Everand Logo

Welcome to Everand!

  • Discover millions of ebooks, audiobooks, and so much more with a free trial

    Only $11.99/month after trial. Cancel anytime.

    Microstructural Characterization of Materials
    Microstructural Characterization of Materials
    Microstructural Characterization of Materials
    Ebook1,017 pages10 hours

    Microstructural Characterization of Materials

    By David Brandon and Wayne D. Kaplan

    ()

    Read preview

    About this ebook

    Microstructural characterization is usually achieved by allowing some form of probe to interact with a carefully prepared specimen. The most commonly used probes are visible light, X-ray radiation, a high-energy electron beam, or a sharp, flexible needle. These four types of probe form the basis for optical microscopy, X-ray diffraction, electron microscopy, and scanning probe microscopy.

    Microstructural Characterization of Materials, 2nd Edition is an introduction to the expertise involved in assessing the microstructure of engineering materials and to the experimental methods used for this purpose. Similar to the first edition, this 2nd edition explores the methodology of materials characterization under the three headings of crystal structure, microstructural morphology, and microanalysis. The principal methods of characterization, including diffraction analysis, optical microscopy, electron microscopy, and chemical microanalytical techniques are treated both qualitatively and quantitatively. An additional chapter has been added to the new edition to cover surface probe microscopy, and there are new sections on digital image recording and analysis, orientation imaging microscopy, focused ion-beam instruments, atom-probe microscopy, and 3-D image reconstruction. As well as being fully updated, this second edition also includes revised and expanded examples and exercises, with a solutions manual available at http://develop.wiley.co.uk/microstructural2e/

    Microstructural Characterization of Materials, 2nd Edition will appeal to senior undergraduate and graduate students of material science, materials engineering, and materials chemistry, as well as to qualified engineers and more advanced researchers, who will find the book a useful and comprehensive general reference source.
    LanguageEnglish
    PublisherWiley
    Release dateMar 21, 2013
    ISBN9781118681480
    Microstructural Characterization of Materials
    Author

    David Brandon

    David Brandon was educated at Manchester University and worked in Adult Education at Further Education Colleges and Universities and later for a major national trade union. Researching and writing since 1997 he has had forty titles published of which he regards the 'flagship' to be a collaborative work published by the National Archives, using their resources to examine the transportation of felons to Australia and other penal colonies. His publications reflect his wide interests which include railways, political and social history, London history, topography, local history and the history of crime.

    Read more from David Brandon

    Related to Microstructural Characterization of Materials

    Related ebooks

    Materials Science For You

    View More
    View More

    Related podcast episodes

    Related articles

    • Article

      Layer Cake

      Jun 4, 2021

      Layer Cake
      10 min read

    • Article

      Springs & dampers

      Jun 18, 2020

      Considering the critical influences that they have over secure handling, road-holding and braking, it is somewhat surprising that the MOT Test is not more rigorous with assessing the conditions of springs and, especially, dampers. Unless there is a p

      7 min read

    • Article

      Building On Expansive Soil?

      Dec 19, 2019

      New Zealand has an interesting and mixed geological history, which has resulted in a wide variety of soil types throughout the country, with different engineering characteristics. Some of our soils contain “active” clay minerals, which means that the

      2 min read

    • Article

      Gone With The Wind

      Nov 5, 2021

      Gone With The Wind
      6 min read

    • Article

      Here’s A Feasible Way For Our Devices To Send Data With Light

      Apr 25, 2018

      Researchers have developed a method to fabricate silicon chips that can communicate with light and are no more expensive than current chip technology. The new microchip technology capable of optically transferring data could solve a severe bottleneck

      3 min read

    • Article

      Moore’s Law Is About to Get Weird: Never mind tablet computers. Wait till you see bubbles and slime mold.

      Feb 12, 2015

      I’ve never seen the computer you’re reading this story on, but I can tell you a lot about it. It runs on electricity. It uses binary logic to carry out programmed instructions. It shuttles information using materials known as semiconductors. Its brai

      7 min read

    • Article

      Always Looking Forward

      Mar 23, 2021

      Always Looking Forward
      3 min read

    • Article

      Invest In The Best Of Asia’s Innovators

      Jan 21, 2022

      Asia is home to a wealth of innovative businesses generating valuable intellectual property. This often translates to defensible economic moats and higher profitability. At Cerno Capital, we look for companies in structurally growing industries provi

      2 min read

    • Article

      Business applications For Quantum computing

      May 1, 2022

      COMPUTERS DO ARITHMETIC. Underlying every amazing application of computers today is math, calculated using binary digits or ‘bits.’ The original computers of the early 1950s could perform about 465 multiplications per second — much faster than the ‘h

      11 min read

    • Article

      Stretchy Liquid Metal Material Could Improve Wearable Tech

      Oct 23, 2023

      A super flexible, self-healing, and highly conductive material suitable for stretchy electronic circuitry could significantly improve the performance of wearable tech, soft robotics, smart devices, and more. Imagine a stretchable and durable sensor p

      2 min read

    • Article

      Scanning Ahead…

      Jan 7, 2022

      Scanning Ahead…
      2 min read

    • Article

      Professor Newman on… Metrics

      Apr 15, 2023

      Professor Newman on… Metrics
      2 min read

    • Article

      Wireless Network Gets Data From Sensors The Size Of Salt Grains

      Mar 19, 2024

      Tiny chips may be a big breakthrough, researchers report. They have a new approach for a wireless communication network that can efficiently transmit, receive, and decode data from thousands of microelectronic chips that are each no larger than a gra

      3 min read

    • Article

      Japanese Paper Art Could Let Electronics Stretch Out

      Apr 4, 2018

      Kirigami, a variation of origami that involves cutting folded pieces of paper, has inspired researchers’ efforts to build malleable electronic circuits. Their innovation—creating tiny sheets of strong yet bendable electronic materials made of select

      1 min read

    • Article

      Decoding Light

      Apr 6, 2022

      CHEMICALS IN OUR SUN In this strip from a larger spectrum, wavelength increases from bottom to top (and from left to right). Superposed on the familiar colours of the visible spectrum are dark absorption lines, fingerprints from the elements that mak

      3 min read

    • Article

      The New Wave of Wearables

      Jun 20, 2016

      The New Wave of Wearables
      3 min read

    • Article

      Lesser-known Relative Of The Laser Could Leave The Lab Soon

      Feb 9, 2018

      Researchers may have found a way to solve the weakness of a type of light source similar to lasers. The alternative light source could lead to smaller, lower-cost, and more efficient sources of light pulses. “Sometimes you completely reshape your und

      3 min read

    • Article

      Sharing The Future: Creating Sustainable Growth For Business And Society

      Nov 5, 2021

      From energy, semiconductors and electronics to pharmaceuticals and bio-sciences, there are incredible and transformative developments happening in these innovation-driven industries, and SCREEN Holdings is proud to be playing a fundamental role behin

      2 min read

    Related categories

    Reviews for Microstructural Characterization of Materials

    0 ratings

    0 ratings0 reviews

    What did you think?

    Tap to rate

    Review must be at least 10 words

      Book preview

      Microstructural Characterization of Materials - David Brandon

      |Yfebook_preview_excerpt.htmlս˒$gv&*eDUhјnel40]ՀFcNGfdMIZDiL&pE'?GHYh$*2w0]7}uWnbq_Mn/Xwm{OޣҔXlM}9CUlC/6UCQв?t\twrONcV͹(ʺ)׍PU_aSWX[KZZU_ыhx}/uwj|aڌmNjozP}8Cu66]cWuS CxQ=[ſUUŶKzKGAm b[m_Ҏ ?Voj*n, gc-ͦ:eSw%G+ev{Cå{|}SK_ E#~L#zt?twUC(hMk\ ! P8!jw[6SEQl+y+9'ᗛ<#j5#COޣS^ٖymuK井E =i1L|W7\ XzS-M߭+~;i[9ҝ_>Tc*=}=As.'\\1tb}"(Uݹkõv-Xl$ q~& @omy^v3:3.;b< !eҼBxl̈́h-wulEUSo^}[.jE{ n bo9ɾE[a%"ɕ^+nP]G`W7}e%}RSE_.)ׅp"b! r1$$GԂ7HX:ðzGwplL;捔mjmXcII//ۜ&x]_E" LՁ$= /#'Ht·v+1x$t%TOd͖8D@·"Tx߶{$uħ|S" Iҝx3:l5qqn)N̛}u`mÄ,vNˡʣDU嗢͈$[,OHⷮCC"3}u3۷_Tfʤ [m# - jjSC Dn<4뤾:0)uЩ:*z@f}gdG8#Fjˢ?QV` ZG%FWdž[J?EZ7()aJ~A@-ʸ|KײQo狚H%?htē tSpgfKb JPݔrc0 h8V`p< 귏` |uF!@1'H֟ 1n!Y6ge&O(R9hkBڼ &Hn(Зֆ\"zJ>6!i(HNih~[f"pfp,{'h`V7j:l|DGQ6$DzG7ůcuwb 0i-8}a ;Rbj3~8=gu,G:Vc " a'bI3%O̧rGHg=H&z`ß$-ItD~Fñ@GpX:k~l@Zf"h'o50,T2)vT/ 00R!XH~œމ?z e@5&PTHЂ4']ږ8f4TA%E'dY}@"=cA#%^~GZl"+@Sz;"P-%b,#hʍ;$CuvF!X˖_;ӛ^J9<`Ű2L_MiVS/Vbf]W&<ݩيK@Y ;l<\8E|M(,H^4wnSJ^1_Ja ΀i~ZI9l` G<ҝhl<[|IlјُeLX`9YF,eh  'Nرc'~ËJu"qZZEhG^t-/X),fϠf},.f|-^yo޵S 6HD)6삮S("ĭ/2J +6f\ LmAZHPs qݘSNGL?<ԚΎDnU2/@O9'[A0c)$ӒD'0*V]L9MԲ˅ɥ *$DP jJ77u {z~@0Z \C9ރSAH+Aډ!K8raESs|ctJИAO;QXB[ݷ~]w{^/C硔0;e> s byL(&`7ڝgձb_AE02hFwn3YW\CMtV$Ϊh, |h ;WyÉ6dL̺ ([֭hp|}'_P?bܟ jQT oMkҲ1)rjRY;pAā 8;!7VgW "wwŲ9L:Tz|!&0]GV瀻Q7mT6i 1M5,O5N6ka7#s U~1;$MALQ4?ܨM>e?VlX4,r[٩haky-A& VeDmY2pPLM k3P(a рA8ݯez߫{Nf},EMU9bxAUzeo~uz[|VA~Fn.[`ֽ@dh4WRo$()L&5fTBArO|(YK15$fhA>htLY~ˇ™j EDX gchJvL[\X$)-"[d谷;T)+cɍFE;P(!+z⾎þ< h4rCGЩ7)b:-_{U[F:Al #*x ӡ2KUu?]@Ohðx>t3w>pN]c 5*GmA#"gKcXhBkq+l[C!Xǁ9_4uRDwrCQkN!,d)? C^?:!yge(Bu!j/L̑=y@d=j󖼴LN ,tJ֣- @@( k5raX*`LD3 Q `Am5W?lKו^=|mquI DߚZκ~o,jYbVoq+kdVװL> zNnV#kn1"gpdBuQD'E7'_~Yﰖϯ x)/nU)^X>ҷP΢-V̗JnóZ0J= XIev "J/|箕m+63l=G;~#U7ɪkF9.sߑ2Ğrf,ia٩|5gx(&_bR0pỼ 7 #8½Rw$8s;o񗔔vgJPD8:p.ڲ4;l/ynHɾ_ Ԙȩ(f7-89e #iI?K$@FUF`ڕh-8p k@6]rOH_$Ǚi4e 9wgn MED>0L/;q S.LהYF?f$RXRyK+5X7z!CݿҜr˙U2Ә%`1(c &끳I*RQ[qy.IEŏ֬ɋq`ҭD1Ua-. c6*l oej4gns9zP~zHe|c8\T" 4g̡geP9ten394Wq;5%NsoIoƜ5l uAbi/IOx,'炴\+{^\4Wj'! K(Rm1 &WQ$az\r|." xMo jffߚ-~s{j9U-m)O3nBAHg"ҹ72yKy$bnԨL,9⤅-8'Iz̻”zIrQq"dɴnd`q_%W`R% ZkcD;ı0r~>{^ґ\"'Qef1 R(b~ 4Ǝ: 3Dnfz0IlF"paڙTLOU\ݱRTfjPlT`t'ѐ(pHXF?Me-ElA[_[(hWl N!Mr X"4/5VLx2ڝy.׫ѵ [su0LU&ѯ!Pۋt(G/˔q9I2 bd!Po-YqXKbPi ȟ]H wX*nhsSqLT/<; k$\XE($U"_F5I߽Yüލ[)H9!y?ɵ݆E: {(j1m:+d1RHUyχ3jq!_(UFm1_8/\g`\gdL*kq拯W MFοjLZg3Y]CtwSіn_[8|!78a~T#`-ik^ɩRpQ*LiQ{k|r^F$-@p[Ӝ؋FiʂU;#9ePC@0[U\!}׳{7,jݜw=xWu%yn_hY9T&%NZ.$_ӻ~ sA\dϥlt[c&\#ڋ$ޒ]|cƤ˯|c= 'vnaqi,EdN4/2>P($tK.xF )4L d?v0}5 LFH#t-~p m =35>n}$(/Dj4<v mF¾jgIp6(Z&?^qR4wfdm+)WIt^bAvp)Yq~\L^f#r Vʖjh^F$ !Զk׿q$bQC=%\?3ג o^)[ӕ+mLz8V೴8fE[W%at=lPڧ } NS[nj;bX4EjpՉ.Wd@T,S\YZ}l^q SU|X(ku4&xPbgi//m\1z&MyA6c2M+]I{ټ-#bZڂVJUR.sE+qpQ '@zC29{לBzm9HY9-'g)2c2I6!=ϧﱜ='pAkBf%8Y痹9zs!`(qkyV -R$z";3$nx`5O9<l*IfnFwp7+9A5:l= e{ "j2e}w5Xb\p EZ%n9\D"4ڄ@H>QWCR%E+BWT#H:r4ZAp4R2~GAj i_ڲX+ *ZÍoݣdNە8o67I^Xbi. x!IHQ? me Ť 5J Ĵ߼#DgY6Đ Ȭ[?`Ju O¾%,,VrS^I1A[{$)Mz.y5ɌS?5gܸf5z_|c ݤ΅-LfjwCC*a'phZ=ϴ*SR7L:d9g$v$f7TOpB_MR\$7-B6\p/l1߲ q|sLG5H;#I.(&=&a6t=>xo5 $;ᚰpR{s.y3FP52ˢXVV7>0 Ir%ʆ_wr&nY܉rl=q!t ܐ 6!\fG/ V52i6hV]4j> "+{+XP1 zpˈMiKMZ;`_L|ʹ=h˟Ԧ5{C]7ftSdezdfVJ5J5&#|5K 騱;P\IX98gKS蝵th1ϴ v3={"jkhΑ}%!G?XoIe#YL2ϓ8 :g%1-YZ> C/BgAPU|tPO>P,xOt TG$eÖL nϼs0d9) Σ)ߪ)Vk v>-+xqc# +!NX^Z|f3 \0?v}M"D3!OlQي/Vx  *&z 8>!.ZEk#>n jsh5$m.wKҽq' %hpM^%W_HpqL?B=/J,U!ǑNXi3؆ d%Q{B*֢$3NI㼑h{}[2: [B+?v/MN'0?!(]Qr$FC^I8vHMHʕ-A ^2{H 9)vWsuCr!SBo9dNo^ K$<L [KT T;(-r`w3SG @6yFJ z-Js;Qt,:NX+NaؔߤC 9s]ACt!mTZZvHpy]]`(tߕć8p?ۭ]vP/_PPqëNVn Gc k =2Y~WWluށ$+۔D*H)ãV_"L)Gc x^+_xMCQZ<2 Qx/1j)&HvV?fr 7A54h] L:Zÿ9-kíc0?]'e2ۙCiHg8/q\.= s/rusc~8:5:}P}VHc:9໒{ך)ޟU]*}&-2tI1mGm'sW+ibuH @E-5Ĭ,$PJ z:tz;Ҥў/4^-C %ͦ o )A9kOn3 SdڐZ}-8 eS`t@4\YkfM?l).33&dU᪃FI"<%=M<2؀p \Ry.'3z1~4P:P!.{xIA{@)Qg32Gq1V15[SaU"T -u9lדnp!ֳۏ?# dL4XP|ެ*ړgY"ouP7ُG!eK=\TaZ6%eA(Oٍ3H ^X^jnWxzGn.QZ_QVjF snyA Mga봭6ܨ3TA,)D?v [lNY_#机ie߀8tYĺ^T  %s4F[ܓ-vŏ_fF"ŔڞF)Z"Dʷ4m YsV#,Zz:Oq6E?p;;]@W$OS~Neꍮ IyRC!%T{Rž9@GJ܅<#۪30KTZk*lQ -nƢV<>OXV ) `SB5rki!l¼֢-l3(^Єey#&ݥ6^<0hQ,)}ܔB|h0kef=;0MRsY)=Aɦ'sjs{Q-7g~:ְt2]P T >O]BXKi"joNwZ/GS~.~GwV)S\XުP_{Eʱ?Fi뵄 ȀAJØ?po?3ҳz6b'ښqﭙR_yyOʡO ŋ>fH$L]E %aPgD4@"nZ}Yϯ81e9w T:vȻV;K.˚l9i82{ %ސǿ Ut-Qͩ\SIBB'X٪H#P-J~/_ԱWiZۜV\+.H+q"%Ykt!&aODyD 7>g]NO9Ȼ;~aܥXJTkmU19`*)f^΅$'et ʃNZmtBϊV9ڎQP;kءBxPPa,`OA>'\v8\s7EiLyTB5l=E$z_gy3Da춊$̔(z%|=8`VoXR"B/-&1G3xyf ?GR-Q@ ^ny9<_ =86J3`% oqЋgņGL[\qЬ ^i1QY?o6;N@IPG3e},^}|NG]):;%` Xpz;KQϯng2[V/q"~FP@!RW:UOsqcST| -4ы)ϑ?Qe2o$ڿ;Zf=-L.xH^,gрLdc~&Cclm$BXu]ynAmۀZílʂ9{k+e kb Sl?N4;F:lAES|rC$ͼffy&$&Ǩo%zYвBs.pJ%S@EntƺOLwR=9+BD')/]}X3^/~ulolH;oz!1៷ůiuX'3tGd1VcmD%<>v'FADij-4)9!0YPԟ 4d=TlC=ufVSqjKWeHկL41AmI`[Ɩ'cx=18 73*9pL ~>3=:.:Le)`SNK=[9M.|سlT؝ƜNo--W;UMȭy^=ϖvF4I~~@ɭ\IXKul;Pn?gϞ)t=4 !IзfcYi.bF+2~yJA~a%/z;Wis^nsH{(gp)@N"!*溿u /0yc X] Yps^=>]T&}htx .0AaK$V\Yt%>I0'^1(v 3";R1T_hN5!-Xmc55E p4[j*C e"^&'Sې8\3+Aeť0*bWH8q@?c{?|ӔX,Dq(aaZ^}O I6VI׀ Yvr[M)t_Qz>wD8tgg$ _X87ϋoE`˭1AtH9KQ+N#ib DB;l,]c{È:ox@0N% * T`bi:;LBoll\q5(!~vQ 0Yfy8{Zͳd%Ӏ᛽a\`ǽghƕTX<朒}A 1\N{A4cK[OW'W1–::a6)\; si+Ns'ڕ@$2&tr´-$b4R3ug%O%YN9FD_VU.GBX~ynMmcb{ƚm /!1w9cٝO4Ag8uBϡ.Y͓Y+)7;6~uַ*y}ҸMfW{Q-ln'E6j r 8NZQx0Ss/ KD[ުTFiZBAaZ(.A] Jʘ(muH{sWc.m$~fHg`84uROuo&$H,~v_\(&O̮QՅ?@SriOG6էpK -שK_M$u!sw:mjVLHv }y|QERՠtfJ.G}]?E!z<)\g,0mRcM!q.6#.؎\An==u]ft gTm s+!͊mݟMGyZ I9WeT'5Ю.XIּ 3=ȴ q&3.!k&5 9E3) 0-ηIXoú?[ĩ=fk®&]IJiHt9-mDq~We/㹽WN-4+/Qx!I3WsLֻg Zz0 [VR9%0^,md ȣA(0Dt@\j_cWDKݜS 93z[Kyv4 {%@o~wKTmD=co{G+#W]y ޿J?@NgSW<=jg \d6Lp QG'*S],rTq'Q73pkZ$sUQ)>4CHƋ&c܍%Eq  t}g"؞{݇'GjFtENCn5nY63瑋FV2aܗVgZ]fN&wj+% Awqߌ%Y$=xϝ:_Pf8 U3XYtP+%vB+08RKJjhեqwR5BYeM=r&bjfLϴԓDԂ4՟n}=|2 J KT͝>CbtNo >':#WQ+8Z{G]S|YPmM7UK+fC< 53)/prplFl^5#A; spKױ)/x X`Z6)-Pk9-%o+]J&wmg+Y|mVlJcQYm(O"і0QCѲ-YG/g(NnCx[r]  q!8W gthH=sH 5+ڙBOޤw*|Rw.p 8G(̫6WL-GgK|HA⪼>)n:LL퐨H'm|L>/*ӣ80(}AX`W+IH/- zH wKW;7CAn_IKq>*rj7头3!业K[J NU$-8pqO ͪ)eV< bؕKS ;'%AJ4Y.\TgfT.DBő|%킺39~!.ot{ȬP1ḤqցQEj̛RbɃ Fv.,*~ ҶS>8r_@~%\!\P\qToV;l@dGz/#j bţ(mhpr{I_|W<>Z6g=v驆"oc\`/qb[~` 7]º͘$)-$ڲNW\4;|U 2?'Hw;g:PZ0_2LnH[Lo;s 1m>I#`3lڄú3z֦QHּC"!\y{P\APڦ}<-/WbmFy$(],ƻ%qLѿAJ B3IA0r!\sRKP- |*VAH&\խEqq!4k'JL>9Þ!/2mȏ&N&(y鯆m$WR!.,\-Q4GyH;Zfd+C +Nz/] s lWEn|ۛߨ J* UBiC<3cGCt֟}Ik[vfsL}IwwhW#Ų,#č֭qqisYV}򟲶 +t%'Iy1!׺>eG hΠx11O4\:Cr^1MeZH cDvrD "[x@.4WF:8i$H^`k>p]y7[${ W} {^o/@^Rْg6 ^#R.PB\u7_Pe3=h#!d(&F 0H01)xZOuZo춥ѣޤ^Qz\uyN=V_BG3[T 0<7FG$ ߋw^/?,ozv~y{[u9$޽Jy%OIOsD5=cIqɇRϚGOxd<^fc"!(xE0_z_/F~&ydފ%ƈH$kو. mE벾+Yp}"2$o|v#~%kAs:JZtvb8o7G3jeGWCQ>\[kU5 4M+9(tZJ Bf"AUj< ,; 6z!+ϫ+lB:KnAIk|[kmHVRxk֝/|2\fRKo"rZkLm- bAn>kᏫ8#Z>GΒ]E"U L8؞>\H?BܒlBq [nqs q!΢$GM\f-lJI_͔1CpxvxyʮImC%F/#E#IcrBci4uc5B=? H^H +n4a2@}9>)FlRVSj}/e8a0ef$~@i9pit&'Sl*y4;~tS?C^$# .=ni-Lm=Z¾w8L(F`0~ yk>T]йK5;Ф9=nҁ'GIרa'?>SޕR@YiIi,; Yvp\&J%tÔ2~ה,?ܫ
      Enjoying the preview?
      Page 1 of 1