SIEMENS西門(mén)子流量計(jì)7ML5034-2AA01

德國(guó)西門(mén)子SIEMENS超聲波流量計(jì)常用壓電換能器完成的事情。它利用壓電材料的壓電效應(yīng)，采用適出的發(fā)射電路把電能加到發(fā)射換能器的壓電元件上為產業發展，使其產(chǎn)生超聲波振勸研究成果。超聲波以某角度射入流體中傳播，然后由接收換能器接收穩定，并經(jīng)壓電元件變?yōu)殡娔軝C製性梗阻，以便檢測(cè)。發(fā)射換能器利用壓電元件的逆壓電效應(yīng)廣泛認同，而接收換能器則是利用壓電效應(yīng)進入當下。
    西門(mén)子超聲波流量計(jì)換能器的壓電元件常做成圓形薄片，沿厚度振動(dòng)的方法。薄片直徑超過(guò)厚度的10倍積極影響，以保證振動(dòng)的方向性。壓電元件材料多采用鋯鈦酸鉛生產創效。為固定壓電元件進一步提升，使超聲波以合適的角度射入到流體中，需把元件故人聲楔中緊密協作，構(gòu)成換能器整體(又稱探頭)提供有力支撐。聲楔的材料不僅要求強(qiáng)度高、耐老化，而且要求超聲波經(jīng)聲楔后能量損失小即透射系數(shù)接近1越來越重要。常用的聲楔材料是有機(jī)玻璃，因?yàn)樗该鲀灮舷?，可以觀察到聲楔中壓電元件的組裝情況改革創新。另外，某些橡膠發揮重要作用、塑料及膠木也可作聲楔材料自行開發。

SIEMENS西門(mén)子流量計(jì)7ML5034-2AA01

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    西門(mén)子流量計(jì)7ML1001-2BA01-0AB27ML1001-2AB01-0AB27ML1001-5AA01-0AA37ML1001-5BA01-0AA37ML1001-5AB01-0AA37ML1001-5AA01-0AB27ML1001-5BA01-0AB27ML1001-5AB01-0AB27ML1001-3AA01-0AA27ML1001-3AA01-0AB27ML5001-3AA01-0AA27ML5001-5AA01-0AA37ML1004-1AA10-1AB07ML1004-1AA10-1BB07ML1004-1AA10-2AB07ML1004-1AA10-2BB07ML1004-2AA10-1AB07ML1004-2AA10-1BB07ML12012EE00 7ML1201-2EE007ML12012AE007ML1201-2AE007ML12011EC107ML1201-1EC107ML12011ED107ML1201-1ED107ML12012EA107ML1201-2EA107ML12012AA107ML1201-2AA107ML12011EA107ML1201-1EA107ML5221-1BA117ML5221-1BA127ML5221-1BA217ML5221-1BA257ML5221-1DA117ML5221-1DA127ML5221-1DA217ML5221-1DA257ML5221-2DA117ML5221-2BA117ML5221-1AA117ML5221-1CA117ML5221-1AA127ML5221-1CA127ML5033-1BA00-1A7ML5033-1AA00-1A7ML5033-1BB00-1A7ML5033-1BA10-1A7ML5033-1BA00-1B7ML5033-1CA00-1A7ML5033-2BA10-1A7ML5033-2BA10-2A7ML1025-1BD017ML1025-1BD11