Essay On Ferroelectrics

HTML and CSS are used in conjunction to create basic website functions and layouts through the use of tables, text, images and links. Every command within HTML is put within a tag. A tag is a pair of functions indicated by their shorthand names within <>. The closing tag will always have a ‘/’ between the function and the [insert paragraph here], anything replacing the ‘[insert paragraph here]’ will appear on screen as a paragraph.

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HTML is used to design the site pages in a structure way with an essential mark-up that depicts the structure of the site page, where HTML elements ae blocked with the tags, components are said to be the squares of a HTML page and they are spoken to by labels as in substance, for example, (-- removed HTML --) , list (-- removed HTML --) , headings (-- removed HTML --) , anchor (-- removed HTML --) , paragraph (-- removed HTML --) . Every component additionally has an end label which is shown by utilizing a forward slice (/) as in (-- removed HTML --) which demonstrated the end of a headings

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• Examples of semantic elements: (-- removed HTML --) , (-- removed HTML --) , and (-- removed HTML --) - Clearly defines its content.

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A Markup Language or “ML” can be defined as the programming language that is used during web design or development to create or build a website. (Kyrnin, J. 2 December 2011, What are Markup Languages?). In the INFO101 course here at Victoria University of Wellington we are required to familiarise ourselves with two specific markup languages: Hyper Text Markup Language (HTML) and Cascading Style Sheets (CSS). (School of Information Management, VUW, March 2014, Part One – Introduction to HTML and Basic Formatting). It is also important to note that there are many different variations of markup languages in operation. Additional ones worth mention include: Extensible Markup Language (XML), Standard Generalised Markup Language (SGML) and Extensible Hyper Text Markup Language (XHTML). (Kyrnin, J. 2 December 2011, What are Markup Languages?). I will focus primarily on HTML, as it is the central focus of our first workshop assignment.

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Increasing demands for high data storage and sensing applications led the interest in the area of single phase multifunctional materials so-called ‘multiferroics’. Material with coupled ferroic order parameters such as between ferroelectric and ferromagnetic in‘mutiferroics’ provides an additional degree of freedom with ability to write through ferroelectric polarization and read the data ferromagnetically in a single device. Layered aurivilius materials provide considerable interest due to its high thermal stability and the scope it provides to tune the structure intrinsically by accommodating wide varieties of magnetic cations in order to achieve desired multiferroicity. Here we report for the first time, the direct evidence of the in-plane magnetic field induced local magnetoelectrically coupled domain nucleation, growth and switchable dynamics in epitaxial LI-CVD grown Bi6Ti3Fe1.5Mn0.5O18 single phase thin films using piezo force microscopy (PFM). SQUID magnetic measurements reveal in-plane ferromagnetic signature (Ms=205 emu/cc, Hc=170 Oe). Thorough microstructural analysis in parallel with statistical analysis, allow us to conclude that the ferromagnetic signature does not originate from minor secondary phase, with confidence level of 99.97%.

ROANONFDI= α+ β1 Age + β2Size + β3CR + β4QR + β5DTER + β6GSales + β7GPAT + β8GAssets + e --------------------------------------------------------------------------------------------------------------------------------------------(3)

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