Ibraheem Haneef
Ibraheem Haneef
Professor, Air University, Pakistan; Visiting Research Fellow, University of Cambridge, UK
Verified email at mail.au.edu.pk - Homepage
Title
Cited by
Cited by
Year
On-chip Deposition of Carbon Nanotubes using CMOS Microhotplates
MS Haque, KBK Teo, NL Rupensinghe, SZ Ali, I Haneef, S Maeng, J Park, ...
Nanotechnology 19 (2), 025607 (5pp), 2008
652008
Silicon Diode Temperature Sensors – A Review of Applications
M Mansoor, I Haneef, S Akhtar, A De Luca, F Udrea
Sensors and Actuators A: Physical 232, 63–74, 2015
592015
Arrays of Parallel Connected Coaxial Multiwall Carbon Nanotube Amorphous Silicon Solar Cells
H Zhou, A Colli, A Ahnood, Y Yang, N Rupesinghe, T Butler, I Haneef, ...
Advanced Materials 21 (38-39), 3919-3923, 2009
512009
Silicon on Insulator Diode Temperature Sensor – A Detailed Analysis for Ultra-high Temperature Operation
S Santra, PK Guha, SZ Ali, I Haneef, F Udrea
IEEE Sensors Journal 10 (5), 997-1003, 2010
372010
Minimizing the Loss Produced by a Turbulent Separation Using Vortex Generator Jets
S Evans, J Coull, I Haneef, H Hodson
AIAA Journal 50 (4), 778-787, 2012
202012
Ultra-high Temperature (> 300° C) Suspended Thermodiode in SOI CMOS Technology
S Santra, F Udrea, PK Guha, SZ Ali, I Haneef
Microelectronics Journal 41 (9), 540-546, 2010
192010
SOI Diode Temperature Sensor Operated at Ultra high Temperatures – A Critical Analysis
S Santra, PK Guha, SZ Ali, I Haneef, F Udrea, JW Gardner
Proc IEEE Sensors 2008, The 7th IEEE Conference on Sensors, 26-29 Oct, 2008 …, 2008
182008
Use of Nanocomposites to Increase Electrical “gain” in Chemical Sensors
S Vieira, P Beecher, I Haneef, F Udrea, WI Milne, MAG Namboothiry, ...
Applied Physics Letters 91 (20), 203111-1 to 203111-3, 2007
182007
High Sensitivity Single Thermopile SOI CMOS MEMS Thermal Wall Shear Stress Sensor
A De Luca, I Haneef, J Coull, S Ali, C Falco, F Udrea
IEEE Sensors Journal 15 (10), 5561-5568, 2015
172015
High Performance SOI-CMOS Wall Shear Stress Sensors
I Haneef, SZ Ali, F Udrea, JD Coull, HP Hodson
Proc IEEE Sensors 2007, The 6th IEEE Conference on Sensors, 28-31 Oct 2007 …, 2007
172007
Use of Carbon Micro-particles for Improved Infrared Temperature Measurement of CMOS MEMS Devices
RH Hopper, I Haneef, SZ Ali, F Udrea, CH Oxley
Measurement Science and Technology 21 (4), 045107 (6pp), 2010
162010
An SOI CMOS-based multi-sensor MEMS chip for fluidic applications
M Mansoor, I Haneef, S Akhtar, MA Rafiq, A De Luca, SZ Ali, F Udrea
Sensors 16 (11), 1608, 2016
142016
Shear Stress Sensors
I Haneef, HP Hodson, R Miller, F Udrea, CE Limited
US Patent US 9080907 B2, 2015
142015
Material selection for Micro-Electro-Mechanical-Systems (MEMS) using Ashby's approach
Z Mehmood, I Haneef, F Udrea
Materials & Design 157, 412-430, 2018
102018
SOI CMOS Multi-sensors MEMS Chip for Aerospace Applications
M Mansoor, I Haneef, S Akhtar, MA Rafiq, SZ Ali, F Udrea
Proc IEEE Sensors 2014, The 13th IEEE Conference on Sensors, 2-5 Nov 2014 …, 2014
102014
Nanowire Hydrogen Gas Sensor Employing CMOS Micro-hotplate
SZ Ali, S Santra, I Haneef, C Schwandt, RV Kumar, WI Milne, F Udrea, ...
Proc IEEE Sensors 2009, The 8th IEEE Conference on Sensors, 25-28 Oct 2009 …, 2009
102009
A Thermopile Based SOI CMOS MEMS Wall Shear Stress Sensor
A De Luca, I Haneef, J Coull, SZ Ali, C Falco, F Udrea
Proc CAS 2013, The 36th International Semiconductor Conference, 14-16 Oct …, 2013
92013
Laminar to Turbulent Flow Transition Measurements Using an Array of SOI-CMOS MEMS Wall Shear Stress Sensors
I Haneef, JD Coull, SZ Ali, F Udrea, HP Hodson
Proc IEEE Sensors 2008, The 7th IEEE Conference on Sensors, 26-29 Oct, 2008 …, 2008
92008
A Tungsten Based SOI CMOS MEMS Wall Shear Stress Sensor
I Haneef, M Umer, M Mansoor, S Akhtar, MA Rafiq, SZ Ali, F Udrea
Proc IEEE Sensors 2014, The 13th IEEE Conference on Sensors, 2-5 Nov 2014 …, 2014
82014
Heritage Preservation using Aerial Imagery from Light Weight Low Cost Unmanned Aerial Vehicle (UAV)
A Tariq, SMOA Gillani, HK Qureshi, I Haneef
2017 International Conference on Communication Technologies (ComTech), 201-205, 2017
72017
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