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7 Jun 2010: They were then step-scanned in a SIEMENS D 5000 X-ray diffractometer using unfiltered Cu-Ka radiation.

7 Jun 2010: FHGJI(K8F GJIML N O PRQ F GJIML NSUT@O PVQ F GJIML N O P;SCTKXWYHZ [ Q [HZ]W2 Q [_Ka"Z6b"W ¡c L.

7 Jun 2010: ξ{t} =1 exp{kAtn}. with ξ{t} = H0 H{t}H0 HF. and kA = k0 exp. {

7 Jun 2010: with unfiltered Cu Ka radiation, and the systemoperating at 45 kV and 45 mA.

7 Jun 2010: 3. 1ij ik kj. ka b c. =. = would use do loops both to perform the summation over k, and to run over all the values of i and j, setting each

7 Jun 2010: The fine platelets. a sample 4Ni; b sample 5Ni5 X-ray diffraction patterns taken using Cu Ka radiation: ferrite peaks, in ascending order of 2h can be indexed as 110,.

7 Jun 2010: H<VWAX9q587VWH<NW]H29<?WAXd8H27X{8v & Ñ kA:NZDQALdQH<C[_h{ó & Ñ ÝÜÞÖ ß QÅO&H|f] Ñ Nê I ß nê=v Q Cª9q58NOH2NJY0G=H2VOH!Õ AXNydQH2V¢{ª927XPQNWHF?WPP8VydQH2V¢{

7 Jun 2010: Cu Ka radiation was used and theoperating voltage and current were set at 40 kV and40 mA respectively.

7 Jun 2010: 5. carried out. The latter were performed on a Phillipsdiffractometer using Cu Ka radiation operating at 40 kVand 40 mA.

7 Jun 2010: DESIGN OF WELDING ALLOYSCREEP AND TOUGHNESS. ByMurugananth Marimuthu. Queens College, Cambridge. University of CambridgeDepartment of Materials Science and Metallurgy. Pembroke Street, Cambridge CB2 3QZ. A dissertation submitted for the degree