, 498 Sasai, H, 604 Shane, P, 854 Rees, P, 256 Rossignol, E, 130 Sasaki, K, 478 Shankar, R, 1710 Reese, R, 332 Rossouw, D, 766, 794 Sasaki, T, 1184, 1530, 1582 Shao, Y, 794 Reeves, S, 1614 Roth, L, 304 Satin, LS, 208 Shao-Horn, Y, 1596 Regalbuto, J, 1622 Rouleau, C, 1510 Sato, A, 354 Shapter, J, 870 Regan, B, 1548 Roussel, L, 878, 998 Sato, C, 230, 510 Sharma, M, 796 Regisford, E, 522 Rouvière, J-L, 1068, 1094, 1284, Sato, T, 688, 1372 Sharma, R, 1520, 1524, 1528 Rego, H, 10 1388 Sato, Y, 1168 Sharov, G, 128 Reinhard, D, 752 Rouvimov, S, 1062, 1070, 1098, Sawada, H, 1066, 1076, 1184, Shawkey, M, 702 Reiss, P, 520 1118, 1436 1278, 1308, 1530, 1580, 1592 Shayakhmetov, D, 106 Renaud, L, 752 Rovira-Llorens, S, 1776 Sawicki, M, 1400 Shcherbakova, D, 8 Rene, V, 1666 Rowenhorst, D, 694 Scarel, G, 1830 Shearing, P, 1672 Renno, A, 834, 852 Rowlands, N, 1176 Schäfer, S, 1792 Shekunov, B, 1146 Requejo, F, 1326 Rowley, V, 276 Schaffer, B, 630, 786, 1102, Shepard, J, 710 Resnick, A, 48 Roysam, B, 144 1250, 1896 Sherman, A, 208 Reuter, M, 490 Rozier, P, 776 Schaffer, D, 296 Sherman, D, 1156 Reyes-Chilpa, R, 340 Rubanov, S, 700 Schaffer, M, 630, 786 Sherman, R, 334 Reyes-Coronado, A, 1288 Rubio-Avalos, JC, 832, 1054 Schalek, R, 966 Shevitski, B, 1548 Rezikyan, A, 1546 Rudnaya, M, 528 Schaller, G, 910, 1202, 1206 Shi, H, 1642 Rhinow, D, 974 Rue, C, 652 Schamp, T, 820 Shi, Y, 1514 Ribeiro, F, 1526 Ruehle, M, 1312 Schampers, R, 652 Shibata, M, 1194 Rice, P, 386 Ruiz, T, 80, 92 Schardein, G, 438 Shibata, N, 1256, 1334, 1340 Rich, J, 68 Ruiz-Vargas, C, 1496 Schatten, H, 218 Shieh, W-J, 324 Richardson, E, 348 Russo, C, 1490 Scheiblin, D, 280 Shimizu, Y, 1530 Richiardo, R, 1654 Rusz, J, 806 Scheller, S, 1000, 1170 Shimojo, M, 1230 Richmond, A, 300 Ruzmetov, D, 1658 Schertel, A, 154 Shirato, N, 1634 Richter, L, 770 Rye, M, 696 Schleifer, M, 398 Shiveley, A, 988 Richter, R, 1202 Rykaczewski, K, 1464 Schlom, D, 1356, 1360, 1396, Shokoohi, N, 62 Riegner, DC, 1848 1450, 1594 Shokuhfar, T, 1688 Rigort, A, 964 Schmidt, F, 1746, 1754, 1764 Shone, T, 976 Ringel, S, 1652 S Schmidt, S, 630, 786 Short, K, 1886 Ringer, S, 708, 712, 718, 722, Schmidt, U, 1196 Shtengel, G, 6 744, 870, 956 Sachan, R, 1634 Schmidt, V, 932 Shu, X, 2 Rios, O, 410 Sader, K, 1598 Schneijdenberg, C, 644 Shukla, A, 936 Ripalda, J, 1728 Sadick, J, 292 Schofield, M, 1364, 1500 Shuttahanandan, V, 926 Ristenpart, W, 460 Sadtler, B, 1644 Scholz, R, 408 Shutthanandan, V, 738, 760, Ritchie, N, 556, 558, 884, 896, Saghi, Z, 932 Schooley, C, 378 1648, 1842 1854 Sahagian, K, 1734 Schopper, F, 904, 910, 1202, Shuttlesworth, R, 458 Rivacoba, A, 1288 Saiki, A, 1920 1206 Si, R, 542 Rivera, F, 638 Saito, K, 1878 Schowalter, M, 1410 Sidorov, M, 686 Rivera, N, 60 Saito, T, 1518 Schreuders, H, 1678 Siew, S, 290 Rivest, J, 1644 Saitoh, K, 804, 1114, 1232, 1706 Schröder, R, 88, 122, 818 Sigle, W, 762 Robert, D, 1094 Saitoh, S, 264 Schroeder, WA, 1438 Sijbers, J, 934 Robert, H, 456 Saitoh, Y, 264 Schuetze, A, 1234 Silva, A, 1782 Robertson, I, 440, 446, 978, Sakaguchi, K, 654 Schumacher, E, 1534 Silver, J, 76 1006, 1608, 1610 Sakata, E, 124 Schwandt, C, 608, 1534 Simmons, C, 1220

1956

Downloaded from https://www.cambridge.org/core. IP address: 170.106.40.139, on 29 Sep 2021 at 10:33:13, subject to the Cambridge Core terms of use, available at https://www.cambridge.org/core/terms. https://doi.org/10.1017/S1431927611012487 Simmons, R, 366, 1818 Steven, A, 96, 136 Talebi, N, 762 Tuma, L, 878 Simon, M, 626, 1826 Stevenson, M, 1746, 1752 Talin, A, 1658 Turaga, S, 966 Sina, M, 1586, 1670 Stewart, A, 1082 Tamura, K, 1298 Turkova, I, 1814 Sinclair, R, 360 Stewart, G, 82 Tan, S, 672 Turnquist, D, 1752 Sindelar, C, 86 Stewart, P, 102, 106, 126, 970 Tanabe, K, 1664 Twesten, R, 1168 Singer, S, 1548 Stjerndahl, M, 1560 Tanaka, K, 1198 Tyrpekl, V, 1908 Sinkler, W, 1286 Stoeffler, S, 1534 Tanaka, N, 478, 804, 1114, 1232, Sinkovits, R, 98 Stokes, D, 1706 1706 Sitzman, S, 386, 396, 838 Stokes, R, 1844 Tanaka, T, 540, 1190, 1268 U Siwick, B, 1092 Stolz, W, 1410 Tanase, M, 1524, 1528 Skone, G, 1290 Straton, J, 1122 Tang, J, 100 Uchic, M, 988 Sloane, B, 62 Straw, M, 1166 Tang, Y, 1378 Uchida, M, 1134 Sloppy, J, 502, 1382 Striemer, C, 1214 Taniguchi, Y, 1270 Uchino, K, 654 Slouf, M, 246 Strohmeier, B, 1216 Tanishiro, Y, 1268, 1294, 1580 Udalagama, C, 662 Small, G, 184 Strom, C, 1472 Tanji, T, 480, 484, 534, 1232 Uhlemann, S, 1270 Small, J, 856 Stroppa, D, 1458 Tao, R, 798 Ukyo, Y, 1582 Small, M, 1604 Stroud, R, 1012, 1506, 1894 Tapia, J, 966 Ulfig, R, 714, 720, 738, 740, Smentkowski, V, 720, 1462 Strüder, L, 910, 1202, 1204, Tarbell, J, 162 752, 760 Smith, A, 330 1206 Tatsumi, K, 806, 1582 Unger, E, 288 Smith, B, 360 Strunk, K, 942 Tavabi, AH, 484 Unger, W, 856 Smith, C, 1820 Su, D, 1084, 1298, 1400, 1584, Taylor, M, 40 Unguris, J, 1236 Smith, DJ, 1330, 1354 1586, 1630 Taylor, S, 1738 Ünlü, M, 32 Smith, GDW, 726 Su, P, 1846 Tejeda-Ochoa, A, 1772 Uno, S, 654 Smith, I, 352 Su, Y-J, 300 Tellez, A, 130 Unocic, K, 1414 Smith, J, 90, 102 Subach, F, 8 Terada, M, 276 Unocic, R, 462, 1564 Smith, M, 196, 200 Subach, O, 8 Terada, N, 264 Urban, K, 1314 Smith, N, 646, 650 Subrahmanyam, A, 1440 Terao, M, 1184 Smith, R, 618, 1118 Subramanian, A, 1656 Terashita, N, 1676 Snoeck, E, 776 Sudbrink, B, 1910 Terauchi, M, 604, 1884 V Snoeyenbos, D, 584 Sudharshan Phani, P, 1006 Terborg, R, 600, 892, 1170, 1200 Snyder, G, 1344 Suenaga, K, 1184, 1530 Terekhov, A, 272 Vaggelli, G, 1808 Snyder, K, 1486 Suga, M, 230, 510 Terminello, L, 1648 Valanoor, N, 1368, 1382, 1404 Sobol, P, 58 Sugar, J, 538, 1344, 1588 Tesch, P, 650 Valencia-Mayoral, P, 338 Sobolik-Delmaire, T, 300 Sugioka, N, 1802 Thamm, C, 910 Valeri, S, 1870 Soboyejo, N, 522 Sullivan, J, 1656, 1660 Thevuthaasan, S, 738 Valloppilly, S, 1446 Søgaard, L, 356 Sumiya, A, 540 Thevuthasan, S, 760, 1566, 1648, Van Aert, S, 934 Sokolova, O, 128, 186 Summers, H, 256 1842 van Aken, P, 286, 762, 1228 Solanki, R, 1436 Sumner, J, 292 Thøgersen, A, 1440 van Benthem, K, 1328, 1352 Solis Canto, O, 1542 Sun, J, 442 Thomas, B, 20 Van Benthem, M, 784 Solomon, V, 1832, 1916 Sun, K, 1650 Thomas, C, 242 van Dam, J, 266 Solórzano, G, 1536 Sun, L, 544, 1572 Thomas, L, 678, 734 Van den Broek, W, 528 Solsona, B, 1738 Sun, M, 176, 1226 Thomas, P, 1168 van der Zande, A, 1496 Soltau, H, 904, 910, 1202, 1204, Sun, T, 1086, 1416 Thomas, WK, 1276 van Gastel, R, 928 1206 Sun, Y, 1178 Thompson, A, 1826 Van Hart, D, 1392 Somehara, K, 868 Sunaoshi, T, 1912 Thompson, G, 732, 1442, 1898 van Heesbeen, R, 50 Sonderegger, S, 1868 Sundaram, S, 1368, 1382 Thompson, N, 38 van Leerdam, K, 1560 Song, B, 526 Sundararajan, S, 742, 748 Thomson, R, 1014 Vancova, M, 246 Song, C, 1266, 1408, 1492 Suntharampillai, T, 1626 Thron, A, 1328 Vanden Berg-Foels, W, 282 Song, K, 1702 Susan, D, 392 Thüne, P, 1692 Vander Voort, G, 416, 1040, Sonneborn, M, 384 Suvorova, A, 700 Tietz, H, 1208 1766 Soon, L, 870 Suzuki, M, 454 Timlin, J, 18, 226 Vanfleet, R, 638 Sorensen, C, 404 Suzuki, T, 1194 Tkachuk, A, 202 Vanhart, D, 1720 Sosinsky, G, 336 Suzuki, Y, 930, 1298 Toader, M, 1122 Varela, M, 796, 1316, 1402, Sougrat, R, 816, 1770 Swaminathan, K, 1652 Tochigi, E, 1340 1728 Sousa, A, 972 Sweeney, F, 1058 Tohei, T, 1398 Vaudin, M, 422 Sparlinek, P, 1208 Swift, M, 90 Tolk, N, 1508 Vaz, C, 1400 Specht, P, 1064 Sykulska, H, 864 Tomita, T, 1162 Veen, GV, 878 Spence, JC, 1072 Szakal, C, 564 Tonomura, A, 1272 Vendelbo, S, 536 Spence, JCH, 1078 Szilagyi, Z, 1290 Torija, M, 796 Ventresca, D, 1046 Spilman, M, 132 Torpy, A, 860 Ventura, J, 1032 Spowart, J, 988 Torralva, B, 1742, 1812 Verde, A, 1776 Spratt, J, 1820 T Torres Moye, E, 1880 Verkhusha, V, 8 Spray, D, 162 Tourek, C, 742, 748 Verkleij, A, 644 Spurgeon, S, 1382, 1444 Tachjadi, J, 294, 306 Tracy, B, 686 Vernstrom, G, 1614 Srivastava, C, 1834 Taftø, J, 1678 Tracy, J, 1830 Véron, M, 1074 Srot, V, 286, 1900 Tagle, R, 1000 Trapp, B, 118 Vetterick, G, 444 Stach, E, 450, 490, 1526, 1604 Tague Jr., T, 1810 Treacy, M, 1546 Vianco, P, 1850 Stadelmann, P, 1384 Taha, H, 234, 872 Treger-Delapierre, M, 948 Vicenzi, E, 546, 592, 898, 1800 Stan, G, 422 Taheri, M, 444, 448, 502, 1382, Treis, J, 1202 Vick, D, 690 Stark, H, 1274 1444 Trevor, C, 1168 Vickery, J, 766 Stark, J, 1274 Takagi, H, 1580 Trimby, P, 412, 574 Victor, R, 164 Stark, M, 1138 Takahashi, H, 586, 604 Trivedi, K, 1714 Vijayan, B, 1702 Statham, P, 886 Takakura, M, 624 Trolier-McKinstry, S, 800 Villa, E, 964 Staufer, U, 864 Takamura, Y, 1408 Trudeau, M, 596, 1026, 1666 Vinjendran, S, 864 Steel, E, 706, 840 Takayanagi, K, 488, 540, 1268, Tsai, AP, 1884 Vitha, S, 330 Steele, T, 94 1294, 1580, 1592 Tse, S, 1694 Vizkelethy, G, 498 Stegmann, H, 658 Takayangi, K, 1066 Tsien, R, 2 Vladar, A, 992 Stemmer, S, 1310, 1366 Takeguchi, M, 1230 Tsouris, C, 232 Vo, H, 1408 Stephan, O, 1512 Takeshita, A, 1268 Tsukuda, T, 1864 Voci, D, 928 Stephenson, D, 694 Takeuchi, I, 1358 Tsutsui, H, 534 Voelkl, E, 916 Stephenson, L, 722 Takvorian, P, 116 Tucker, B, 1018 Vogelgesang, R, 762

1957

Downloaded from https://www.cambridge.org/core. IP address: 170.106.40.139, on 29 Sep 2021 at 10:33:13, subject to the Cambridge Core terms of use, available at https://www.cambridge.org/core/terms. https://doi.org/10.1017/S1431927611012487 Vogt, A, 1128, 1130 Watkins, T, 410 Wu, L, 1584, 1630, 1642 Yu, S-M, 168 Volkmann, N, 90 Watson, T, 1856 Wuhrer, R, 866, 1790, 1886 Yu, T, 1722 Volkov, V, 1668 Watt, F, 662 Wypyski, M, 1784 Yu, Y, 938 Volz, K, 1390, 1410, 1862 Weaver, T, 214 Yuan, J, 1010 von Harrach, S, 598 Webber, M, 266 Yuan, T, 828 Voyles, P, 1110, 1286, 1386, Wei, JYT, 1320 X Yuasa, S, 1184, 1530 1428 Weierstall, U, 1072 Yue, LYL, 662 Vu,M,496 Weigert, R, 64 Xia, Y, 1624, 1740 Yuo, Y, 1722 Vu, T, 104 Weinberger, C, 1898 Xiao, C, 662 Yurcho, A, 1916 Vurpillot, F, 858 Weinert, M, 1500 Xie, D, 1348 Yurimoto, H, 654 Vyavhare, S, 250 Weinkauf, R, 372 Xie, S, 494, 636, 1864 Yur t, A, 32 Weir, M, 464 Xin, H, 782, 938, 1280, 1620, Welsch, G, 1046 1890 W Wen, J, 1576, 1640 Xu, B, 1574 Z Wen, J-G, 1572, 1590 Xu, CS, 664 Wacker, I, 818 Wen, T, 1836 Xu, S, 500, 1730 Zach, J, 1270 Wade, B, 566 Wen, X, 282 Xu, T, 1468 Zaghib, K, 1666 Wade, T, 1508 Weng, W, 1738 Xu, W, 1566, 1656 Zahedi, S, 192 Wagner, T, 1916 West, G, 1014 Xu, XP, 90 Zajac, L, 1816 Wahl, K, 1012 Westgate, C, 1720 Xu, Z, 1640 Zakharov, D, 1526 Wakui, A, 1190 Wetzler, M, 1134 Xuong, N-H, 976 Zaki, S, 324 Waldschläger, U, 1000 Wheeler, D, 694 Zaluzec, N, 590, 860 Walker, C, 1844 White, R, 1216 Zamora, L, 1052 Walker, F, 1364, 1400 White, T, 870 Y Zamorano-Ulloa, R, 1838 Walker, L, 432 Whites, K, 1710 Zan, R, 1504 Wall, D, 998 Whitney, W, 1496 Yadavali, S, 1634 Zandbergen, H, 470 Wall, J, 1298 Whittle, K, 1886 Yaguchi, T, 454 Zandvliet, HJW, 928 Wall, M, 1092, 1216 Wiedenbeck, M, 834, 852 Yakovlev, S, 240, 1684 Zavaleta-Mancera, H, 340 Walls, M, 802, 1306 Wiezorek, J, 506, 1088, 1112 Yalisove, S, 1742, 1812 Zega, T, 1894 Walter, A, 974 Wight, S, 592, 924 Yamada, T, 1518 Zeitler, E, 1244 Walther, P, 206 Wikswo, J, 296, 300 Yamamoto, K, 1664 Zeller, M, 1916 Walton, D, 772 Wiley, B, 462 Yamamoto, T, 1340 Zemlyanov, D, 1526 Wamser, J, 1210 Wilhite, P, 1518 Yamasaki, J, 1114 Zettl, A, 1258 Wan, H, 1626 Wilkinson, A, 402 Yamashita, K, 654 Zhang, F, 1386 Wan, L, 46 Willenberg, B, 1476 Yang, C, 1518 Zhang, G, 972 Wanders, D, 1224 Williams, D, 102, 106, 1046 Yang, F, 1654 Zhang, H, 1320, 1466, 1624 Wang, B, 732, 1898 Williams, DB, 1240 Yang, H, 1248, 1642 Zhang, J, 1150, 1310, 1566 Wang, C, 738, 760, 1118, 1566, Williams, G, 112, 142 Yang, J, 764, 1196, 1324, 1376, Zhang, L, 1566, 1656, 1660, 1626 Williams, M, 576 1604, 1730, 1900 1856 Wang, CM, 1656 Williams, P, 562 Yang, L-M, 1652 Zhang, P, 104, 942 Wang, D, 938, 1620 Williams, R, 1654 Yang, MG, 314 Zhang, X, 442, 1164, 1422 Wang, E, 1362 Wilson, N, 860 Yang, N, 696 Zhang, XF, 1544 Wang, F, 1584, 1668 Wilson, SA, 848 Yang, P, 1648 Zhang, Y, 1178, 1178, 1356, Wang, G, 946 Wimberley, V, 1826 Yang, R, 104 1454 Wang, J, 130, 1374, 1502, 1624, Winchester, B, 1356, 1360 Yang, Z, 1616 Zhang, Z, 1324, 1370, 1604 1830 Windl, W, 1260 Yankovich, A, 1386 Zhao, G, 104, 1546 Wang, L, 206, 1608, 1650, 1832, Winkler, C, 448, 502, 1382 Yao, B, 1086 Zhao, M, 992 1832, 1896 Winkler, D, 136 Yao, N, 500, 1730 Zhao, X, 110 Wang, L-L, 1324, 1604 Winoto, L, 20 Yap, Y, 1522, 1570 Zhao, Y, 1622 Wang, L-W, 1644 Withers, P, 1672 Yap, YK, 492, 1724 Zhelay, T, 192 Wang, P, 256, 1058, 1810 Witt, R, 414 Yassar, R, 1522 Zheng, H, 120, 1644, 1716 Wang, Q, 1324, 1604 Wittig, J, 1508, 1888 Yassar, RS, 492, 1688, 1724 Zheng, J-G, 636, 1028 Wang, R, 354, 1686 Woehl, T, 460 Yasuhara, A, 1878 Zheng, L, 1422 Wang, S, 994 Wolfe, J, 1144 Yazyev, O, 1258 Zhong, L, 1566, 1656 Wang, W, 494, 1646 Wolkow, R, 434 Yen, T-T, 1918 Zhou, L, 1354 Wang, W-H, 1866 Wolter, F, 262 Yeoh, J, 686 Zhou, W, 1498, 1926 Wang, X, 196, 200, 690, 742, Wong, K, 680 Yiacoumi, S, 232 Zhu, G, 794, 1568, 1632 1684, 1696 Wong, S, 1434 Yin, X, 118 Zhu, J, 1374 Wang, Y, 144, 280, 1846 Wong, W, 276 Ying-Hao, C, 1368 Zhu, T, 1868 Wang, Y-C, 590 Woo, O, 1852 Yoder, J, 138 Zhu, X, 196, 200 Wang, Z, 156, 1568, 1642, 1928 Woo, P, 1026, 1178 Yokosawa, T, 470 Zhu, Y, 542, 1084, 1298, 1364, Wargo, E, 962 Woods, P, 390 Yonezawa, Z, 604 1396, 1496, 1584, 1618, 1630, Wark, D, 580 Woodward, P, 1654 Yoo, J-H, 1108 1642, 1668 Warot Fonrose, B, 776 Woolley, A, 146 Yoon, S, 1722 Zhu, Z, 1842 Warusawithana, M, 1450 Wright, E, 112, 142, 142 Yoshida, K, 1706 Zickermann, V, 92 Watanabe, M, 790, 862, 1104, Wright, G, 272 Yotsuji, T, 1190 Zielke, R, 82 1308 Wright, J, 438 You, C, 1440 Zijlstra, A, 296, 300 Watanabe, S, 16, 362 Wright, M, 1018, 1762 Young, N, 1066, 1592 Zschech, E, 658, 1100 Watanuki, T, 1934 Wright, S, 398, 406, 838 Young, R, 652 Zuo, J-M, 1060, 1078, 1514, Waterman, C, 6 Wu, D, 1682 Yu, H, 156, 418 1640 Watkins, J, 374 Wu, J, 1452, 1702 Yu,L,92

1958

Downloaded from https://www.cambridge.org/core. IP address: 170.106.40.139, on 29 Sep 2021 at 10:33:13, subject to the Cambridge Core terms of use, available at https://www.cambridge.org/core/terms. https://doi.org/10.1017/S1431927611012487 Keyword Index

[F-18]FDDNP, 184 100kV rf gun, 1438 Air protection, 688 Atomic resolution, 598, 786, Block Face, 664 20keV, 122 Air quality, 1736 930, 934, 1252, 1298, 1620, BN, 1934 26S proteasome, 78 Al2O3, 494, 1414 1932 Bone, 60, 332, 1152 2D image analysis, 84 ALD system, 1720 Atomic scale, 720, 1258, 1896 Boron, 592, 1512 2-photon microscopy, 68 Alezheimer, 198 Atomscope, 708, 712 Boron carbide, 1468 3 dimensional, 1172 Allergies, 310 ATUM, 966 Boron nitride, 592, 1258 30 years, 1140 Allostery, 80 Au nanoparticles, 246 Brain, 72, 146, 336 30S subunit, 82 Allotropic, 1044 Auto-Correlation, 1308 Brass, 1760, 1764 3D, 138, 396, 612, 664, 666, Alloy, 506 Autofocus, 528 Brassica, 342 670, 938, 950, 960, 982, 992, AlN, 1918, 1920 Automated, 896 Brazing, 1844 992, 998, 1000 AlON, 1920 Automated Diffraction Tomogra- Breast cancer, 194, 302, 312 3D cell culture, 318 Alumina, 1340, 1844 phy, 1082 Brenner tumor, 304 3D EM, 92, 118, 622, 976 Aluminum alloys, 1856, 1866 Automated image analysis, 1034 BSE, 902 3D imaging, 100, 280, 634, 986, Aluminum doped Zinc Oxide, Automated Orientation Imaging, BSE energy spectrum, 914 1014 1720 1088 Bulk, 606 3D microstructure, 988 Alzheimer’s, 170, 184, 200, 216 Automated Particle Analysis, 3D models, 62 Ambient pressure, 480, 536 1854 3D Optical Microscopy, 622 Amorphous, 1546 Automated qualitative analysis, C 3D reconstruction, 80, 86, 90, Amyloid, 174, 176, 180, 200 1192 132, 136, 154, 944, 946, 966, Analysis, 400, 1850 Automation, 528 C, 840 972, 1008, 1856 Analytical solutions, 274 Auto-tuning, 1308 C. difficile, 108 3D STEM, 946, 968, 980 Analytical techniques, 832 Axial resolution, 952 Ca3Co4O9, 1630 3D tomography, 692, 942, 958 Analytical TEM, 286 Axinal loss, 186 Caffeine, 292 3D Volume averaging, 110 Anatase to Rutile, 1688 Axis, 1190 Calcite, 1808 4D models, 62 Angiogenesis, 294, 296 Axon, 118 Calcium Carbonate, 758 Angular correlation, 1110 Azulejo, 1782 Calophyllum, 340 Angular resolved EELS, 804 Camera, 1176 Annealing, 1348 Camp, 376 A Annular bright field, 1254 B Cancer, 66, 296, 360 Annular-bright-field, 1278 Cap layer, 730 Ab initio, 1458 Antibacterial, 1126 Backscatter, 388, 898, 908 Capsid, 104 Aberration, 632, 1302, 1308 Apatite, 588 Backscattered electron, 570, 612, Carbide, 1844 Aberration corrected SEM, 1084 Aphanius dispar, 164 900, 904 Carbon, 488, 526, 1506, 1512, Aberration corrected STEM, 630, AppalSEED, 382 Backscattered Electron Detector, 1538 1284, 1304, 1306, 1336, APT, 678, 734 906 Carbon doped TiO2, 1694 1386, 1406, 1450, 1578, Aqueous precursor, 494 Backscattered electron imaging, Carbon fiber, 1680 1590, 1594, 1614, 1620, Arabidopsis thaliana, 338 878 Carbon materials, 1530 1674, 1678, 1872 Archaeology, 1780 Bacteria sieving, 354 Carbon nanhorns, 1510 Aberration corrected TEM, 1064, Archaeometallurgy, 1774, 1824 Bacterial toxin, 108 Carbon nanofiber, 1470, 1518 1322, 1490 Archaeometry, 1806 Bacteriophage, 98, 100, 350 Carbon nanotube, 516, 522, Aberration correction, 468, 598, Archean, 568 Bainite, 1744 1470, 1494, 1520, 1524, 1526, 796, 820, 824, 950, 986, Arenavirus, 352 Band gap, 1648, 1722 1528, 1534, 1554, 1556 1076, 1238, 1246, 1254, Areobic glycoloysis, 194 Baroque altarpieces, 1778 Carbonaceous, 568 1264, 1266, 1276, 1290, Argon, 390, 632 Battery, 788, 936, 1566, 1576, Carcinoid, 74, 192, 304 1314, 1320, 1374, 1396, Art, 1784, 1816 1580, 1582, 1666 Cardiac Fibroblast, 148 1592, 1604, 1618, 1864 Art Glass, 1818 Battery electrode, 694 Cardiovascular, 1220 Aberration corrector, 654, 930, Art Restoration, 1812 Battery materials, 1586 Cartilage, 282 1270 Art works, 1790 bcc solid solution alloys, 1676 Castaing, 546, 582 ABF, 1076, 1580 Artefact, 606, 718 Beam, 1928 Catalysis, 474, 476, 542, 938, ABF STEM, 1334 Artificial ageing, 1542 Beam Control, 676 1282, 1300, 1524, 1528, 1594 Ablation, 658, 1166 ASEM, 510 Beam damage, 122 Catalyst, 466, 468, 536, 540, ACC oxidase, 1142 ASR, 1484 Beam sensitivity, 588 616, 1286, 1520, 1602, 1614, Accuracy, 844 Assembly, 132, 330 BFO, 448 1618, 1692, 1696, 1706, 1712 Actin, 328 Assessment, 378 Bias cycling, 1596 Cathode, 1596 Activation, 90 Astigmatism, 528 Bias heating, 1688 Cathodoluminescence, 792, Active brazing, 1844 ASTM Standards, 838 BiFeO3, 1896 1384, 1868 Active Pixel Sensor, 1202 Astrocyte, 158 Bimetallic, 1602, 1624, 1712 Caulobacter crescentus, 112 Adatoms, 1282 Atherogenic flow, 1218 Bioactive, 1126 CBED, 508, 1112, 1114, 1366, ADF, 980, 1276, 1280, 1302, Atmospheric, 510 Bioconjugate, 944 1642 1498 ATOM, 956 Biodiversity, 348 Cc correction, 1530 Adhesion, 232, 730, 1128 Atom chain, 488 Biofilm, 260 CCD, 910, 996 Adiabatic, 1748 Atom imaging, 1242 Bioimaging, 20 CCD camera, 814, 916 Adipocyte, 1224 Atom probe, 718, 726, 732, 756, Biological EM, 120, 1154, 1154 CCD dark current, 790 AEM, 590, 630, 802, 862, 1020, 758, 1442 Biological tissue, 58 CCSEM, 896 1658 Atom probe tomography, 706, Biomineralization, 140 Cdk5, 72 AFM, 170, 172, 180, 188, 232, 708, 710, 712, 714, 716, 720, Biopsy, 1136 C-doped TiO2, 1694 234, 268, 748, 864, 1128, 722, 724, 728, 736, 738, 740, Bioremediation, 342 Cell adhesion, 158 1730, 1792 742, 744, 746, 748, 750, 752, Biosensor, 1554 Cell culture, 274 Ag, 1372 754, 760, 850, 858 Bismuth Ferrite, 448 Cell growth, 158 Age hardening, 1878 ATOM Project, 708 Blade, 1746 Cell material matrix, 692 Aggregates, 174 Atomic ordering, 1332 Blank, 1854 Cell migration, 90

1959

Downloaded from https://www.cambridge.org/core. IP address: 170.106.40.139, on 29 Sep 2021 at 10:33:13, subject to the Cambridge Core terms of use, available at https://www.cambridge.org/core/terms. https://doi.org/10.1017/S1431927611012487 Cellular signaling, 1126 Confidence Index, 424 Deconvolution, 980 EBSD, 386, 388, 390, 392, 396, Cellulose nanofibers, 354 Confocal, 222 Defect, 444, 446, 1260, 1268, 396, 398, 400, 402, 404, 406, Cement, 1476, 1478, 1482 Confocal fluorescence, 226 1304, 1344, 1496, 1654, 408, 410, 412, 414, 416, 418, CEMOVIS, 644 Confocal microscopy, 62, 74, 1896 420, 424, 426, 574, 838, 1000, Centrioles, 218 148, 162, 172, 182, 212, 280 Definition, 754 1014, 1032, 1086, 1176, 1886 Centroid, 1004 Conformational change, 94, 136 Defocus, 528 ECCI, 908 Centrosomes, 218 Conical dark-field diffraction, Deformation, 402, 412, 1088, ED-EPMA, 600 Ceramic, 600, 1782, 1844, 1892, 1100 1898 EDS, 318, 332, 398, 432, 538, 1916, 1918 Conservation, 1798, 1800, 1816 Dehydrogenation, 470 558, 594, 614, 642, 856, 884, Ceria, 542, 1914 Contact resistance, 1518 Delocalization-filter, 1264 1000, 1020, 1132, 1164, Certified reference material, 834 Contamination, 1804 DEN, 464 1170, 1176, 1192, 1200, Cervical Cancer, 288 Content uniformity, 1144 Dendrimer, 464 1368, 1484, 1666, 1736, CFEG, 1290 Contrast, 88, 704, 974, 1280 de-novo folding, 126 1758, 1770, 1816 Channeling, 806, 908, 1300 Contrast transfer function, 454 Density Functional Theory, 808 EDS mapping, 1144 Chaperones, 178 Copper, 1754 Dentin, 286, 1016 EDS performance, 614 Characterization, 1024, 1052 Copper nanowire, 462 Depletion, 1776 EDS specification, 614 Charge, 640 Coprecipitation, 316 Deposition, 1550 Education, 366, 368, 370, 372, Charge flipping, 1106 Core-shell, 1428, 1544, 1836 Depth, 1910 374, 376, 378, 380, 384 Charge transfer, 1404 Correction procedure, 554 Design, 1160 EDX, 358, 556, 598, 638, 782, Chemical, 1552 Corrector, 1184 Detector, 746, 878, 882 792, 960, 1014 Chemical Mapping, 1130, 1728, Correlative microscopy, 150, Development, 218 EDXS, 590, 598 1734 152, 202, 230, 242, 360, 370, Device, 146, 1548 EELS, 484, 590, 762, 764, 766, Chemical precipitation, 1050 818, 1906, 1936, 1946 Dezincification, 1760 768, 772, 774, 776, 778, 780, Chemical Reference, 840 Corrosion, 670, 1798 Diachroism, 1296 782, 784, 786, 788, 790, 792, Chemical Tomography, 982 Costa Rica, 1776 Diamond, 684, 698, 700, 1506, 794, 796, 800, 802, 806, 808, Chemical vapor deposition, 1520 Counting, 1004 1508 812, 822, 824, 826, 828, 830, Chemometrics, 1462 Crack formation, 1568 Diatom, 266, 1434, 1730 832, 948, 984, 1078, 1118, Chemotaxis, 272 CrAlN, 1934 Dichroism, 812 1168, 1186, 1242, 1248, 1250, Chemotherapy, 312 Cranial window, 70 Dielectric, 1352, 1396 1252, 1280, 1296, 1306, 1318, Chloroplast division, 330 Crewe, 1244 Differential phase contrast, 1320, 1328, 1336, 1350, 1352, Cholera toxin, 328 Crimp, 1850 1256 1382, 1396, 1402, 1404, 1424, Chromatic Aberration, 1184 Cross correlation, 918 Diffraction, 908, 1056, 1068, 1450, 1466, 1498, 1504, 1506, Chrome yellow, 1802 Cross linking, 104 1076, 1930 1512, 1538, 1574, 1584, 1586, Cilia, 48, 50, 54 Cross rolling, 1342 Diffraction streaks, 1834 1600, 1612, 1618, 1620, 1622, Circulation, 224 Cross section, 650, 1816 Diffuse scattering, 1862 1628, 1634, 1640, 1642, 1654, Classroom, 376 Crucible, 1824 Diffusion, 38, 212, 962, 1486, 1676, 1678, 1682, 1722, 1840, Clathrin, 40 Cryo, 88, 206, 668, 878, 1194 1612 1860, 1884 Cleaning, 1026 Cryo ET, 110, 112 Digital image, 1946 Efficiency, 1174 CMOS, 1212, 1350 Cryo FIB, 688, 942, 942, 1768 Digital pathology, 1124 EFTEM, 762, 770, 780, 824, CMSX4, 1414 Cryo SEM, 356, 1478, 1768 Dinosaur, 574 972, 994, 1490, 1588 CNT, 992, 1536, 1542 Cryo STEM, 816 Direct detection, 1004 EFTEM drift correction, 790 Co L edges, 828 Cryo TEM, 644 Direct electron, 996 EFTEM quantification, 790 CO oxidation, 1740 CryoEM, 78, 86, 94, 98, 102, Dislocated holograms, 1234 Eggshell, 574 Co/SiO2, 1622 102, 104, 106, 106, 112, 122, Dislocation, 440, 446, 912, EHS, 668 Co/TiO2, 1622 126, 132, 134, 136, 142, 940, 1340, 1342, 1344, 1432, Elastic State Tomography, 982 Coating, 1560, 1922, 1934 942, 964, 970, 1208 1652, 1898 Electric field, 704 Cobalt, 1030 Cryo-fluorescence, 964 Dispersion, 256, 1472, 1560 Electrical, 1522 Cobalt silicide, 1326 Cryo-light microscopy, 964 Displacement, 1412, 1630 Electrical bias, 502 Cocatalyst, 1598 Cryosection, 644 Dissection, 380 Electrical degradation, 502 Cochlea, 54 Crystal defect, 1436 DLP1, 196, 200 Electrochemical, 1572, 1658, Co-Cr-Mo, 1030 Crystal oriantation, 1070, 1086 DNA, 268, 1254, 1274, 1276 1660, 1662 CoFe alloy, 1840 Crystal Strain, 1232 Domain, 1364 Electrochemistry, 1564 Coherence, 1294 Crystal structure, 1648 Domain wall, 1412 Electromechanical, 492 Coherent anti-Stokes, 228 Crystallinity, 680, 1604 Dopant, 752, 1302, 1458 Electromigration, 1348 Co-implantation, 1632 Crystallization, 1092, 1700 Doped semiconductors, 900 Electron, 898 Cold FEG, 1162 Crystallographic databases, 1062 Dose, 680 Electron beam evaporation, 1446 Collaborative Learning, 870 Crystallography, 108, 392, 1122, Double, 1190 Electron beam heating, 1464 Colloidal synthesis, 1716 1668 Double diffraction, 1420 Electron beam induced deposi- Colloids, 1836 Cs correction, 88, 1298, 1530 Double-tilt, 468 tion, 438 Co-localization, 358 Cu interconnect, 1094 DQE, 814, 1004 Electron beam induced process- Colocasia esculenta, 344 Cu3Si, 1106 Drug delivery, 312 ing, 438 Colombia, 1776 Cube, 1740 Drug discovery, 1134 Electron channeling, 986 Complex averaging, 918 CuInSe2, 1268 D-STEM, 1090, 1346 Electron cryo-microscopy, 90, Complex I, 92 Cultural Heritage, 1814, 1826 DTEM, 504, 508 100, 974 Complex metal hydrides, 1608 CuNi, 1376 Dual beam FIB, 628, 958, 998, Electron cryo-tomography, 96, Complex oxidation catalyst, 482 Curcumin, 310 1014, 1166 942 Composite, 826, 1430, 1432, Cutting Mist, 1818 Duplex steel, 1036 Electron crystallography, 1082, 1550, 1828, 1916 CVD, 1436 Dust, 864 1086, 1098, 1118 Composition, 1800 Cytoskeleton, 218 Dye, 1046, 1694, 1802 Electron detection, 904, 906, Composition analysis, 750 Dynamic light scattering, 180 996, 1206, 1208 Composition modulation, 1386, Dynamic observations, 1528 Electron dichroism, 1236 1834 D Dynamic TEM, 474, 508 Electron diffraction, 456, 572, Compressed sensing, 932 Dynamical simulation, 806 710, 912, 1060, 1062, 1070, Compression, 1748 Daguerreotype, 1812 Dynamics, 36, 1644 1096, 1102, 1116, 1446, 1500, Computation, 126, 970 Damage, 700 Dysprosium, 566 1514, 1532, 1532, 1578, 1890, Computer program, 1096 Dark-field, 332, 1104 1914 Computer vision, 1306 Data, 276 Electron holography, 918, 1230, Concrete, 1476, 1480, 1486 Data mining, 744 E 1232, 1236, 1238, 1394, 1664 Condensation, 1464 Database, 276, 1808 Electron interferometry, 1236 Conductance, 488 Dataset, 1820 Easy operation, 1198 Electron microprobe, 554, 580, Cone photoreceptor, 114 DDD, 996 e-beam, 1518 624, 1476, 1480

1960

Downloaded from https://www.cambridge.org/core. IP address: 170.106.40.139, on 29 Sep 2021 at 10:33:13, subject to the Cambridge Core terms of use, available at https://www.cambridge.org/core/terms. https://doi.org/10.1017/S1431927611012487 Electron microscope, 906, 1548 F Food contaminant, 220 Graphite, 1432, 1540 Electron microscopy, 84, 116, Food protein, 1150 Grating, 604 182, 202, 226, 362, 612, 666, Faceted, 954 Foot-and-mouth disease, 182 Green turtle, 210 1098, 1118, 1338, 1436, 1608, Facility, 1160 Forbidden reflections, 1072 Grid staining, 1174 1738, 1838, 1938 Failure, 1522, 1850 Forces, 1288 Growth, 460 Electron optics, 450, 458 Failure analyisis, 634, 874, 1018, Forensic Science, 1814 Growth factor, 306 Electron orbital angular momen- 1744, 1752, 1760, 1764, 1766, Forging, 1748 Growth mechanism, 462, 1716 tum, 1236 1842 Formaldehyde, 238 GST, 1758 Electron skirt, 924 Fast lithiation, 1660 Formation, 488 GTPase, 82 Electron source, 1438 Fatigue, 1760 Formulation, 1130 Guinier Preston zone, 1878 Electron spectroscopic imaging, FCC catalyst, 1378 Fossil, 332 818 FCS, 38, 326 Fouling, 1768, 1770, 1906 Electron tomography, 190, 440, FE SEM, 514, 902 Four point probe, 436 H 690, 932, 934, 936, 972, 990, Fe/Pt catalyst, 1526 Fourier transform, 1102 1006, 1164, 1608, 1610 Feather, 262, 702 Fractography, 1756 Hϩ-PPase, 338 Electron vortex, 1234, 1236 FE-EPMA, 584 Fracture morphology, 1772 HAADF, 174, 788, 832, 1252, Electron-beam induced crystalli- FE-ESEM, 512 Fracture Profilometry, 1750 1262, 1282, 1290, 1292, 1294, zation, 494 FEGSTEM, 1288 FRAP, 212, 326, 328 1300, 1304, 1410, 1474, 1576, Electronics, 1734 FEL, 910 Freeze substitution, 206, 264, 1866 Electrospinning, 1710 FEM, 1546 348 HAADF STEM, 482, 948, 1310, Elemental mapping, 786, 794, Femtosecond Laser, 958, 1742, Freeze-fracture, 356 1390, 1398, 1612, 1624, 1626, 884, 994, 1144 1812 FRET, 326 1708, 1830, 1864, 1872 Elemental quantification, 960 FeOF, 1586 Friction, 748 Hafnium Oxide, 1350 ELNES, 800, 810 FePd, 1112 Friedel oscillation, 1370 Hair follicle, 308 EMCD, 812, 828 FePt, 520, 1830 Friedel’s law, 1116 Hard coating, 1370 em-fold, 970 Ferecrystals, 1070 FtsZ, 330 Hard mask, 684 Empididae, 346 Ferroelectric, 448, 1256, 1356, Fuel cell, 938, 1592, 1620, 1696 Hardness profile, 1766 Endocardial fibroelastosis, 290 1360, 1362, 1364, 1366, 1400, Funding, 1156 hcp phase, 1080 Endocytosis, 40, 44 1448, 1558, 1892 Fungi, 160 Heat exchanger, 1906 Endothelial Cell, 162, 1218 Ferroelectric FET, 1400 Fusion Tag, 150 Heat shock, 178 Energy, 1322, 1592 Ferroelectric-ferromagnetic, 1368 Heating, 468, 524, 526 Energy filtering, 804, 1074 Ferromagnetic-plasmonic, 1634 Heatstroke, 168 Energy harvesting, 1730 Ferromagnetism, 1112 G Heavy metal detection, 262 Energy materials, 1570, 1618, Fertilization, 218 Height, 704 1636 FESEM, 246, 248 GaAs, 426, 1842 Helium, 926 Energy selective, 880, 882 FE-SEM, 1534 GABA, 320 Helium Ion, 660 Energy storage, 1564, 1608, Fe-Ti oxides, 1394 Gain, 916 Helium ion microscope, 928, 1610, 1658 FFT image, 1050 Galvanized coating, 1766 1002, 1732, 1842 Energy transfer, 1516 FIB, 114, 118, 154, 216, 266, GaN, 1384, 1868 Helium ion microscopy, 282, 928 Enhanced S-cone syndrome, 396, 436, 478, 596, 626, 628, Garnet, 566 Hematite, 408, 946, 1726 114 630, 632, 636, 640, 644, 646, Gas delivery, 516 Hemolymph, 224 Environmental, 472, 618, 1160 648, 650, 652, 654, 656, 658, Gas diffusion electrode, 1680 Heterogeneous catalysis, 1626, Environmental cell, 230, 434, 660, 664, 666, 670, 672, 674, Gas injection, 516 1692 454 676, 678, 680, 682, 684, 686, Ge, 1092 Heterojunction, 1926 Environmental experiment, 478 690, 692, 694, 696, 698, 700, Geological materials, 420 HFPP, 1150 Environmental monitoring, 1556 702, 704, 756, 758, 872, 882, Geology, 1810, 1928 High count-rates, 1192 Environmental SEM, 924 962, 964, 998, 1016, 1562, Geomicrobiology, 1118 High electron mobility transistor, Environmental TEM, 120, 452, 1762, 1916 Gift, 346 502, 1354 454, 476, 530, 542, 1524, FIB cross sectioning, 638, 1768, Gigapan, 252 High pressure freezing, 240, 348, 1526, 1528, 1600, 1602 1856 Glass, 272, 1780 644 Epicuticular wax, 344 FIB SEM, 156, 500, 642, 668, Glass ceramic, 496 High resolution, 358, 404, 814, Epitaxial film, 422, 1398 688, 960 Glioblastoma, 1138 824, 1390, 1706, 1912 Epitaxial Growth, 1330 Fibril, 180 Glioma, 1138 High resolution imaging, 1062 EPMA, 32, 262, 546, 548, 552, Field emission, 1508 Glls, 164 High school, 370, 380 556, 560, 566, 576, 578, 580, Field emission SEM, 280, 596 Glue, 1046 High Temperature, 1022 582, 584, 588, 592, 602, 608, Field enhancement, 28 Glutamic acid decarboxylase, High-content imaging, 1126 616, 842, 844, 854, 856, 1780, Field evaporation, 706, 724, 740, 322 High-entropy alloys, 1880 1786, 1796 752, 1442 Glycocalyx, 162 High-K, 1350 Equilibrium shape, 1324 Field of view, 706, 1270 Glycolysis, 80 Hillocks, 1846 ER dilation, 214 File format, 860 Gold, 540, 1418, 1428 Hippocampus, 168 ER stress, 214 Film, 1920, 1934 Gold leaf, 1778 Histimine, 310 ERdj4, 214 Finite Element Simulation, 1326 Gold nanoparticle, 150, 152, Histology, 146, 340, 380 Erythropoietin, 302 First principles modeling, 712 284, 464, 480, 532, 1048, History, 1312 ESEM, 430, 512, 924, 1464 Fischer-Tropsch Catalyst, 1622 1554, 1864, 1872 Hitmap, 728 ESEM-FEG, 1478 Fiscrimination, 1004 Gold nanoprobe, 152 HIV, 104, 156 Etching, 516 Fixation, 238 Goldwork, 1774, 1776 Hollow-cone illumination, 1104 ETEM, 466, 480, 534, 540, Flagellar motor, 110 Golgi, 292 Holography, 1068, 1228, 1272 1604, 1706 Flame synthesis, 1694 Gordion, 1780 HOLZ lines, 1232 Ethylene, 1142 Flourescence, 822 Graded buffer, 1652 Homogeneity-check, 852 Evanescent, 38 Fluid, 460 Gradient, 272 HOPG, 268 Exact solution, 1422 Fluid Cell, 778 Grain boundary, 394, 444, 512, Hopping mode, 236 EXELFS, 826 Fluorescence, 30, 56, 274, 362, 594, 602, 718, 1334, 1336, Hot stage, 512 Exfoliation, 1540 1910 1338, 1340, 1342, 1346, 1414, HR-EBSD, 422 Exit wave, 1322, 1592 Fluorescence microscopy, 20, 1416, 1496, 1900 HREM, 354, 520, 1052, 1314, Exocytosis, 42, 44 268, 1214, 1938 Grain contrast, 900 1354, 1452 Ex-situ TEM, 1712 Fluorescent protein, 14 Grain orientation, 1090 HR-STEM, 1654, 1666, 1896 Extended-Resolution, 1264 Fluorite, 1248 Grain size, 838 HRTEM, 1052, 1054, 1054, Extracellular Matrix, 278 FluoroNanogold, 150, 152 Graphene, 268, 526, 1116, 1254, 1264, 1326, 1332, 1340, 1344, Extractive Metallurgy, 1824 Fly ash, 1480 1260, 1436, 1492, 1494, 1496, 1374, 1428, 1436, 1604, 1624, Extremophile, 350 Focal series, 1008 1498, 1502, 1504, 1550 1626, 1644, 1658, 1708, 1860, Eye cup, 210 Focus, 1928 Graphene oxide, 1500 1932

1961

Downloaded from https://www.cambridge.org/core. IP address: 170.106.40.139, on 29 Sep 2021 at 10:33:13, subject to the Cambridge Core terms of use, available at https://www.cambridge.org/core/terms. https://doi.org/10.1017/S1431927611012487 HVEM, 478, 1932 Indentation, 402 Kidney, 220, 1136 M Hybrid film, 534 Individual peapod, 1514 Kinetic energy, 746 Hydrides, 1678 Inelastic mean free path, 780, Kinetics, 38 Macromoelcular complex, 84, Hydrocarbon, 1026 1466 Kirkendall effect, 1716 124 Hydrocatalysis, 1250 Inelastic scattering, 88, 780 k-means, 564 Macromolecular structure, 106 Hydrogel, 692 Infra-red, 8 Knock-out, 1748 Magnesium, 442 Hydrogen storage, 470, 538, Infrared Spectroscopy, 1500 Knoop, 1040 Magnesium oxide, 1872 1608, 1610, 1612, 1676 InGaAsN, 1862 KPFM, 232 Magnetic, 300, 1444 Hydrogenation, 470 InGaN, 1228, 1386 Magnetic moment, 812 Hydrothermal, 1700 In-lens, 248, 1912 Magnetic properties, 1840 Hydroxyapatite, 1864 Inner-shell excitation, 804 L Magnetism, 812 Hyperaccumulation, 254 InO, 1832 Magnetite, 140, 316, 408, 1394, Hyperaccumulator, 342 Insect, 160 LAADF, 1304 1428 Hyperdimensional data, 860 Instrumentation, 1156 Labeling, 358 Magnetoelectric, 1444 Hyperspectral, 1484 Insulin, 320, 322, 1224 LaCuOSe, 1398 Magnetosome, 140 Hyperspectral imaging, 784, 860, Insulinoma, 320 Lapis lazuli, 1806 Magnetotactic bacteria, 140, 270 1820 Integration, 172 Laser, 654, 658, 750, 1798 Majolica, 1782 Integrin receptors, 90 Lattice local site occupancy, 800 Management, 276 Interatomic distance, 1050, 1054 Lattice rectification, 722 Manipulation, 640, 1178 I Interconnect, 1346 Lattice strain, 1114 Manuscript, 1822 Interface, 440, 496, 724, 740, Layer-by-Layer, 1470 Mapping, 832, 886, 890, 1532, Ice, 412, 964 744, 1012, 1312, 1316, 1318, LC3, 326 1668 ICP, 652, 652 1322, 1324, 1326, 1332, 1334, Leaching, 1540 Mars, 864 ICP-MS, 1778 1338, 1344, 1390, 1406, 1450, Lead Chalcogenide, 1718 Mass peak overlap, 730 Identification, 352 1742, 1900 Lead chromate, 1802 Mass resolving power, 754 IFP, 8 Interferometric, 6 Leaf, 254, 254, 344 Mass spectometry, 654, 750 IgE, 310 Intergranular films, 1332 LEAP, 708, 714 Material, 376 IGF, 294 Intermediate band, 1650 LED, 1386 Material removal, 1166 III-V semiconductor, 682 Intermediates, 96 Lensless, 1058 Material removal rate, 680 Image analysis, 148, 238, 274, International Space Station, Lesson plan, 378 Mathematical model, 212 564, 1024, 1030, 1102, 1188, 1018 Li K-edge spectroscopy, 1584 Maturation, 96 1472, 1744 Internet, 868 Li-batteries, 1618 Mature Fine Tails, 1936 Image database, 1124 Interstitial atom, 1612 Life science, 1174 MCR, 782 Image processing, 918, 1096, Intraflagellar Transport, 50 Lift-out, 642 MCR-ALS, 1484 1122, 1306 Intravital microscopy, 60, 64, 66, Ligands, 1648 Mechanical, 1522, 1540, 1552 Image simulation, 788, 912, 68, 70, 224, 296 Light, 472 Mechanical alloying, 1542, 1880 1866 Ion, 926, 1928 Light element, 1278, 1334 Mechanical milling, 1430 ImageJ, 792 Ion beam, 1194 Li-ion battery, 688, 1562, 1564, Mechanical polishing, 1028 Imaginal wing disc, 228 Ion diffusion, 1598 1568, 1572, 1574, 1578, 1584, Mechanobiology, 1220 Imaging, 898, 910, 1202, 1486 Ion evaporation, 744 1590, 1660, 1662, 1664, 1668, Medical imaging, 496 Imaging spectroscopy, 58, 1488 Ion implantation, 656, 1918 1670, 1672 Medium range order, 1110 Imaging zeolites, 1674 Ion irradiation, 498 LiMn2O4, 1664 Medulloblastoma, 72 Immune cell migration, 76 Ion microscope, 562 Lipid, 328, 356 MEFs, 214 Immune infiltrate, 70 Ion milling, 388, 632 Lipopolysaccharide, 18 Melamine cyanurate, 220 Immunity, 18 Ion scattering, 1842 Liposomes, 302 MEM, 1292 Immunocytochemistry, 230, 1142 Ion source, 390 Liquid cell, 234, 438, 1716 Membrane, 28 Immunofluorescence, 222 Ionized air, 544 Lithiation, 1568, 1662 Membrane organization, 1940 Immunogold labeling, 190 Ionomer, 1684 Lithium, 1580, 1666 Membrane trafficking, 50, 64 Immunohistochemistry, 116, 222, iPALM, 6 Lithium imaging, 1262 MEMS, 436, 1178, 1220 264 Iridium Clusters, 1674 Lithium titanate, 1584 Mercury nanoparticles, 816 Immunolabel, 116 Iron catalyst, 1524 Lithium-ion, 1576, 1588 Mesoporous, 538, 1912 Immunolabeling, 246 Iron doping, 1914 Lithium-ordering, 1576 Metabolism, 190, 1222, 1226 Impact, 568 Iron oxide, 618, 1378 Lithography, 684 Metal, 506, 998 Impoved Yield, 714 Iron Oxyfluoride, 1670 Live cell imaging, 50, 62, 150, Metal oxides, 1118 Impurity, 1132 Iron Smelting, 1824 192, 204, 208, 234, 300, 1226 Metallic, 1822 in focus, 974 Iron-arsenide superconductor, Live-cell imaging, 326 Metallic glass, 1110 in situ, 146, 428, 430, 444, 448, 1398 LMIS, 652 Metallography, 416, 1018, 1030, 466, 472, 482, 488, 512, 522, Iron-based superconductor, 1640 Lorentz microscopy, 1394, 1858 1032, 1752, 1764 524, 526, 536, 640, 778, 828, Islet, 1222, 1224, 1226 Low dose microscopy, 1064, Metaplasi, 298 936, 1178, 1352, 1360, 1362, Islets of Langerhans, 320, 322 1208, 1254, 1266, 1452, 1492 Metastable phases, 1866 1372, 1376, 1520, 1544, 1562, ISO standard, 614 Low energy, 122 Metastasis, 74 1566, 1596, 1606, 1644, 1658, ISO17025, 1154 Low energy electrons, 900 Meteorite, 1810, 1820 1858 Isochoric, 240 Low energy-loss, 818 Method coupling, 1000 in situ EELS, 476, 798 Isoflavones, 298 Low kV, 660, 1186, 1318 Methodology, 1470 in situ electron holography, 484 Iterative phase retrieval, 1058, Low loads, 1040 Metrology, 752 in situ EM, 438, 1494, 1656 1114 Low loss, 768, 774, 902 Mg based alloy, 1878 in situ heating, 432, 514, 538, Low loss EELS, 820, 822, 1186 MgO, 1872 1328 Low temperature, 160 Micro manipulation, 704 in situ lift out, 626 J Low vacuum, 924 Microalloyed Steel, 1876 in situ microscopy, 456 Low voltage, 88, 548, 552, 628, Microanalysis, 546, 552, 556, in situ SEM, 1724, 1756 JC-1, 192 630, 786, 880, 904, 1064, 558, 560, 574, 576, 580, 606, in situ STEM, 204, 460 JEOL, 820, 1410 1184, 1478, 1488, 1490, 842, 844, 884, 896, 1044, in situ TEM, 120, 440, 446, 450, 1530 1166, 1204, 1206, 1810 458, 462, 470, 474, 486, 490, Low-energy x-ray lines, 548 Microbattery, 1562 496, 498, 502, 506, 508, 520, K LSMO, 1382 Microbeam, 846 532, 656, 978, 1348, 1522, Luminescence, 1632 Microbial biofilms, 258 1524, 1564, 1572, 1660, 1662, Kamino holder, 478 Lunar, 582 Micro-CT, 244, 1794 1686, 1706 Keiviite, 582 Lung Diseases, 278 Microelectronics, 1068 in vitro, 464, 780 Kernel, 424 Lung Structure, 278 Microenvironment, 296 in vivo, 68, 72, 264, 330 Kernite, 592 LV, 346 Microfluidic, 272, 300, 464, Incommensurate, 1630 Kevlar, 1772 Lyme disease, 110 1220, 1222, 1224, 1226

1962

Downloaded from https://www.cambridge.org/core. IP address: 170.106.40.139, on 29 Sep 2021 at 10:33:13, subject to the Cambridge Core terms of use, available at https://www.cambridge.org/core/terms. https://doi.org/10.1017/S1431927611012487 Microfossil, 568 Nanodomains, 46 O Peroxidase, 116 Microhardness, 1040 Nanofiber, 830, 1006, 1710 Petabyte, 276 Microlayer, 618 Nanohistology, 156 Off-axial coma, 1270 Pfk-1, 80 Microporous, 962 Nanoleakage, 1016 Off-axis holography, 916, 1238 PFSA ionomer, 1682 Microprobe, 546, 1042 Nanomachining, 676 Oil sand, 1906, 1936 Phage, 112 Microscope geometry, 404 Nanomanipulation, 518 Oldroyd-B fluid, 1422 Phagocytosis, 306 Microscopy, 156, 242, 926, Nanomanipulator, 516 Olfactory, 52 Pharmaceutical, 340, 1124, 1128, 1046, 1560, 1828, 1926 Nanomaterial, 636, 936, 1416, Oligomeric structure, 128 1130, 1132, 1146, 1148 Microscopy Education, 382 1668, 1726, 1832 Oligomerization, 130 Phase, 886, 898, 1910 Microstructure, 670, 1030, 1682, Nanometric, 1432 Olivine, 610 Phase change, 1482 1802, 1852 Nano-optics, 24 Omniprobe, 640 Phase contrast, 452, 974, 1210, Microtomography, 1672 Nanoparticle, 30, 302, 312, Oncogenic Ras, 1138 1238 Microtubule, 36 316, 342, 358, 360, 460, Operando, 466 Phase distribution mapping, 1104 Microwave, 238 496, 532, 668, 818, 940, 948, Optical manipulation, 22 Phase identification, 1094 Milling, 1838 968, 972, 1052, 1066, 1288, Optical microscopy, 172, 1214, Phase image, 1230 Mineral, 412, 1152, 1810, 1928 1300, 1374, 1428, 1430, 1434, 1764, 1778, 1814 Phase mapping, 918, 1058, 1090 Mineralogy, 1824 1592, 1606, 1626, 1708, 1718, Optical properties, 816 Phase masks, 1234 Misorientation, 838 1742, 1830, 1836, 1838, 1870, Optical response, 772 Phase noise, 916 Mitochondria, 118, 190, 194, 1882 Optical trapping, 270 Phase plate, 974, 1210 196, 200, 202, 206 Nanopatterning, 676 Optical Tweezers, 270 Phase plate contrast, 984 Mn promoter, 1622 Nanophotonics, 22 Optics, 1516 Phase separation, 1652 Mo/Re, 1022 Nanopillars, 426 Optimization, 528 Phase TEM, 530 Mobility, 330 Nanoprobe, 1714 Oral Cancer, 64 Phase transformation, 408, 520, Modeling, 130 Nanoreactor, 536 Organic photovoltaic, 770 732, 1702 Modulated structure, 1106 Nanorobotic, 518 Organotypic Slices, 74 Phase transition, 136, 1644 Molecular imaging, 56 Nanorod, 426 Orientation, 1442 Phloem, 338 Molecular structure, 1122 Nanoscience, 944 Orientation imaging, 1092, 1100, Phoenix, 864 Molybdenum, 1022 Nanoscopy, 362 1416 Phosphate granule, 140 Monet, 1790 NanoSIMS, 562 Orientation map, 1074, 1094 Photoactivation, 8, 14, 202 Monochromator, 768, 824, 1186, Nanostructure, 594, 682, 716, Orthomyxovirus, 352 Photocatalyst, 466, 472, 1598, 1490 764, 954, 1068, 1082, 1380, Orthopaedics, 282 1600, 1698, 1704, 1710 Monolayer, 602 1578, 1584, 1598, 1614, Osteoblast, 318 Photocathodes, 1842 Montage, 252, 1820 1694, 1828, 1890, 1914, Ostwald ripening, 1692 Photoconversion, 8, 14 Monte Carlo, 550, 596, 888 1926, 1930 Outer membrane vesicle, 142 Photodegradtion, 1792 Monte Carlo simulation, 612, Nanotechnology, 384 Ovariectomy, 298 Photon detector, 1212 920, 952, 980 Nanotomography, 1672 Ovary, 304 Photonic crystal, 1730 Morphofunctional, 264 Nanotoxicology, 204, 256 Overload fracture, 1766 Photoswitchable protein, 10 Morphotropic phase boundary, Nanotube, 1516, 1522, 1548, Oxdie, 796, 1072, 1078, 1414, Photosynthesis, 226 1358 1708 1574, 1576, 1926 Photovoltaics, 1646, 1742 Mosquito, 224 Nanowire, 426, 490, 500, 736, Oxidation, 1376 Phytochrome, 8 MSA/MAS standard, 860 1388, 1468, 1656, 1714, 1726, Oxidative dehydrogenation, 1738 Phytomining, 342 MTF, 814 1874 Oxide interfaces, 1402, 1444, Pierce’s disease, 1142 MTJ, 1860 Nb oxide, 798 1450 Piezoresponse, 1448, 1724 Multi-axis forging, 396 NBD, 1758 Oxide Nanoparticle, 1932 Pigment, 306, 1560, 1782, 1822 Multiferroic, 776, 1356, 1360, NBED, 1094 Oxygen K Edge, 778 Pileup, 890 1382 Near East, 1780 Oxygen storage capacity, 1914 Pipe steel, 1024, 1744 Multilayer, 1442 Near-edge structures, 794 Oxygen tension, 1222 Pixel detector, 1202 Multilayer coating, 604 Near-field, 22, 26, 28 Pixellated, 1212 Multimodal imaging, 152 Negative stain, 288 Planar, 642 Multi-photon, 34, 278 Neovascularization, 296 P Plants, 244 Multiple sclerosis, 70 Nervous, 222 Plasma, 646, 650 Multislice, 1460 Neural cells, 188, 1138 PACBED, 1310 Plasma cleaning, 266 Multivariate analysis, 226, 802, Neurodegeneration, 186, 198 Paclitaxel, 312 Plasma immersion ion implanta- 1800 Neuron, 144, 230 Paint, 1792 tion, 1886 Multivariate statistical analysis, Neuroprostheses, 146 Painting, 1788, 1790 Plasma membrane, 42, 328 720, 784, 786, 1306, 1462, Neutrophil, 60 Paleontology, 574 Plasmon, 766, 768, 948, 1288 1588 NEXAFS, 58 Palladium, 470, 1606, 1696 Plasmon Imaging, 1638 Myelin, 118 NFAT signaling, 66 PALM, 12, 16 Plasmonics, 30, 764 Ni electrodeposition, 1572 Pancreas, 320, 322 Platinum cluster, 1286 Ni-base alloys, 678, 734 Pannexin, 336 Plutonium, 1042 N Nickel, 1602 Papillomavirus, 288 Point spread function, 952 Ni-Fe-Cr, 424 Parasite, 160 Polar surface, 1924 NAD(P)H, 1226 Ni-Mn Spinel, 800 Parkinson’s, 170, 196 Polarity, 1366 NADH dehydrogenase, 92 NiO, 862 Particle, 138, 314, 608, 896, Polarization, 42 Nafion, 1474 Niobium phosphate, 1738 1736, 1818 Polarized light microscopy, 1534 Nano, 992 Nion STEM, 708 Particle tracking, 224, 938 Poliovirus, 130 Nano battery, 1656 Nitride, 1284, 1354, 1456 Pathogenicity, 132 Pollen grains, 166 Nano carbon onions, 1552 Nitrogen, 1512 Pathology, 190, 1136 Polycrystalline analysis, 1096 Nanoanalysis, 1200 Noncompaction, 290 Pattern center, 404 Polycrystalline materials, 1098 Nanobeam, 1930 Non-destructive techniques, 280, Pattern Quality Index, 420 Polycystic kidney, 54 NanoBiology, 618 1782 Patterned substrate, 1456 Polyelectrolyte membrane, 1684 Nanocatalyst, 1686 Non-stoichiometry, 1648 PCA, 782 Polymer, 36, 902, 940 Nanocluster, 1010, 1632, 1636 Nuclear, 678, 734 Pd, 1740 Polymer crystal structure, 1452 Nanocoating, 1470 Nuclear Factor-kappa B, 148 Pd nanoparticles, 246 Polymer electrolyte fuel cell, 962 Nanocomposite, 1536, 1586, Nuclear microprobe, 254 Peak shape, 706 Polymer microscopy, 638 1634, 1710, 1922 Nuclear reactor, 1908 PEDOT, 1452 Polymer nanocomposites, 1012 Nano-confinement, 1610 Nucleation, 1520, 1690 PEM, 1682 Polymerase, 130 Nanocrystal, 1080, 1458, 1644, Nuclei, 292 PEM fuel cell, 1474, 1614, 1616 Polymeric, 1734 1716, 1718 Nucleoids, 202 Penetration, 1046 Polyolefin, 680 Nanodiffraction, 1078, 1108, Nuptial, 346 Peptide, 1008 Porosity, 1034 1110, 1388, 1668 Nutraceutical carrier, 1150 Perovskite, 1406, 1594, 1654 Portal complex, 100

1963

Downloaded from https://www.cambridge.org/core. IP address: 170.106.40.139, on 29 Sep 2021 at 10:33:13, subject to the Cambridge Core terms of use, available at https://www.cambridge.org/core/terms. https://doi.org/10.1017/S1431927611012487 Positron emission tomography, Radiation detector, 1718 Scientific inquiry, 378 Single particle, 78, 80, 92, 96, 184 Radiolysis damage, 778 Scintillation, 814 102, 106, 108, 124, 128 POSS, 1922 Raman, 172, 1216, 1810 Scintillation detector, 922 Single-walled Nanotubes, 1512 Post-ionization, 654 Raman imaging, 1130 Scission, 40 Sintering, 486, 524, 1690 Powder metallurgy, 1034 Raman microscopy, 1048 SDD, 558, 884, 886, 890, 892, SiPM, 906 Power savings, 866 Random conical tilting, 92 894, 914, 1170, 1176, 1200, SIRT, 932 Power-law fluid, 1422 Rapid, 510 1202, 1204, 1206 Site specific preparation, 756 PRAM, 1758 Rapid Freezing, 162 SDD detector, 554, 888 Site-specific electronic structure, Precession, 1056, 1090, 1346, Rapid solidification, 506 SDD pile-up, 1192 806, 1402 1416 Rare-earth hexaboride, 736 SE2, 248 Size, 132, 1740, 1864 Precession electron diffraction, Rats, 298 Seawater, 758 Skin, 308 1098, 1106 Reaction control, 1032 Second harmonic, 278 SNAP-25, 46 Precession electron microscopy, Reaction-diffusion, 212 Secondary electron, 612, 876, SNOM, 34 1080 Reactive multilayer foils, 504 922 SOFC, 1596 Precipitation, 1866, 1876 Reactive sputtering, 1920 Secondary electron detection, Soft materials, 1266 Precision, 556 Reconstruction, 724, 728, 740, 434, 1212 Soft profiling, 1216 Preconditioning, 168 1076, 1190 Secondary electron imaging, 878 Soft X-ray, 592, 604 Pre-mRNA splicing, 84 Recrystallization, 1342 Secondary standards, 854 Software, 274, 674, 1102, 1176, Preparation, 400, 626, 658, 1036 Redox, 484, 1894 Section labeling, 818 1180 Pretreatment, 510 REE, 582 Seed, 248 Soil, 864, 1890, 1936 Principal Component Analysis, Reference material, 836 Segmentation, 966 Solar cell, 770, 1440, 1650, 1732 720 Refractory, 1022 Segmented detector, 1256 Soldering, 1846 Prion, 176 Regenerative medicine, 282 Selective epitaxial growth, 1108 Solid electrolyte, 1564 Prior austenite, 1038 Reinforcement particles, 1430 Self assembled monolayer, 1532 Solid state, 1432 Probe deconvolution, 1292 Remote, 868 Self pressure freezing, 240 Solute, 722 Probe design, 1938 Remote control microscopy, 866 Self-assembly, 940 Solution treatment, 1542 Procapsid, 96 Remote maintenance, 866 Self-organization, 1634 Somatostatin, 322 Procedures, 1154 Remote operation, 866 Self-pressurized rapid freezing, sp2 bond, 1258 Profile, 1486 Remote teaching, 870 240, 364 Space shuttle, 1032, 1762 Projection, 724, 728, 740 Remote viewing, 874 SEM, 154, 160, 230, 252, 266, Spatial resolution, 404, 624, 788, Protein, 176, 902 Renal, 1136 334, 344, 346, 378, 384, 386, 888 Protein aggregation, 170 Replica preparation, 264 388, 432, 510, 600, 660, 664, Specimen bias, 1298 Protein misfolding, 170 Replication, 130 868, 872, 874, 878, 882, 904, Specimen preparation, 244, 416, Protein structure, 970 Research instrumentation, 928, 908, 914, 930, 966, 990, 992, 636, 730, 1028, 1034, 1174 Protein-protein interactions, 180 1158 1054, 1170, 1172, 1180, 1188, Spectral imaging, 226, 784, 826 Protist, 348 Resistance, 250 1194, 1212, 1556, 1726, 1730, Spectral limit, 774 Protochips, 468 Resolution, 432, 876, 1058, 1736, 1764, 1814, 1816, 1854, Spectrometer, 604 Protocol, 1174 1188, 1280, 1290 1908, 1912, 1916 Spectroscopy, 1168, 1204, 1206 Protozoa, 324 Resonance, 500 SEM/EDX, 896 Spectrum imaging, 790, 816, Provenance, 1806, 1808 Restoration, 1790 SEM/FIB Workbench, 518, 674 892, 1498, 1620, 1890, 1896 Proximity ligation, 1224 Retained austenite, 410 SEM-CL, 1806 Sphere, 608 PSS-PMB, 1684 Retina, 54, 294, 306, 334 SEM-EDS, 854, 1130, 1778 Spherule, 568 Pt nanoparticle, 1604 Retinopathy, 114 SEM-EDX, 1806 Spine, 76 Pt/␥-Al2O3, 1324 Rhenium, 1022 Semiconductor, 682, 930, 1028, Spliceosome, 84 PtBi, 1446 Ribosome assembly, 82 1092, 1718, 1924, 1926 SPM, 26, 34, 188, 236, 872, Ptychography, 1058 RIMAPS, 344 Sensory neuron, 52 1122, 1516 Pulsatile Pressure, 1218 RNA, 1938 Sequence, 1276 Spore, 232 Pulsatile Stretch, 1218 RO Membranes, 1770 Serial block face, 116, 1172 Sporoderm, 166 PVAc, 1792 ROS, 192 Serial electron microscopy, 966 Sporopollenin, 166 PVD, 1924 Rosetta, 970 Serial ion ablation, 114 Sputter, 1934 PZT, 500, 1382 Rostrum, 1152 Serial sectioning, 664, 958, 988, Sputtering, 682 Rotation, 608 1014, 1016, 1856 SQUID, 1444 Round-robin, 856 Shape, 1740 SrTiO3, 1632 Q rRNA processing, 82 Shape memory alloy, 1858 srv2 complex, 128 Ruddlesden-Popper, 1396 Shear, 1372, 1748 SSD, 590 Quantification, 398, 1096 Ruthenium, 1602 Shear loading, 1218 SSPM, 232 Quantitation, 1056 Ryanodine receptor, 94 Shell, 412 Stacking fault, 1340, 1408, 1888, Quantitative, 898, 1294, 1486, Shewanella, 260 1898 1800 Short range order, 722 Stage-scanning, 1120, 1230 Quantitative analysis, 554, 558, S SHRIMP, 836 Stainless steel, 1020, 1088, 1886 1106 SHS, 504 Standard, 838, 840, 842, 844, Quantitative fractography, 1750 S-100 immunoreactivity, 168 Si nanorods, 1662 846, 850, 858, 1148 Quantitative HAADF, 1862 SAED pattern, 1670 Si nanowire, 1660 Standard reference materials, Quantitative microscopy, 794, SAGD, 1906 Si Photomultipier, 906 706, 856 932, 1472 Sample, 690 SIA-SEM, 666, 1016 Standardized, 1154 Quantitative models, 548 Sample preparation, 388, 390, SiC, 1900, 1922 Standardless quantitative, 1192 Quantitative STEM, 1310 420, 630, 686, 1042, 1194, Sieves elements, 338 Static magnetic field, 270 Quantum dot, 256, 944, 1284, 1854 SiGe, 1108 Statistical, 886 1516, 1648, 1650, 1728 Sample-beam interaction, 928, Signal amplification, 920 Stator, 110 Quantum well, 1380, 1386, 1868 1492 Signal to noise, 876 STED, 4 Quasicrystal, 1884 Sample-scanning, 1230 Silica, 1912 Steel, 410 Quasi-periodic grain boundary, Sampling rate, 916 Silicon, 1294 STEM, 174, 460, 594, 598, 634, 1420 Sarcocystis, 324 Silicon oxide, 714, 750 642, 710, 764, 782, 792, 794, SBFSEM, 1172 Silver film, 544 796, 808, 810, 912, 938, 950, SBF-SEM, 666 Silver nanoparticle, 1048 952, 972, 980, 986, 1010, R Scan speed, 904 Simoloyer, 1542 1020, 1076, 1078, 1110, 1164, Scanned-probe, 1734 SIMS, 562, 564, 836 1168, 1170, 1200, 1242, 1248, Rab25, 64 Scanning ion conductance, 236 Simulation, 728, 1010 1250, 1252, 1256, 1258, 1262, Radiation, 444 Scattering theory, 454 Single, 138 1268, 1276, 1278, 1280, 1282, Radiation damage, 120, 1424, Scattering-contrast, 1466 Single atom, 1250, 1298 1286, 1290, 1294, 1296, 1298, 1474, 1852 SCC, 678, 734, 1754 Single molecule, 6, 12, 46 1300, 1302, 1318, 1320, 1328,

1964

Downloaded from https://www.cambridge.org/core. IP address: 170.106.40.139, on 29 Sep 2021 at 10:33:13, subject to the Cambridge Core terms of use, available at https://www.cambridge.org/core/terms. https://doi.org/10.1017/S1431927611012487 1358, 1366, 1368, 1384, 1396, t-EFSD, 386 Trace, 566 Wave like clustering of Mn in 1402, 1404, 1410, 1412, 1424, Telemicroscopy, 276 Trace element, 560, 576 ilmenite, 1834 1460, 1474, 1498, 1504, 1506, Telepathology, 1124 Tracer, 1046 WDS, 262, 554, 556, 580, 584, 1508, 1580, 1606, 1628, 1630, TEM, 120, 138, 162, 284, 386, Tracheary element, 292 600, 602, 844, 856 1634, 1640, 1676, 1728, 1770, 442, 444, 456, 522, 544, 572, Transgene expresion, 182 Weevil, 250 1840, 1878, 1890 604, 626, 636, 638, 684, 686, Transgenic mouse model, 1138 Wet cell, 544 Stem cell, 308, 318 696, 700, 716, 734, 736, 756, Transistor, 752 Wetting And Dewetting, 1328 STEM imaging, 204, 1150 758, 766, 830, 868, 968, 978, Transition metal, 806 Whiskers, 392 STEM tomography, 936, 968 1028, 1048, 1088, 1100, 1140, Transition metal oxide, 1550 White light emission, 1636 STEM/NBD, 1074 1164, 1172, 1210, 1270, 1272, Trim5alpha, 104 White Light Interferometer, 622 STEM-EELS, 784, 1400, 1408, 1330, 1352, 1356, 1360, 1362, Tripod polishing, 1028 White marbles, 1808 1582 1376, 1378, 1384, 1388, 1440, True Surface Raman Imaging, Whole-cell, 204, 968 STEM-HAADF, 1632 1444, 1448, 1452, 1454, 1456, 1196 Wiener filter, 86 STEM-in-SEM, 1472 1466, 1468, 1490, 1502, 1530, Tryptamine, 186 Window, 300, 534 Stencil, 300 1536, 1548, 1556, 1562, 1566, TSV, 650 Wire rope, 1766 Stereology, 1416, 1750 1598, 1680, 1700, 1702, 1704, Tumbaga, 1776 Wool fiber, 1802 Strain, 402, 422, 1068, 1382, 1758, 1762, 1860, 1876, 1892, Tumor, 68, 68, 360 WSVL, 1140 1388 1916, 1918, 1920 Tumorogenesis, 74 Strain mapping, 1228 TEM camera, 996, 1208 Tungsten, 1518 Strain measurement, 1108 TEM observation, 1372 Tuning fork, 234 X Strain relaxation, 1408 TEM precession, 1074, 1094 Turbine, 1746 Stress, 732, 1384 TEM sample preparation, 628, Tutorial, 1946 X750, 1852 Stress Corrosion Cracking, 1760 646, 1214, 1214, 1214 Twinning, 442, 1374, 1468, XANES, 1894 Stress fatigue, 1018 TEM stage tilting, 1120 1722, 1870 Xe, 646 Stress relaxation, 1846 TEM tomography, 1008 TWIP, 1888 XEDS, 590 Strontium oxide, 1350 TEM/STEM, 1070 Twist Grain Boundary, 1418 XPS, 1922 Structural color, 702 Temperature measurement, 456 Two-photon, 56, 76 X-ray, 886, 890, 1800, 1910 Structural information, 1528 TENOM, 34 Type II quantum dot, 1646 X-ray analysis, 410, 620, 862, Structural mapping, 826 Tensile test, 442, 1772 1182 Structural relation, 1324 Tephrochronology, 854 X-ray camera, 910 Structural resolution, 12 Terminology, 858 U X-ray Computed Tomography, Structural unit, 1420 Tescan, 252 1672 Structure, 280, 1024, 1322, 1440 Test/shell, 348 UHPC, 1478 X-ray detectors, 620, 894 Structure factor, 1112 Tetrapod, 1924 UHTC, 1898 X-ray diffractometry, 1054 Structure inhomogeneity, 1744 Textile, 1826 Ultrafast EM, 458, 1092, 1438 X-ray Imaging, 888, 1170, 1200, Structured illumination micros- Texture, 1346 Ultrashort pulsed laser, 1166 1672 copy, 10 Therapeutics, 1126 Ultrasmall, 1636 X-ray mapping, 1484, 1790 Student project, 370 Thermal, 1148 Ultrastructure, 168, 380 X-ray micro CT, 1480 STXM, 1894 Thermal decomposition, 1874 Uncoated, 248 X-ray microanalysis, 254, 550, Sub-Angstrom, 1264 Thermal diffuse scattering, 456 Uptake process, 284 596, 1476 Substrate symmetry, 1406 Thermal field emission, 624 Uranium, 1044 X-ray photoelectron spectros- Sucrose, 338 Thermal imaging material, 800 U-Th-Pb isotopes, 836 copy, 1526 Sulfur cluster, 1684 Thermal reduction, 1500 UV, 472, 1026 X-ray spectrometry, 892 Sunscreen, 668 Thermal stability, 522 UV zone cleaning, 266 X-ray tomography, 1134 Superconductor, 746, 1320, Thermoelectric, 1344, 1628, XRD, 422, 1446, 1814 1454, 1642 1630 XRF, 910, 1202, 1204, 1206 Superhydrophobic, 1464 Thermomechanical, 1734 XTM, 1756 Superlattice, 1072, 1078, 1722 Thickness measurement, 1466 V Super-resolution, 4, 6, 12, 16, Thin film, 506, 552, 638, 732, 18, 20, 30, 34, 362, 1940 798, 840, 862, 1320, 1380, Vagina, 298 Y Support effects, 1324 1402, 1406, 1408, 1442, 1446, Valence, 1894 Surface, 618, 1282 1654, 1678, 1846 Van Gogh, 1788 YAG detector, 246 Surface analysis, 602, 1216, Thruster, 1032 Vascular corrosion casting, 334 Yeast, 176 1462 Ti, 1894 VDF/TrFE, 1558 YjeQ protein, 82 Surface chemistry, 1258 Ti deposited, 832 VEELS, 816 YSZ/Pt interface, 484 Surface damage, 416 Timelapse Imaging, 50 VegaSEM, 252 Surface diffraction, 1084 Time-resolved EDS, 514 VEGF, 294 Surface energy distribution, 1458 Tin whiskers, 1846 Ventricle, 290 Z Vibrio, 142, 350 Surface plasmon resonance, 762 TiO2, 1336, 1702 Surface reaction, 478 TiO nanoparticles, 1704 Vibrionaceae, 142 Z-contrast, 1252, 1682, 1728 2 Vickers, 1040 Surface rendering, 1008 TiO2 nanotube, 1688 Zeolite NaY, 1674 Surfactant, 1606 Tip shape, 730 Virology, 138, 350 Zernike, 1210 Sustainability, 1480 TIR, 38 Virtual, 1820 Zeta-facor, 862 Switching, 1364, 1448 TIRF, 36, 40, 42, 44 Virtual SEM, 870 Zinnia, 292 SXES, 1884 Titania, 540, 1544, 1700 Virus, 1140 Zircaloy, 670 Synapse, 216 Titanium, 1762 Virus adsorption, 354 Zircon, 836 Syntaxin, 46 Titanium oxide, 1600, 1708 Virus structure, 136 Zirconolite, 570 Virus-Like Particles, 288 Synthesis, 1050 Titanium Silicide, 1330 Zn3P2 nanowire, 1392 TLR4, 60 Visibility, 1040 ZnO, 1440, 1722, 1726, 1832, Tm, 1284 Vitreous ice, 122 1924 T ToF SIMS, 1462 Vitrification, 240 ZnO nanobelt, 492, 1724 Toll-like receptor, 18 VN, 1370 ZnO nanoparticle, 1050 T cells, 66 Tomography, 2, 206, 206, 570, Void, 400 ZnO nanowire, 1568 Tailings Treatment Technology, 648, 770, 882, 940, 944, 946, Volcanic glass, 854 ZnSe, 1646 1936 948, 954, 962, 978, 984, 994, VP SEM, 920, 922, 1804 ZnTe, 1646 Tantalum Carbide, 1898 998, 1002, 1012, 1190, 1548 Zoning, 566 Target, 658 Toolmarks, 622 Zymogen, 214 Tau, 178, 198 Topography, 622, 1190 W m-XRF, 600, 1000, 1808 Tauopathies, 184 Totivirus, 134 TEAM, 954 Toxicity, 196 Water Desalination, 1770 Teeth, 286 Toxicology, 262 Water filtration, 354

1965

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