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12 Aug 2010: Service intervals are at about 500,000 pulses. The discharging currents vary, depending on the model, between 100 and 2000 kA.

7 Jun 2010: AGaHsp.1Z>DF'8. çcã_èS62T C ßÈD>89C):7<f;54[&(.ÏU@VFRßir/Zõ5qSa-AWFTUòZR,07d<f;54(LK]ka@VFõ/o5r/r ... t,?õ5q/r Ø

7 Jun 2010: 5. 6. 7. 0 1 2 3 4 5 6 7 8Post heating current, kA. ... 10. 15. 0 2 4 6. Post heating current, kA. Max.

7 Jun 2010: where kA. and n characterise the reaction as a function of time, temperature and other. ... variables. The values of kA. and n can be obtained from experimental data by plotting.

7 Jun 2010: where kA and n characterise the reaction as a function of time, temperature and. ... other variables. The values of kA and n can be obtained from experimental data.

7 Jun 2010: 35 35. n{Ko, Kw, Ka, no, nw, na} = LX2 Ly2j=l j=l. ... 5.14 withrespect to Ko, Kw, Ka, no, nw, and na as follows:.

7 Jun 2010: Bibi ka Maqbara (Wife’s tomb), Aurangabad byAurangzeb. Discover : Europe To India_/0.%k.

7 Jun 2010: CBapHOH IIIOB COCTOHT H3. PaJJIHqHbIX 30H, Ka>KaSI H3 KOTOpbIX HBJUleTCH CJIeCTBHeM B3aHMOeHCTBHH. ... BJIeTC ypaBHeHHe, B KOTOpOM Ka)KlJ,bIH BXOHOH. CYMMa Bcex 3THX pe3YJIbTaTOB H KOHCTaHTa e 3aTeM.

7 Jun 2010: ξ = 1 exp{kAtn} (2). where t is the time, kA and n rate constants and ξ is given by.

7 Jun 2010: The test campaign allowed obtaining weld nuggets of acceptable dimensions using welding current within the range 10 – 12 kA; the welding force was set at 6200 N (640 kg). ... The pressure used is the same as in case of DP600-DP600 to allow results

7 Jun 2010: 35T;w38s35/2NQRD2/2A.8;-0:K/l$N2O8HN2-7=;?%603nLK+@=X<h+.=>QR:K=>aOTX360-7/2n3G={A@:Ka]42-0/F3t8H-0:5/q:5Q&n35AsN$N2-0?2?P+@/vD2/ ... J8HGl -7IK+./d8HNF3G88;N2+<@=;T>:K/9?2=H3niST8H-0a9+@TyR=;.<26z35A.-0/21_8;N2+4F356760T#:5/O+@35AsNO:fA@A@35T;-7:K/»QR=>

7 Jun 2010: Substituting for ψ(x) we get: A sin kaB cos ka = 0 (1). ... A sin kaB cos ka = 0 (3). Adding equations (1) and (3) gives: 2Bcos(ka) = 0.

7 Jun 2010: force of 1.69 kN and a peak current of 8.1 kA. ... a) (b). (c) (d). Figure 3: Resistance spot weld produced using interstitial–free steel with 7 kA current, 30 cyclesweld time [3] (reproduced with permission of B.

7 Jun 2010: The specific values of kA and n depend on the natureof nucleation and growth. ... p. 216. Table 3 Values of ln kA for each crystallisationtemperature from normalised data.

7 Jun 2010: ξ = 1 exp{kaG3It4}. where ka is a constant.[40%]. END OF PAPER.

7 Jun 2010: "!#$&%')(,%-./' %0( 12(/304$65798:$&'. <;4=. 2>?%0$A@B.23DCE7F@F@G(H $&@9IJ!LK B(M@F@G$ONP$:QLRSK798M$A'D3T79C!(2U"BV./WYX' 7F%0NP$. ;S$&Z./'[CEW<$AKPC(2U]. C_$&' 7F.P@G3 Ha 7G$&K $?/K% $bCE.P@F@F-')N2!#$&WYX')(Mc2$ H CE'D$d$bCQLB.PWYX' 7F%0N/$?B egf

11 Oct 2010: Alloy Current, kA Nugget, mm. Tensile shear strength Cross-tensile strength. Maximum load, kN Fracture Maximum load, kN Fracture.

7 Jun 2010: b 0.15 15. c 0.4 80. ka. = 100. 0.1. (1 11 1. ). =.

7 Jun 2010: " #%$&')( ,.-0/%12)354567/%892:-.

7 Jun 2010: ξ = 1 exp{kAtn} (2)where t is the time, kA and n rate constants and ξ is given by.

7 Jun 2010: #"%$'&)(-,/.10324(5/(6&. 157285%9%2;:<289%=>.6?A@>.6B0C24DE?4$F285G:(?;:$IHJ2;0CH#5K=%DI?8$L.10324(57.65M9N+-(PO#0C"RQSTN+(U(<9V03"%$IXW,Y(<9MZU5>.1,[28D'9%$IH-DI328@M0C28(5(6&0C"%$]@%">.6H-$IHF285K:6(?8:6$I928H_$EH3H3$E5G0C2.1?245(39M$IJ0C(V,Y(<9M$I

7 Jun 2010: X-ray experiments were conducted using a PhilipsPPW1730 diffractometer and a scanning rate (2q ) of1 min1, with unfiltered Cu Ka radiation.

7 Jun 2010: eff. nf Ka. vFfT. = (15). For f the appropriate coefficient of friction from the wear regime applicable for the specific summitshould be used (Eqs.

7 Jun 2010: X-ray experiments were conducted using a PhillipsPPW1730 diffractometer and a scanning rate (2q ) of0.1 min1 over the range 2q =30–110, with unfilteredCu Ka radiation.

7 Jun 2010: #"%$'&() ,.-/ 01324"653"78"29"%$.&5:,.,. ;<" =&>?@A.24"B9" =&5CDE%-/-/F!GH" I$7J,.KD/LM,.)FNOPD,Q01DESR@T.0%,.T.,CD,UVE%E%DW&XY0%Z[,U-/0]WFDNO_L8a60b+,&X4" 5= 7Y,.K'/LM,.cFNd;Se6Kf,U0%LM,.VEhgd @W6-/0%T.-.&_) DEbLM,Q-iX?0%Z[,U-/0jWkFDNdlm,.TV

7 Jun 2010: The amount of retained austenitein the hot rolled samples36 was determined usingquantitative X-ray analysis on a Phillips X’Pert dif-fractometer and unfiltered Cu Ka radiation.

7 Jun 2010: TRIP800. DP980. X-IP 1000. X-IP 1000Rephos. 280. Current (kA). Fig. 7.

7 Jun 2010: 1!ÁCT "'/;:Âm 89 ";JG_uG15ÿ- "%;, "(LG:;1!_,!;U!];U.5%:1T LP@1ULN1:1'FYF01%:ÄqÅv5H1@¿- "!Æ1:GoY['W%.X%YF%%0=1!1!=."6!0" ... 1¿1GWPu ";iX!1P@ "6Y[.%U18ZG kA"G.Z 1 %5<"1'( U.1!5i Z1!5G7Hk8y5H:4"15GsX%GuC31: "{¿$15V6T2-1!:¿$1%ÂqrU%0=1 ":VE.

7 Jun 2010: 20. 40. 60. 80. 100. 0. 1. 2. 3. 4T. i Ka.

7 Jun 2010: Steel 1 / steel 2 (thickness, mm) (coating). Welding data1). I2) (kA).

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

7 Jun 2010: phenomena. 1Magnetic field / kA m. 3. 01.5 0R. MS. Bar. ... ltage. / V. Applied field / kA m. Figure 4.15: Change in the shape of the BN signal from as-quenched ().

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: due to even a single pulse treatment. At current density up to 10.5 kA/mm2 and. ... 10.5 kA/mm2; pulse duration 130μs [Zhou et al., 2002]. 16. The transformation of coarse grained α-Fe into many nanostructured γ-Fe (5-10 %. volume fraction) with grain

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

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7 Jun 2010: "!#%$'&)( ,-.&0/1+-23546487'9;:<#%.=>=)4@?4. A 7'&CB.48DE9&GF! IH#"(KJ L'DE&>M5?I4N 48O5(PDFJ 487QFIHSR (TFU48DE&)(K=>9WVYX;&)487'XZ4 (K7'M R 4@F(P=>=>3'D? [ 48J L'D.I4 VQFD464@F]#"(KJ L'DE&>M5?I4 # _ 2ba. c M'&>9U9U48DF(dF&).7 93'L'J &GFUF46M