# Differences

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 book [2019/05/02 11:44]johnsoevans book [2019/05/02 11:44]johnsoevans Both sides previous revision Previous revision 2019/05/02 11:47 johnsoevans 2019/05/02 11:44 johnsoevans 2019/05/02 11:44 johnsoevans 2019/05/02 11:43 johnsoevans 2019/04/09 13:35 johnsoevans 2018/12/19 15:31 johnsoevans 2018/12/19 15:30 johnsoevans 2018/12/12 11:34 johnsoevans 2018/11/23 11:34 johnsoevans 2018/11/23 11:31 johnsoevans 2018/11/23 10:49 johnsoevans 2018/11/23 10:22 johnsoevans 2018/11/21 16:49 johnsoevans 2018/11/21 16:33 johnsoevans 2018/11/21 16:33 johnsoevans 2018/10/30 09:36 johnsoevans created 2019/05/02 11:47 johnsoevans 2019/05/02 11:44 johnsoevans 2019/05/02 11:44 johnsoevans 2019/05/02 11:43 johnsoevans 2019/04/09 13:35 johnsoevans 2018/12/19 15:31 johnsoevans 2018/12/19 15:30 johnsoevans 2018/12/12 11:34 johnsoevans 2018/11/23 11:34 johnsoevans 2018/11/23 11:31 johnsoevans 2018/11/23 10:49 johnsoevans 2018/11/23 10:22 johnsoevans 2018/11/21 16:49 johnsoevans 2018/11/21 16:33 johnsoevans 2018/11/21 16:33 johnsoevans 2018/10/30 09:36 johnsoevans created Last revision Both sides next revision Line 37: Line 37: The authors apologise for any errors that were inadvertantly made in the book.  We will list any errors here. The authors apologise for any errors that were inadvertantly made in the book.  We will list any errors here. - P40, Table 2.2 - the Bragg angles ​with Mo-Ka1 radiation in the table are incorrect. ​ For Ge(111) the correct angle is 12.4 degrees; for Ge(220) the correct angle is 20.4 degrees. + P40, Table 2.2 - the monochromator ​angles ​for Mo-Ka1 radiation in Table 2.2 are incorrect. ​ For Ge(111) the correct angle is 12.4 degrees; for Ge(220) the correct angle is 20.4 degrees.