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Given-Name Surname*1, Prabhakaran.G. 2, Kannan. V(font  size 12)

1 author’s Position, Include Department, Institutional address, Pin code/ zip number, Country  (font size 10)

2Co-author’s affiliation, Include Department, Institutional address, Pin code/ zip number, Country

3Co-author’s affiliation, Include Department, Institutional address, Pin code/ zip number, Country

emailaddress@gmail.com1, emailaddress@yahoo.com2, emailaddress@refiffmail.com3,

Corresponding author*: Phone: +0-000-000-0000

Abstract (font size 14; font for all headings)

Background/Objectives:

In <30 words. Please use a 12-point Times New Roman (Body) font or its closely related font family throughout the article unless otherwise mentioned; the right margins should be justified wherever possible.

Methods/Statistical analysis:

It should be <70 words. Include the method adapted to study the objectives/sampling details or simulation or statistical analysis of data; technique employed; mention unique/ important points of modification of methodology in the current study. Mention about test samples the control employed or approach used for comparing the test sample.

Findings:

It should be <170 words. Mention your findings in the form of statements along with the conclusive data of statistical importance; Mention how your findings are unique and novel; how your findings are in consensus with the existing values/ reports or how different are they from the already reported findings. Highlight how your results are helpful in adding more value to the existing reports.

Novelty/Applications:

In <30 words.

Keywords:

5-6 words, 12-point Times New Roman font, Normal, Drawn from title, Word representing the work.

1. Introduction (font size 14; font for all headings)

Please use a 12-point Times New Roman font,   or its closely related font family throughout the article unless otherwise mentioned; the right margins should be justified wherever possible. You may also download the ‘Indian Journals-article submission-model’ for your convenience investigated by Tarn, Y.C., et al, (2010). Abbreviations should be expanded at least one time (initially) in the article.

No need to include literature survey as separate title. Introduction should represent the background of the recent advancements on the problem of your study and should convey how your study is warranted in the existing context.  In other words, what is the need for your study and relevance of it, explained by A.T.Voutsas, (2003). You may also state whether your study is first of its kind or to verify the existing claim or hypothesis. Also highlight how your study is going to link the existing gaps on  such problem. You may also clearly mention the objectives of your study [S.Brotherton, et al, (1993)].

The page setup should be 8.5″ (21.59cm) x 11″ (27.94cm), Top: 0.5” (1.27cm), Bottom: 0.3” (0.762cm), Left: 0.7” (1.778cm), Right: 0.5” (1.27cm), Gutter: 0, Gutter position: Left T.Matsuo, et al, (2004).

2. Devices and Proposed Model

It includes sampling, sample preparation, preparation of control sample, measurement detail including Instrument and suppliers/ chemicals and suppliers, experimental set up, map/details of sampling site or study area, source of sample, wherever necessary ethical clearance obtained must be stated (A.T.Voutsas, (2003), T.Matsuo, et al, (2004), S.Brotherton, et al, (1993))

2.1. Calculation of Device Parameter (12-point Times New Roman; bold; black for all subheadings)

Methods adapted (pl include reference), any modification of regular methods, the extraction methodology/ simulation models, the growth conditions and measurement of plants/ animals should be stated. Wherever necessary provide (citation) references S.Brotherton, et al, (1993).

2.1.1. Comparison of Different Models and Performance (12-point Times new Roman font; bold; black italics for all subheadings)

Standard methods and techniques need not be written fully rather it can be cited [2]. Mention only required modifications, if made.

2.1.2. Proposed Model Design

Mention the statistical details, the number of samples used, statistical tools/ software used/ SD/level of significance, repeatability etc.

3. Results and Discussion

3.1. Devices Output and Input

12-point Times New Roman font; Put all your Tables and figures at the end of the article in separate pages.  Mark their positions [Table 1], [Figure 1]. 

3.2. Performance of Different Model and their Results

Table must be in Table format; use 12-point Times New Roman font; enter the data in the Table and present it as such and do not convert it as picture type; always use page set up in portrait and not the Landscape. Where the breadth of the Table exceeds the page width, use Arial Narrow 9 point font. All the Tables must be numbered [Table, Table 2….]. All Table must bear Title and be placed above the Table.

Figure must be of high resolution with printable quality. Usually placed as jpeg or gif type or directly drawn and placed in text box. All figures must bear title and numbered [Figure 1, Figure 2….]

4. Conclusion

The conclusion must be drawn on the basis of your findings along with the existing fact. 

5. Acknowledgement

Must be in few lines. Research work funded by National or International bodies or technical supports obtained for the project work may be acknowledged.

6. References

(Journal name is fully expanded and not abbreviated; provide names of all coauthors; do not use et al.; provide beginning page and ending page while referring a research article; provide DOI number/ hyperlink to the article)

To refer a research article:

   R.S.Sposili and J.S.Im, (1996). Sequential Lateral Solidification of Thin Silicon Films on SiO2. Published in Applied Physics Letters, Vol.6, Issue.9, pp-2864-2866, 1996. URL:http://dx.doi.org/ 10.1063/1.117344

   A.T.Voutsas, (2003). Assessment of the Performance of Laser-Based Lateral-Crystallization Technology via Analysis and Modeling of Poly-Silicon Thin-Film-Transistor Mobility. Published in Electron Devices, IEEE Transactions on, Vol.50, Issue.2, pp-1494-1500, 2003. DOI:10.1109/TED.2003.813347

   Tarn, Y.C., Ku, P.C., Hsieh, H.H. and Lu, L.H, (2010). An Amorphous Silicon Operational Amplifier and its Application to 4 Bit Digital to Analog Converter. Published in IEEE J. Solid State Circuits, May 2010, Vol.4, Issue.5, pp-1028-1035. DOI: 10.1109/JSSC.2010.2043886

   Amana,Y, (2012). A Review Paper on Design and Synthesis of Two-Stage CMOS Op-Amp. Published in International Journal of Advances in Engineering and Technology, Vol.2, Issue.1, pp-677–688, 2012, ISSN: 2231-1963.

To refer a Book/ Report:

    D.A Johns and K. Martin, (1997). Analog Integrated Circuit Design. Published 2nd edition, Tata McGraw Hills, New York Willey, 1997.

To refer a Chapter in a Book:

G.Palmisano, G.Palumbo and S.Pennisi, (2001). Design Procedure for Two-Stage CMOS Transconductance Operational Amplifiers: A Tutorial. Published in Analog Integrated Circuits and Signal Processing, Vol.2, Issue.7, pp-179–189, 2001. DOI:10.1023/A:1011229119071.

To refer a publication of proceedings:

Allee, D.R., Venugopal, S.M., Krishna, R., Kafthanoglu, K., Quevedo, M., Gowrishankar, S., Avendano-Bolivar, A.E., Alshareef, H.N., and Gnade, B, (2009). Flexible CMOS and Electrophoretic Display. Proceedings of Society for Information Displays, International Symposium Digest of Technical papers, June 2009, San Antonio, Texas, pp-45-54. DOI: 10.1889/1.3256899.
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