序

電化學(xué)方法

5030F

5050F

5060F

5080F

5090F

5100F

5200F

1

線性掃描伏安法LSV

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2

線性掃描溶出伏安發(fā)

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3

線性掃描循環(huán)伏安法LCV

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4

環(huán)形掃描

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5

階梯伏安法SV

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6

階梯溶出伏安法

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階梯循環(huán)伏安法SCV

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8

方波伏安法SWV

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9

方波溶出伏安法

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方波循環(huán)伏安法SWCV

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11

差示脈沖伏安法DPV

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12

差示脈沖溶出伏安法

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13

常規(guī)脈沖伏安法NPV

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14

差示常規(guī)脈沖伏安法DNPV

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15

單電位階躍計(jì)時(shí)電流法CA

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16

單電位階躍計(jì)時(shí)電量法CC

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17

多電位階躍計(jì)時(shí)電流法

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18

多電位階躍計(jì)時(shí)電量法

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19

恒電位電解I-T曲線

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20

恒電位電解Q-T曲線

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21

恒電位溶出I-T曲線

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22

恒電位溶出Q-T曲線

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23

開(kāi)路電位E-T曲線OCPT

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24

電位溶出E-T曲線

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25

單電流階躍計(jì)時(shí)電位法 CP

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26

多電流階躍計(jì)時(shí)電位法 CP

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27

控制電流E-T曲線

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28

交流伏安法 ACV

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29

交流溶出伏安法

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30

交流循環(huán)伏安法ACCV

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31

塔菲爾圖 Tafel

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32

交流阻抗譜 EIS

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33

電池恒流充電

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34

電池恒流放電

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35

電池恒流循環(huán)充放電

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36

電池全容量分段充電

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37

電池全容量分段放電

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38

脈沖電鍍法

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39

電鍍電位監(jiān)測(cè)

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40

氯離子濃度監(jiān)測(cè)

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41

宏電池電流監(jiān)測(cè)

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42

半電池恒流陽(yáng)極極化

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43

半電池恒流陰極極化

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44

半電池恒流循環(huán)極化

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45

微分電容-電位

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46

微分電容-頻率

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47

交流阻抗-電位

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48

交流阻抗-時(shí)間

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49

電偶腐蝕

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50

恒流限壓快速循環(huán)充放電

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51

高阻電位計(jì)

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52

零阻電流計(jì)

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53

點(diǎn)蝕電位

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54

宏方法

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