A. Tahir, D., M. Jamal, G., Gh. Abdullah, O., T. Abdullah, E., Ali Abd Ali, M., Abdulatteef Mohammed, M., Z. Majeed, F., M. Hameed, A., H. Helal, R., H. Khalaf, T., K. Hamad, T., S. Al-Khafaji, R., Mohammedhasan Yaseen, N., S. Ameen, R., I. Al-Shakarchi, F., B. A. Al-Shaibani, A., CH. Ismail, M., Waleed, S., Ibrahim, K., Ulhuda Fakhri, N., Ridha Abdulrasool, M., M. Salih, S., B. Al-Shaibani, A., Hussain Naser, H., M. Salih, S., B. Al-Shaibani, A., M. Hadi, A., J. Mohammed, M., D. Selman, E., Al Kadhem, N., K. Al Ani, N., Pasini, M., H. Omran, H., Mohsin Salman, S., H. Mohammed, O., I. Khaleel, O., N. Dhanoon, B., H. Ali, H. (2013). Influence of Woven Roving Fiber E-Glass on Electrical Properties of Polyester Composite. Alustath, 16(3), 124-128.
Dana A. Tahir; Gelas M. Jamal; Omed Gh. Abdullah; Estabraq T. Abdullah; Mazin Ali Abd Ali; Miami Abdulatteef Mohammed; Firas Z. Majeed; Awham M. Hameed; Raghad H. Helal; Thamir H. Khalaf; Tagreed K. Hamad; R. S. Al-Khafaji; Nour Mohammedhasan Yaseen; Rasha S. Ameen; Faiz I. Al-Shakarchi; Abdulwahid B. A. Al-Shaibani; Munira CH. Ismail; Sinai Waleed; Khawla Ibrahim; Noor Ulhuda Fakhri; Mohammed Ridha Abdulrasool; Shahlaa M. Salih; Abdulwahid B. Al-Shaibani; Haider Hussain Naser; Shahlaa M. Salih; Abdulwahid B. Al-Shaibani; Afkar M. Hadi; Maitham J. Mohammed; Ehab D. Selman; NiyafNidhal Al Kadhem; Nabeel K. Al Ani; Maria Pasini; Huda H. Omran; Saad Mohsin Salman; Osama H. Mohammed; Omar I. Khaleel; Ban N. Dhanoon; Huda H. Ali. "Influence of Woven Roving Fiber E-Glass on Electrical Properties of Polyester Composite". Alustath, 16, 3, 2013, 124-128.
A. Tahir, D., M. Jamal, G., Gh. Abdullah, O., T. Abdullah, E., Ali Abd Ali, M., Abdulatteef Mohammed, M., Z. Majeed, F., M. Hameed, A., H. Helal, R., H. Khalaf, T., K. Hamad, T., S. Al-Khafaji, R., Mohammedhasan Yaseen, N., S. Ameen, R., I. Al-Shakarchi, F., B. A. Al-Shaibani, A., CH. Ismail, M., Waleed, S., Ibrahim, K., Ulhuda Fakhri, N., Ridha Abdulrasool, M., M. Salih, S., B. Al-Shaibani, A., Hussain Naser, H., M. Salih, S., B. Al-Shaibani, A., M. Hadi, A., J. Mohammed, M., D. Selman, E., Al Kadhem, N., K. Al Ani, N., Pasini, M., H. Omran, H., Mohsin Salman, S., H. Mohammed, O., I. Khaleel, O., N. Dhanoon, B., H. Ali, H. (2013). 'Influence of Woven Roving Fiber E-Glass on Electrical Properties of Polyester Composite', Alustath, 16(3), pp. 124-128.
A. Tahir, D., M. Jamal, G., Gh. Abdullah, O., T. Abdullah, E., Ali Abd Ali, M., Abdulatteef Mohammed, M., Z. Majeed, F., M. Hameed, A., H. Helal, R., H. Khalaf, T., K. Hamad, T., S. Al-Khafaji, R., Mohammedhasan Yaseen, N., S. Ameen, R., I. Al-Shakarchi, F., B. A. Al-Shaibani, A., CH. Ismail, M., Waleed, S., Ibrahim, K., Ulhuda Fakhri, N., Ridha Abdulrasool, M., M. Salih, S., B. Al-Shaibani, A., Hussain Naser, H., M. Salih, S., B. Al-Shaibani, A., M. Hadi, A., J. Mohammed, M., D. Selman, E., Al Kadhem, N., K. Al Ani, N., Pasini, M., H. Omran, H., Mohsin Salman, S., H. Mohammed, O., I. Khaleel, O., N. Dhanoon, B., H. Ali, H. Influence of Woven Roving Fiber E-Glass on Electrical Properties of Polyester Composite. Alustath, 2013; 16(3): 124-128.

Influence of Woven Roving Fiber E-Glass on Electrical Properties of Polyester Composite

Journal of Al-Nahrain University - Science
Article 1, Volume 16, Issue 3, September 2013, Pages 124-128
Authors
Dana A. Tahir; Gelas M. Jamal; Omed Gh. Abdullah; Estabraq T. Abdullah; Mazin Ali Abd Ali; Miami Abdulatteef Mohammed; Firas Z. Majeed; Awham M. Hameed; Raghad H. Helal; Thamir H. Khalaf; Tagreed K. Hamad; R. S. Al-Khafaji; Nour Mohammedhasan Yaseen; Rasha S. Ameen; Faiz I. Al-Shakarchi; Abdulwahid B. A. Al-Shaibani; Munira CH. Ismail; Sinai Waleed; Khawla Ibrahim; Noor Ulhuda Fakhri; Mohammed Ridha Abdulrasool; Shahlaa M. Salih; Abdulwahid B. Al-Shaibani; Haider Hussain Naser; Shahlaa M. Salih; Abdulwahid B. Al-Shaibani; Afkar M. Hadi; Maitham J. Mohammed; Ehab D. Selman; NiyafNidhal Al Kadhem; Nabeel K. Al Ani; Maria Pasini; Huda H. Omran; Saad Mohsin Salman; Osama H. Mohammed; Omar I. Khaleel; Ban N. Dhanoon; Huda H. Ali
Abstract
The ac conductivity and dielectric permittivity of Polyester filled with different volume fraction of woven roving fiber E-glass prepared by a casting method has been measured, over temperature (23–100)(_^o)C and frequency (40 kHz-1 MHz). It was observed that the ac conductivity increases with increasing frequency and temperature, whereas the dielectric permittivity for all samples shows almost independent on frequency, it was increases with increasing temperature and fiberglass volume fraction. The calculated values of the electrical conductivity shows it was obeys power law Aω^s in which the frequency exponent s is in the range of 0.84

Keywords
Keywords
Unsaturated polyester; Glass fiber; flexure testing; Laser Communications; Visible wavelength; Infrared wavelength; Free Space; Elastic scattering; Core polarization; Polymer blends; Unsaturated polyester resin; natural rubber; Diffusion coefficient; Streamer velocity; streamer simulation; streamer discharge; dielectric liquids; PMMA; spectroscopic measurements; dispersion parameters; dielectric constant; Hybrid composite; Polyester; boron; Black carbon; Hardness; Modulus; Dielectric constant; Ac conductivity; Asphericity factor; Cartesian surfaces; ray tracing; Bacterial keratitis; Polymerase Chain Reaction; fungal keratitis; corneal ulcer; Salmonellosis; non; Porin; Outer Membrane Proteins; Sarcophaga Africa; intestinal parasites; protozoa; mechanical transmission; Flesh fly; Erwinia carotovora subsp; carotovora; Biochemical test; primer Ec; PCR; Glutathione; Diabetic mice; blood glucose level; Newton; nonlinear equations; Order of convergence; Modified Trapezoidal methods; Operations Researchs; project network; multi; objectives problems; Project scheduling; Stochastic activity duration; Mathematical programming; Hindi numerals; Terminal points; feature extraction; Recognition
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