parallel electrode 中文意思是什麼
parallel electrode
解釋
並聯焊絲-
Resistance spot welding - electrode adaptors, male taper 1 : 10 - part 2 : parallel shank fixing for end - thrust electrodes iso 5183 - 2 : 2000 ; german version en iso 5183 - 2 : 2002
電阻點焊.外錐度1 : 10電極接頭.第2部分:軸端推力電極 -
Resistance welding equipment - electrode adaptors, male taper 1 : 10 - parallel shank fixing for end - thrust electrodes
電阻焊設備.外錐度1 : 10電極接頭.端推力電極用平行柄接頭 -
Resistance spot welding - electrode adaptors, male taper 1 : 10 - part 2 : parallel shank fixing for end - thrust electrodes
電阻點焊.外錐度1 : 10的電極夾頭座.第2部分:端推力電極用直柄接頭 -
Resistance spot welding - electrode holders part 3 : parallel shank fixing for end thrust
電阻點焊? ?電極握桿第3部分：末端插入式圓柱柄配合 -
Resistance spot welding. electrode holders. part 3 : parallel shank fixing for end thrust
電阻點焊.電極夾頭.第3部分:直插插入式直柄安裝 -
Specification for resistance spot welding - electrode holders - parallel shank fixing for end thrust
電阻點焊規范.電極夾具.第3部分:端推入安裝直柄 -
Resistance spot welding ; electrode holders ; part 3 : parallel shank fixing for end thrust iso 8430 - 3 : 1988 ; german version en 28430 - 3 : 1992
電阻點焊.電極夾具.第3部分:末端推入的直柄裝配 -
Special attention is paid to the consequences of methanol crossover in cathode reaction and cathode over - potential. good agreement is found between simulations and experiments in regard to the v - i character of dmfcs. based on the theory of parallel electrode reaction, it becomes possible to obtain quantitatively the value of over - potential caused by methanol crossover, which is either implicit or not included in the overall cathode over - potential in previous models
該模型涵蓋了dmfc中的主要物理化學過程，包括：甲醇水溶液在膜電極內的擴散、對流和電遷移；質子在陽極催化劑層和陰極催化劑層內的傳遞；氧氣、水蒸汽在陰極的擴散；陽極催化劑層內的甲醇氧化反應動力學；以及陰極催化劑層內的氧還原和甲醇氧化反應動力學。 -
Four arrays of apparent resistivity are arranged at this measuring surface of granite sample symmetrically with symmetrical four - electrode method, and at an angle of 45 between any two adjacent arrays. the elastic constraint is exerted on 4 surfaces for parallel to the longest dimension of the sample. the samples are compressed along the direction parallel to the longest dimension of the cubic, and the variation of apparent resistivity during the whole loading process is observed
在花崗巖標本測量面上，布設4條夾角互為45的視電阻率測線，將標本平行長軸方向的4個面加上彈性約束，沿標本長軸方向加壓，測量標本視電阻率隨軸向應力的變化，實驗結果為： 1巖石視電阻率變化形態顯上升-平穩-下降形態，但平穩段不明顯，時間很短2視電阻率開始下降時間，比其他受力方式實驗結果都早，約提前10 %破裂應力。
分享友人