D. Whitelock

发表

ENGINEERING AND GINNING Predicting Fiber Quality After Commercial Ginning Based on Fiber Obtained With Laboratory-Scale Gin Stands

Michael D. Watson, Gregory A. Holt, Michael D. Buser, 2010 .

THIN-LAYER DRYING OF MARIGOLD FLOWERS AND FLOWER COMPONENTS FOR PETAL REMOVAL

D. Whitelock, M. Buser, M. Stone, 1999 .

ENGINEERING AND GINNING Unloading System PM2.5 Emission Factors and Rates for Cotton Gins: Method 201A Combination PM10 and PM2.5 Sizing Cyclones

Gregory A. Holt, Michael D. Buser, Derek P. Whitelock, 2013 .

Effects of Cyclone Diameter on Performance of 1D3D Cyclones: Collection Efficiency

B. W. Shaw, W. B. Faulkner, D. Whitelock, 2006 .

Fiber and Yarn Properties from High-Speed Roller Ginning of Upland Cotton

M. N. Gillum, S. E. Hughs, Marvis N. Gillum, 2013 .

EVALUATING ALTERNATIVE SEED-COTTON RECLAIMERS

P. Funk, D. Whitelock, J. W. Thomas, 2020 .

How Current Cotton Ginning Practices Affect Fiber Length Uniformity Index

C. B. Armijo, P. Funk, D. Whitelock, 2019, Journal of Cotton Science.

Engineering and ginning: Roller Ginning

M. N. Gillum, C. B. Armijo, D. Whitelock, 2017 .

Could cyclone performance improve with reduced inlet velocity

P. Funk, K. Elsayed, D. Whitelock, 2015 .

Novel cyclone empirical pressure drop and emissions with heterogeneous particulate

P. Funk, D. Whitelock, G. Holt, 2014 .

Studies of Evaluation Methods for Resistance to Fusarium Wilt Race 4 (Fusarium oxysporum f. sp. vasinfectum) in Cotton: Effects of Cultivar, Planting Date, and Inoculum Density on Disease Progression

Jinfa F. Zhang, D. Whitelock, T. Wheeler, 2022, Frontiers in Plant Science.

Combined Mote System Particulate Emission Factors for Cotton Gins: Particle Size Distribution Characteristics

D. Whitelock, M. Buser, G. Holt, 2015 .

Combined Lint Cleaning System Particulate Emission Factors for Cotton Gins: Particle Size Distribution Characteristics

D. Whitelock, M. Buser, G. Holt, 2015 .

Second stage seed-cotton cleaning system particulate emission factors for cotton gins: Particle size distribution characteristics

D. Whitelock, M. Buser, G. Holt, 2015 .

Unloading system particulate emission factors for cotton gins: Particle size distribution characteristics

D. Whitelock, G. Holt, Buser, 2015 .

Mote trash system particulate emission factors for cotton gins: Particle size distribution characteristics

D. Whitelock, M. Buser, G. Holt, 2015 .

Second stage mote system particulate emission factors for cotton gins: Particle size distribution characteristics

D. Whitelock, M. Buser, G. Holt, 2015 .

First Stage Lint Cleaning System Particulate Emission Factors for Cotton Gins: Particle Size Distribution Characteristics

D. Whitelock, M. Buser, G. Holt, 2015 .

Battery condenser system particulate emission factors for cotton gins: Particle size distribution characteristics

D. Whitelock, M. Buser, G. Holt, 2015 .

Mote cyclone robber system particulate emission factors for cotton gins: Particle size distribution characteristics

D. Whitelock, M. Buser, G. Holt, 2015 .

ENGINEERING AND GINNING First Stage Seed-Cotton Cleaning System Particulate Emission Factors for Cotton Gins: Particle Size Distribution Characteristics

D. Whitelock, M. Buser, G. Holt, 2015 .

ENGINEERING AND GINNING Overflow System Particulate Emission Factors for Cotton Gins: Particle Size Distribution Characteristics

D. Whitelock, M. Buser, G. Holt, 2015 .

Techniques for measuring particle size distribution of particulate matter emitted from animal feeding operations

D. Whitelock, M. Buser, C. Parnell, 2013 .

Efficiency of selection for resistance to Fusarium wilt race 4 in cotton when conducted in the field versus greenhouse

Jinfa F. Zhang, D. Whitelock, T. Wedegaertner, 2022, Euphytica.

Humidity and Airflow during Storage Affect Peach Quality

Michael W. Smith, D. Whitelock, G. Brusewitz, 1994 .

ENGINEERING AND GINNING

Gregory A. Holt, Michael D. Buser, Derek P. Whitelock, 2013 .

Advances in Dust Cyclone Research

D. P. Whitelock, P. A. Funk, P. Funk, 2012 .

Multiple Series Cyclones for High Particulate Matter Concentrations

D. P. Whitelock, M. D. Buser, D. Whitelock, 2007 .

ENGINEERING AND GINNING Charting the Collision Between a Seed Coat Fragment and Newly Designed Lint Cleaner Grid Bars

M. N. Gillum, S. E. Hughs, Marvis N. Gillum, 2011 .

ENGINEERING AND GINNING Beltwide Cotton Quality Before and After Lint Cleaning

Michael D. Watson, Gregory A. Holt, Michael D. Buser, 2011 .

Evaluating Newly Designed Lint Cleaner Grid Bars to Remove Seed Coat Fragments

M. N. Gillum, C. B. Armijo, D. Whitelock, 2016, Journal of Cotton Science.

First Stage Seed-Cotton Cleaning System Total Particulate Emission Factors and Rates from Cotton Gins: Method 17

D. Whitelock, M. Buser, G. Holt, 2015 .

ENGINEERING AND GINNING Second Stage Seed-Cotton Cleaning System Total Particulate Emission Factors and Rates for Cotton Gins: Method 17

Gregory A. Holt, Michael D. Buser, J. Clif Boykin, 2015 .

ENGINEERING AND GINNING Second Stage Seed-Cotton Cleaning System PM10 Emission Factors and Rates for Cotton Gins: Method 201A PM10 Sizing Cyclones

Gregory A. Holt, Michael D. Buser, J. Clif Boykin, 2014 .

ENGINEERING AND GINNING First Stage Lint Cleaning System PM2.5 Emission Factors and Rates for Cotton Gins: Method 201A Combination PM10 and PM2.5 Sizing Cyclones

D. Whitelock, M. Buser, G. Holt, 2013 .

ENGINEERING & GINNING Characterization of Cotton Gin Particulate Matter Emissions—Project Plan

Gregory A. Holt, Michael D. Buser, Derek P. Whitelock, 2012 .

Using cyclones effectively at cotton gins.

Michael D. Buser, Derek P. Whitelock, Carlos B. Armijo, 2009 .

Preliminary field evaluation of EPA method CTM-039 (PM2.5 stack sampling method).

D. Whitelock, M. Buser, 2007 .

ENGINEERING AND GINNING Survey of Seed-cotton and Lint Cleaning Equipment in U.S. Roller Gins

D. P. Whitelock, Carlos B. Armijo, G. R. Gamble, 2007 .

Estimating FRM PM10 Sampler Performance Characteristics Using Particle Size Analysis and Collocated TSP and PM10 Samplers: Cotton Gins

Ronald E. Lacey, Bryan W. Shaw, Michael D. Buser, 2008 .

Improving modeling of low-altitude particulate matter emission and dispersion: A cotton gin case study.

D. Whitelock, M. Buser, M. Evans, 2022, Journal of environmental sciences.