340: Ceramicshttp://in.materials.drexel.edu/blogs/340_ceramics/atom.aspxCommunity Server2008-02-13T14:07:00Zold finalhttp://in.materials.drexel.edu/blogs/340_ceramics/archive/2008/03/17/old-final.aspx2008-03-18T00:56:00Z2008-03-18T00:56:00Zold final<br /><img src="http://in.materials.drexel.edu/aggbug.aspx?PostID=2877" width="1" height="1">Michel Barsoumhttp://in.materials.drexel.edu/members/Michel+Barsoum.aspxCh. 16 final ppthttp://in.materials.drexel.edu/blogs/340_ceramics/archive/2008/03/16/Ch.-16-final-ppt.aspx2008-03-17T03:57:00Z2008-03-17T03:57:00ZCh. 16 final ppt. <br /><img src="http://in.materials.drexel.edu/aggbug.aspx?PostID=2876" width="1" height="1">Michel Barsoumhttp://in.materials.drexel.edu/members/Michel+Barsoum.aspxCH. 16 finalhttp://in.materials.drexel.edu/blogs/340_ceramics/archive/2008/03/16/CH.-16-final.aspx2008-03-17T03:56:00Z2008-03-17T03:56:00ZCh. 16 final<br /><img src="http://in.materials.drexel.edu/aggbug.aspx?PostID=2875" width="1" height="1">Michel Barsoumhttp://in.materials.drexel.edu/members/Michel+Barsoum.aspxExam Coverage and other such thingshttp://in.materials.drexel.edu/blogs/340_ceramics/archive/2008/03/16/Exam-Coverage-and-other-such-things.aspx2008-03-17T03:36:00Z2008-03-17T03:36:00Z<p>You are responsible for Chs. 1 thru 4. </p><p>The following
sections are the ones you are responsible for in Ch. 5: Up to, but not
including, section 5.2.3. i.e. up to p. 118 + section 5.8. </p><p>Ch. 6: All section except pp. 157-160 and sections 6.3 and 6.4<br /> </p>Ch. 7 All sections except sections 7.2.5 and 7.4 (not included) till end. <p>Chapter 14: All sections<br />Chapter 15: All sections<br />Chapter 16: All sections<br /><br />You will also be responsible for:</p><p>Ch. 14: 14.4, 14.6, 14.7, 14.8, 14.9, 14.11 + all worked examples.<br />Ch. 15: 15.4, 15.7, 15.10, 15.11, 15.14, 15.15 + all worked examples.<br />Ch. 16: 16.2, 16.5, 16.9, 16.10, 16.18, 16.27 + all worked example</p><p>PLEASE
NOTE THAT YOU CAN BRING A 8.5X11 SHEET TO THE EXAM WITH ANYTHING YOU
WANT ON IT FOR THE EXAM. THE EXAM IS CLOSED BOOK AND NOTES. YOU WILL
NEED A PERIODIC TABLE, A CALCULATOR AND A BRAIN... LAST ONE OPTIONAL
;-) <br /></p><img src="http://in.materials.drexel.edu/aggbug.aspx?PostID=2874" width="1" height="1">Michel Barsoumhttp://in.materials.drexel.edu/members/Michel+Barsoum.aspxCh 15http://in.materials.drexel.edu/blogs/340_ceramics/archive/2008/03/04/Ch-15.aspx2008-03-04T17:56:00Z2008-03-04T17:56:00Zch 15<br /><img src="http://in.materials.drexel.edu/aggbug.aspx?PostID=2833" width="1" height="1">Michel Barsoumhttp://in.materials.drexel.edu/members/Michel+Barsoum.aspxCh. 14 pdf Finalhttp://in.materials.drexel.edu/blogs/340_ceramics/archive/2008/02/27/Ch.-14--pdf--Final.aspx2008-02-27T20:12:00Z2008-02-27T20:12:00ZCh. 14 final<br /><img src="http://in.materials.drexel.edu/aggbug.aspx?PostID=2829" width="1" height="1">Michel Barsoumhttp://in.materials.drexel.edu/members/Michel+Barsoum.aspxChapter 14 final ppthttp://in.materials.drexel.edu/blogs/340_ceramics/archive/2008/02/27/Chapter-14-final-ppt.aspx2008-02-27T20:11:00Z2008-02-27T20:11:00ZChapter 14 final ppt<img src="http://in.materials.drexel.edu/aggbug.aspx?PostID=2828" width="1" height="1">Michel Barsoumhttp://in.materials.drexel.edu/members/Michel+Barsoum.aspxCh. 15http://in.materials.drexel.edu/blogs/340_ceramics/archive/2008/02/26/Ch.-15.aspx2008-02-26T17:41:00Z2008-02-26T17:41:00ZCh. 15<br /><img src="http://in.materials.drexel.edu/aggbug.aspx?PostID=2825" width="1" height="1">Michel Barsoumhttp://in.materials.drexel.edu/members/Michel+Barsoum.aspxOld Exam IIhttp://in.materials.drexel.edu/blogs/340_ceramics/archive/2008/02/25/Old-Exam-II.aspx2008-02-26T03:45:00Z2008-02-26T03:45:00ZHere is an old exam. Note also that in the previous exam that I posted before Exam 1, there are a few questions about dielectric properties. Good luck. Cheers. Michel<br /><img src="http://in.materials.drexel.edu/aggbug.aspx?PostID=2823" width="1" height="1">Michel Barsoumhttp://in.materials.drexel.edu/members/Michel+Barsoum.aspxCoverage for Exam 2http://in.materials.drexel.edu/blogs/340_ceramics/archive/2008/02/24/Coverage-for-Exam-2.aspx2008-02-25T04:07:00Z2008-02-25T04:07:00Z<p>The exam is cumulative, but with emphasis on new material. Here are the sections that you have to cover:</p><p>Ch. 6: All section except pp. 157-160 and sections 6.3 and 6.4<br /> </p><p>Ch. 7 All sections except sections 7.2.5 and 7.4 (not included) till end. <br /></p><p>Ch. 14: All section up to but not including 14.4.3 till end. <br /> </p><img src="http://in.materials.drexel.edu/aggbug.aspx?PostID=2816" width="1" height="1">Michel Barsoumhttp://in.materials.drexel.edu/members/Michel+Barsoum.aspxA Question about defect concentrationshttp://in.materials.drexel.edu/blogs/340_ceramics/archive/2008/02/19/A-Question-about-defect-concentrations.aspx2008-02-20T04:00:00Z2008-02-20T04:00:00Z<p>One of you sent me the following email:</p><p> I’m trying to follow your book, to get through these homework
questions, and one problem I’m frequently having is with notation. I
am not certain which notation is used for mole fraction, atom percent,
concentration, or just number when talking about a specific type of
defect in crystals. To compound the matter, we are learning about
these defects in thermo as well, and while they use the Kroger vink
notation as well, I’m having a lot of difficulty following. Can you
consolidate, or simplify this problem for me? <br /></p><p>Answer:</p><p>It is not that complicated; when you see square brackets that is a mole FRACTION and dimensionless. If you see something like Vo, n or p, WITHOUT brackets then that is usually either per mole or per m3 depending on the problem. When dealing with conductivity then you HAVE to use number of defects per m3. Michel<br /><br /><br /></p><img src="http://in.materials.drexel.edu/aggbug.aspx?PostID=2809" width="1" height="1">Michel Barsoumhttp://in.materials.drexel.edu/members/Michel+Barsoum.aspxCh. 7 pdfhttp://in.materials.drexel.edu/blogs/340_ceramics/archive/2008/02/14/Ch.-7-pdf.aspx2008-02-15T02:14:00Z2008-02-15T02:14:00ZCh. 7 pdf<br /><img src="http://in.materials.drexel.edu/aggbug.aspx?PostID=2797" width="1" height="1">Michel Barsoumhttp://in.materials.drexel.edu/members/Michel+Barsoum.aspxCh. 7 finalhttp://in.materials.drexel.edu/blogs/340_ceramics/archive/2008/02/14/Ch.-7-final.aspx2008-02-15T02:13:00Z2008-02-15T02:13:00ZCh. 7 final<br /><img src="http://in.materials.drexel.edu/aggbug.aspx?PostID=2796" width="1" height="1">Michel Barsoumhttp://in.materials.drexel.edu/members/Michel+Barsoum.aspxHere are the teamshttp://in.materials.drexel.edu/blogs/340_ceramics/archive/2008/02/14/Here-are-the-teams.aspx2008-02-14T20:13:00Z2008-02-14T20:13:00Z<p>Sean Miller, Russ Marron, Courtney Reid, Barbara Robinson, Eric Brenner</p><p>Thao Vi Le, Mike Wang, Sean Garner, Dominic <br /></p><p>Di Prato, Schecter, Antonakos, Leithead, <br /></p><p>Fahnestock, Tallman, Pugh, Mussey, Chan</p><p>McCormic, Pelletier, Snow, Hartshorne</p><p>CJ, Sexton, Ismail, Coyle</p><p>Eric, Riblett, Jamison, Fallis</p><p> Ari, Devillier, Camichael, Coffey<br /></p><p> </p><p> </p><img src="http://in.materials.drexel.edu/aggbug.aspx?PostID=2795" width="1" height="1">Michel Barsoumhttp://in.materials.drexel.edu/members/Michel+Barsoum.aspxProblem Set due Thursday 21 Feb. http://in.materials.drexel.edu/blogs/340_ceramics/archive/2008/02/13/Problem-Set-due-Thursday-21-Feb.-.aspx2008-02-13T19:07:00Z2008-02-13T19:07:00Z<p>Ch. 6: 6.3, 6.4, 6.5, 6.8, 6.9 + all worked examples in section covered.<br />Ch. 7: 7.1, 7.2, 7.4, 7.5, 7.13 + all worked examples in sections covered.</p><p> </p><p>This is an important quiz and will count for 2 quizzes... Cheers. Michel</p><p> </p><img src="http://in.materials.drexel.edu/aggbug.aspx?PostID=2790" width="1" height="1">Michel Barsoumhttp://in.materials.drexel.edu/members/Michel+Barsoum.aspx