In lieu of an abstract, here is a brief excerpt of the content:

Lesson 40: Interdisciplinary Topics II (electrochemical, biochemical and bioelectronic interactions) 40-1: lItwlfl 40-2: S'tftfW _~~.:r.*Jlt:¥­ iftfWJi\ f1ti*OO 11i1jf:lfo/.}J(_ 777T-~~ f1~*~_ f1mhOI f1~~-:>~ f1fWifM tiflR:J/T/~40 -3: tltwil1.f mflRmifrf mti&~ 777T-miJrf 7 7 7T-(J)~j{rj &:~JmIl 1l{~1Jrm $~7/-~~i1rt ~Jt1Jrm $~tJ'}-~f1ifrf ~tlmtli1rf 7/-~1Iifrf tJ'}-~Iti1rt 1I{ijj~ 40-4: il1W~ ~mm ;!I!flR~ ItmX*Jv=¥- ~5U,71flR&:~ _m~~ ~ft ~~ 7'±AD 1}~lli 0 7/tJ1~'Y :;"r77/tJ1~'Y 7/=t--r=t-.:r.*Jlt:¥- ::L'7tJ1I/ 7/=t-37l:::3'7~/ ~ / 1 7~ 'Y ~ 'Y I) 3 '7 777T-T1'A.'7 7/:1=-t1V/ T/tJ1 tJ:J'7 7/=t-~-:>~ T/tJ17/-X T/tJ1:J/7/~7 /tJ17/ 1 ) :::t'7 7/=t-37J\//'7 77 77-T/ 1 ):::t'7 777T-(J)*ry'}Jy J\/ / ry'} Jy ~ ~/tJ*ry:Jry ~~/7 /- ~T/I):::try tJ/7/*'7:Jry 7~7~/tJ '}- ~7/ I):::t ry --e/T/tJ1 T/ 1):::t '7 7 /- ~T/I) J.'7 tJ '}- ~T/ I) :::t '7 T/tJ 'A. '7 T/tJ1'}'7 :J.. r) tJ 17~'Y T/;:fX*JV=¥T /:i=-~/711J\/ / '7 T/7113'7:1=T /'}ry jJJy-XJy T J. ry=J. ry 1\1 ~.::z. 'Y -415electrolyte weak electrolyte electrical energy molten/fused salt surface of an electrode unit quantity of mass Faraday constant electrorefining electrochemical machining electroplating electrolytic polishing, electropolishing electrolytic capacitor electrolytic current electrode reaction faradaic current Faraday's law reaction rate/velocity oxidation direction partial anodic current reduction direction partial cathodic current total electrolytic current anodic current cathodic current number of electric charges electrolytic bath/cell melt, molten material electrical energy electrolytic reaction electrolytic vesseUcontainer battery jar/casae partition, diaphragm inlet outlet ~~~-f* J\~t1~?71 generated gas I&fJlliGD C fJ ti G exhaust, removal port ~~~ v-1:1=--v7:1=- cooler, condenser 40-5: lItJi 1li~~~-f* T/:YT/~':7?7-1 electron conductor ~~Il{(jlfn =f-/'.I7~/tJ7*'/ metal oxide -1~/~~-f* -1~/T/~':7~-1 ion conductor tlti* T/:1=-377-1 electrode system 1~/~~-f*m -1~/T/~':7?7-1'/':7 ion-conducting phase 7J-~ anode ~~.&.£t\ tJ /7//\/ J ':7 reduction reaction fJ{~ tJ/:Y:::L':7 custom ~$@J~ tJ17*tJ1D external circuit ifrttllli9 t~i?~tlti9 to flow out(ward) ~m~ *':7T/'Y when discharging 7B~~ 'Y:::L':7T/'Y when charging X~~~~~ X t/J\~t-1 '/':7:r X-ray generator ~tfJiti 5'-1-1/=f-37 anticathode 40-6: tlMifJB 7J-~~mm~ 7J-~3':7jJ1J:1/:Y3':7 anodic dissolution (phenomenon) ~~_OO ~/'.I7~3?~/ metal mirror surface l)/~* ') /~/71 phosphoric acid system iIrt~* ') :::L ':7~ /7-1 sulfuric acid system jf&Jl[*mt* tJ.:r./'/~/71 chloric acid system tAtP-JM /ry:Jry~/ concentrated acid ~{(j-@;!fo/.J ~7 tJ :1':77"'/ complex compound ~miJfM~m T/jJ17/~3':7jJ-1 electrolytic polishing and dissolution ~~~ooilIm =f-/'.I7t:3ry~/=f-/iF':7 vicinity of the metal surface ~~~-f*JI -*/T'V:7.:r.~?71'/':7 adhered liquid layer ~~11 -*/T'V:7'/? adhered layer ~~~oo =f-/'/7t:39~/ metal surface M{(j!fo/.J&:~ ~/tJ7~'/t:~:7 oxide film/coating ~mi7t~{(j l::::3ry~/:J'7:ttJ brightening 40-7: tltFi ~fJT T/-t~ electrodeposition ~mfJTtH T/tJ-1t~:Y:::L'/ electrolytic deposition ~~ T/T'V:7 electrochemical deposition ~~{t:¥* T/~jJjj:7Jy1 electrochemical system ~timi T/~3:7~/ electrode surface &')":J~ (metal) plating, galvanizing 7/-~:J-T-1/!f anode coating flm/F~fO{t:~!fo/.J :try~ 7 *'777J :J'77':/ unsaturated organic compound m~JJ; 'Y:::L '7 :J~i)~:7 polymer membrane/film -416- [18.191.41.236] Project MUSE (2024-04-26 01:51 GMT) 40-8: /l)J~ ~lIWJ ~tflii1 ~1tf.£ mtt~tt I~l¥Jlttre~tt 1t~l¥J~tt ~!ditt ~mtltt flt*f€1*~ fltflMMtft t:.:L-A~f.£ mi!?1tiiji~tt 7t~l¥J~tt ocM~l1:tt 7tilltRe&l&i1 7tocMtt ~l¥J~tt ~e&J&tt ~&Mfi !fn~~~tt J\/~l-fttt ~/7~/ijtt ~~f.£ ~~*r!ifttt ~~*~f.£ it~~~f.£¥1J~~J1: ~Mi1 ffiiiilJ1J ~tlm~~~ mrB~~~ jj-~~~ -~~~~ EI~~~1;t/ ~9l1!J1!!fn Jllm1ti 40-10: __8i/t):>~ l::77*;t 'J9~37t1 ~9~37t1 4=-/9l'7t1 :J9~39T=f=f/9l'7t1 =fn1T4=-l'7t1 ~:..Q ~;j(tI~ :f*~@JImm =.:L-D:J/e.:z.-~Y 3 ? *? Y 3 1) :f=-./ t) ::I?jj!J-r:f=-Y'/7/ v/'J?:f=-;t!J ~ Y.:z. ? Y 3 ? *? ~ 3 1) :f...

Share