Bookcover of KNN Powders and Thick Films for MEMS Devices
Booktitle:

KNN Powders and Thick Films for MEMS Devices

A Literature Review

LAP LAMBERT Academic Publishing (2015-08-13 )

Books loader

Omni badge eligible for voucher
ISBN-13:

978-3-659-76832-3

ISBN-10:
3659768324
EAN:
9783659768323
Book language:
English
Blurb/Shorttext:
Pb-free piezoelectric materials have grown in importance through increased environmental concern related to the presence of Pb and the subsequent legislation that has arisen including directives such as Waste Electrical and Electronic Equipment (WEEE) and the Restriction of Hazardous Substances Directive (RoHS). While much progress has been made on producing Pb-free bulk materials, the need to integrate these next generation Pb-free piezoelectric materials with substrates to form functional micro devices has received less attention and raises a number of challenges. With respect to the high temperature mixed oxide synthesis method, a simple, cost effective and robust low temperature molten hydroxide synthesis (MHS) method derived from the molten salt synthesis (MSS) method, was developed to produce K0.5Na0.5NbO3 (KNN) small grain powders and is a method that lends itself easily to industrial scale up. A powder/sol gel composite ink film forming technique was used to produce KNN thick films on silicon substrates. Characterisation of the produced films showed the films to exhibit piezoelectric coefficients for un-doped material in the region of 30pC/N.
Publishing house:
LAP LAMBERT Academic Publishing
Website:
https://www.lap-publishing.com/
By (author) :
Tony Lusiola, Robert Dorey
Number of pages:
68
Published at:
2015-08-13
Stock:
Available
Category:
Other
Price:
39.90 €
Keywords:
Potassium sodium niobate, Pb-free, Si wafers, Piezoelectric coefficient, dielectric loss

Books loader

Adyen::diners Adyen::jcb Adyen::discover Adyen::amex Adyen::mc Adyen::visa Adyen::cup Adyen::ach Adyen::unionpay Adyen::paypal Paypal Wire Transfer

  0 products in the shopping cart
Edit cart
Loading frontend
LOADING