M. Krifa

发表

Morphology and pore size distribution of electrospun and centrifugal forcespun nylon 6 nanofiber membranes

Wei Yuan, Mourad Krifa, M. Krifa, 2016 .

Occurrence and morphology of bead-on-string structures in centrifugal forcespun PA6 fibers

M. Krifa, M. Hammami, Hao Wu, 2015 .

Cotton fiber length distribution modality alteration in ginning and mill processing

M. Krifa, 2013 .

Seed-coat fragments, a major source of cotton yarn imperfections

Jean-Yves Drean, Mourad Krifa, Jean-Paul Gourlot, 1995 .

Effect of seed coat fragments on cotton yarn structure: impact of fragment size, attached fibres and position within yarn core

J. Gourlot, M. Krifa, J. Dréan, 2008 .

2 MICRO-SPINNING FOR EARLY EVALUATION OF COTTON FIBERS : PRELIMINARY RESULTS

M. Krifa, D. Ethridge, 2003 .

Perspectives on textile cleanliness – detecting human sebum residues on worn clothing

W. Fahy, M. Krifa, Shamini Rajaganesh, 2019, Textile Research Journal.

Flame retardancy and mechanical properties of ferrum ammonium phosphate–halloysite/epoxy polymer nanocomposites

M. Krifa, Hao Wu, J. Koo, 2015 .

Compact Spinning Effect on Cotton Yarn Quality: Interactions with Fiber Characteristics

M. Krifa, M. Ethridge, 2006 .

Nanotechnology in textile and apparel research – an overview of technologies and processes

Mourad Krifa, Cambry Prichard, M. Krifa, 2020 .

Rubber (SEBS-g-MA) Toughened Flame-Retardant Polyamide 6: Microstructure, Combustion, Extension, and Izod Impact Behavior

M. Krifa, Hao Wu, J. Koo, 2018 .

Fiber Length Distribution in Cotton Processing: A Finite Mixture Distribution Model

Mourad Krifa, M. Krifa, 2008 .

Centrifugal force spinning of PA6 nanofibers – processability and morphology of solution-spun fibers

M. Krifa, M. Hammami, O. Harzallah, 2014 .

Inherently Flame Retardant Nylon 6 Nanocomposite Fibers

M. Krifa, Hao Wu, J. Koo, 2018, Fibers and Polymers.

Flame retardant polyamide 6/nanoclay/intumescent nanocomposite fibers through electrospinning

M. Krifa, Hao Wu, J. Koo, 2014 .

Design and characterization of flame resistant blended nondrip PA6/Lenzing FR®/PBI fiber nonwoven fabrics

Lan Yao, M. Krifa, Hao Wu, 2019, Flame Retardancy and Thermal Stability of Materials.

Registration of TTU 0782, an Upland Cotton Germplasm Line with Superior Fiber Quality

C. W. Smith, M. Krifa, D. Auld, 2011 .

RENEWED FOCUS ON SHORT FIBERS

M. Krifa, M. Ethridge, 2004 .

Liquid Crystal Coated Yarns for Thermo-Responsive Textile Structures

J. West, M. Krifa, D. M. Agra-Kooijman, 2022, Fibers.

Electrically Conductive Textile Materials—Application in Flexible Sensors and Antennas

M. Krifa, 2021, Textiles.

Cotton Utilization in Conventional and Non-Conventional Textiles—A Statistical Review

M. Krifa, S. Stevens, 2016 .

Self-Extinguishing and Non-Drip Flame Retardant Polyamide 6 Nanocomposite: Mechanical, Thermal, and Combustion Behavior

M. Krifa, Hao Wu, J. Koo, 2018 .

Fiber Length Distribution in Cotton Processing: Dominant Features and Interaction Effects

Mourad Krifa, M. Krifa, 2006 .

A Qualitative Approach to Estimating Cotton Spinnability Limits

Mourad Krifa, M. Dean Ethridge, M. Krifa, 2004 .

Compact ring spun yarns: An examination of some productivity issues

M. Krifa, D. Ethridge, 2003 .

Fiber length distribution variability in cotton bale classification: Interactions among length, maturity and fineness

M. Krifa, 2012 .

Seed Coat Fragments: The Consequences of Carding and the Impact of Attached Fibers

Richard Frydrych, Eric Gozé, Mourad Krifa, 2002 .

Multiparameter comparison of cotton fiber length distribution.

M. Krifa, 2007 .

Texas International Cotton School Announces Dates of Next Session New ITC Laboratory Goes Online

M. Krifa, 2022 .

Registration of TTU 0774-3-3 and TTU 0808-1-6-1 upland cotton germplasm lines with improved fiber length and strength

E. Hequet, M. Krifa, D. Auld, 2007 .