Do you know how many people read your article in a journal ? Even if it was published in a high-cited journal there is no any guarantee that it was read. But in case of publication in a popular online journal with appropriate service for authors and readers you can know precisely how many people read your article per month, per year or since its date of publication in the journal.

Since May 2006 Sensors & Transducers Journal has started to supply such kind of statistics. Now you are able to see most downloaded articles per month. I hope this services will be very useful for our present authors, our promising authors, and, of course, for our readers.

25 Top List of Most Downloaded Articles in May 2008

(click a yellow folder to download article)

No.	Title	Author(s)	Vol./ Issue	Month  and Year	Pages	Number of Downloads	Trend
1.	Impact Factor of Sensors Journals: What Does it Really Mean ?	Yurish S. Y.	87/1	January 2008	I-III	571
2.	Pulse Oximeter Fully Powered by Human Body Heat	Tom Torfs, Vladimir Leonov, Ruud J. M. Vullers	80/6	June 2007	1230-1238	188
3.	SENSOR+TEST 2007: Exhibition and Conference Report	Yurish S. Y.	81/7	July 2007	I-VII	176
4.	Microcontroller Based Dielectric Constant Measurement	A. Rajendran, P. Neelamegam	41/3	March 2004	181-190	171
5.	Design of MEMS Cantilever - Hand Calculation	Abhijeet V. Kshirsagar, S. P. Duttagupta, S. A. Gangal	91/4	April 2008	55-69	165	-
6.	OGC® Sensor Web Enablement Standards	George Percivall	71/9	September 2006	698-706	150
7.	Active Sensing in Ambient Conditions Using an Electrostatically Driven Silicon Microcantilever	G. Keskar, B. Elliott, M. J. Skove, J. Gaillard, S. M. Serkiz, and A. M. Rao	91/4	April 2008	1-13	147	-
8.	Modern Sensing Technologies	Subhas Chandra Mukhopadhyay and Gourab Sen Gupta	90/4 Special	April 2008	I-IV	138
9.	Recent Advances in DNA Biosensor	Suman and Ashok Kumar	92/5	May 2008	122-133	136	-
10.	Practical Circuits and Interface Techniques for MEMS Accelerometers with Quasi-Digital Output	Yurish S. Y.	58/8	August 2005	352-359	118
11.	Piezoelectric Zinc Oxide Based MEMS Acoustic Sensor	Aarti Arora, P. J. George, Anil Arora, V. K. Dwivedi, Vinay Gupta	91/4	April 2008	70-75	116	-
12.	Digital Humidity Sensors and Data Logger Design Based on Modern Frequency-to-Digital Converter	Yurish S. Y.	59/9	September 2005	419-425	116
13.	Odor Sensing with Indium Tin Oxide Thin Films on Quartz Crystal Microbalance	Nirmal Patel, Jay Huebner, Jason Saredy, Brian Stadelmaier	91/4	April 2008	116-126	114	-
14.	Design and Fabrication of High Sensitive Piezoresistive MEMS Accelerometer	Joshi A. B, Joshi B.P. Sam Baskar S., K. Natarajan, S.A.Gangal	91/4	April 2008	76-83	110	-
15.	World Sensors and MEMS Markets: Analysis and Trends	Yurish S. Y., Kirianaki N. V., Myshkin I. L	62/12	December 2005	456-461	108
16.	Data Acquisition Systems for Quasi-Digital Temperature Sensors Based on Universal Frequency-to-Digital Converter	Yurish S. Y.	57/7	July 2005	341-351	106
17.	The Wireless Notification System for the Hearing Impaired	Andrew Foo Thai Hin, Elmy Johana Mohamad	69/7	July 2006	606-614	104	-
18.	Resistive and Capacitive Based Sensing Technologies	Winncy Y. Du and Scott W. Yelich	90/4 Special	April 2008	100-116	102
19.	High Precision, Wide Speed Range Rotation Sensing with UFDC-1	Nikolay V. Kirianaki, Sergey Y. Yurish	59/9	September 2005	426-431	97	-
20.	Flexible Membrane LRC Strain Sensor Fabricated using MEMS Method	Hee C. Lim, James Zunino, John F. Federici	91/4	April 2008	39-46	93	-
21.	A Single Rod Multi-modality Multi-interface Level Sensor Using an AC Current Source	Abdulgader Hwili and Wuqiang Yang	92/5	May 2008	1-9	93	-
22.	Intelligent Opto Sensors’ Interfacing Based on Universal Frequency-to-Digital Converter	Yurish S. Y.	56/6	June 2006	326-334	93	-
23.	MEMS Tunneling Wide Range Micro Thermometer Based on Bimetallic Cantilever Beam	Samrand K. Nezhadian, Shahram Khalilariya, Ghader Rezazadeh	91/4	April 2008	14-23	86	-
24.	Design of a Opto-Isolator Circuit for Analogue DC Signal	S. C. Bera, B. Chakraborty	83/9	September 2007	1574-1579	86	-
25.	Digital Magnetic Sensors Based on Universal Frequency-to-Digital Converter (UFDC-1)	Yurish S. Y.	61/11	November 2005	446-450	85	-

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