piezocrystal n.【物理學】壓電晶體。n.-tallization 【...
n. 【物理學】壓電晶體。 n. -tallization 【物理學】加壓結晶。 “piezocrystalization“ 中文翻譯： 壓電結晶“piezocrvstal“ 中文翻譯： 壓電晶體“piezocrystallization“ 中文翻譯： 加壓結晶; 壓致結晶“piezocrescence“ 中文翻譯： 加壓生長“piezodialysis“ 中文翻譯： 加壓滲析; 壓滲“piezocouplet“ 中文翻譯： 壓電耦合器“piezodialysis membrane“ 中文翻譯： 加壓滲析膜“piezocoupler“ 中文翻譯： 壓電耦合器“piezodielectric“ 中文翻譯： 壓介質“piezocontrol“ 中文翻譯： 壓電整頻
Later it was taken that the optimized design for geometry parameters of longitudinal and transverse array ulpa wedges , and the principles for the optimized design of wedges “ angles and the distance from piezocrystal center along wedge surface to test surface were deduced 隨后進行了縱向和橫向兩種線陣楔塊的幾何優化設計，推導出楔塊角度以及晶片中心沿楔塊表而到探測而距離的優化設計原則。 |
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piezoelectric |
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First , it was taken that a discuss about the effects of geometry parameters of each piezocrystal on direction parameters ( main lobe width , side lobe amplitude , elimination of grating lobes ) , amplitude of ultrasonic pressure , element viberation pattern , mutual radiation among elements , efficient test regions , ability to keep accurate and near - field distance and so on . based on the direction of ultrasonic field in ulpa deduced by ourselves . in addition , on the base of integrating all kinds of factors , it was put forward that the principle and method for optimized design of geometry parameters of piezocrystals in ulpa transducer , and its design programme and interface were compiled 首先在推導超聲相控線陣換能器聲場的指向性的基礎上，就各個晶片幾何參數對指向性指標(主瓣寬度、旁瓣幅度、消除柵瓣) 、聲壓幅值、陣元振動模式、陣元間互輻射、有效檢測區域、精確控制能力、近場長度等方面的影響進行了論述，并在綜合各方面影響的基礎上，提出了晶片幾何參數優化設計的原則和方法，編寫了設計程序和界面。 |
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Later it was taken that the optimized design for geometry parameters of longitudinal and transverse array ulpa wedges , and the principles for the optimized design of wedges “ angles and the distance from piezocrystal center along wedge surface to test surface were deduced 隨后進行了縱向和橫向兩種線陣楔塊的幾何優化設計，推導出楔塊角度以及晶片中心沿楔塊表而到探測而距離的優化設計原則。 |
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Piezocrystal piezoelectric crystal 壓電晶體 |