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SEDL / STP / STP1527-EB
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STP1527
Pesticide Formulations and Delivery Systems, 30th Volume: Regulations and Innovation
Lindsay David, Zollinger Richard
Pages: 294
Published: 2011
Other books in this series
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Nineteen peer-reviewed papers cover the latest research on:
• Regulatory Issues—progress of the Joint Industry Task Force (JITF) and the concept of chemical substance clustering
• Formulations—herbicidal efficacy and new research
• Biological Efficacy—biopesticides, spray solution pH, and glyphosate activity
• Drift Reduction Testing, Detection, and Modelingvlatest research on regulating spray drift
Table of Contents
Joint Inerts Task Force: Partnership of Suppliers and Registrants to Defend Inert Ingredients within United States Regulatory System
Cleveland C., Swayze K.
Chemical Clustering for Risk Assessment: Fatty Alcohol Alkoxylates
Lindner G.
Granular Formulations and Active Ingredient Distribution from a Rotary Spreader
Bernal Y., Goss G., Henderson R., Johnsonbaugh A.
Assessment of Oil Dispersion Pesticide Formulations Using Rheology and Near Infrared Centrifugation Techniques
Keeney F., Oliver M., Qin K.
OD Formulations Structured with Self-Activating Organically Modified Clays
Halecky A., Lindner G.
EW Formulations Using Polymeric Surfactants
Hu Q., Lindner G.
Application of New Solid Polymeric Dispersant, Easy-Sperse® P-20 (Spray-Dried Polymer Composites) in Suspension Concentrates and Water Dispersible Granule Formulations—Improvement in Suspensibility and Rain-fastnesss
Jon D., Narayanan K., Patel J., Qu X., Zhang W.
Development of a Novel Solvent-Based Formulation for Pesticides That Are Prone to Crystallization
Leming D., Moreno V., Paganini G.
Effect of Hard Water and Ammonium Sulfate on Weak Acid Herbicide Activity
Nalewaja J., Peterson D., Young B., Zollinger R.
Spray Solution pH and Glyphosate Activity
Michael J., Penner D.
Improving Formulations for Biopesticides: Enhanced UV Protection for Beneficial Microbes
Behle R., Compton D., Kenar J., Shapiro-Ilan D.
Spray Drift Reduction Technology Adjuvant Evaluation
Elsik C., Schweiner T., Stridde H.
Modeling the Spray Atomization of Emulsion Embedded Agricultural Solutions
Cloeter M., Liu L., Qin K., Tank H., Wilson S., Yin D.
Simulating and Characterizing Agricultural Ground Applications for Soil VOC Deposition Studies
Faulkner W., Fritz B., Hoffmann W., Rohde A., Warren C.
Analysis of Impact of Various Factors on Downwind Deposition Using a Simulation Method
Fang A., Fritz B., Huang Y., Thomson S., Zhan W.
Validation Testing of Drift Reduction Technology Testing Protocol
Birchfield N., Ellenberger J., Khan F., Kosusko M., Rothman G.
Spray Drift Reduction Evaluations of Spray Nozzles Using a Standardized Testing Protocol
Bagley W., Birchfield N., Ellenberger J., Fritz B., Hoffmann W., Thornburg J.
Evaluation of Spray Drift Using Low-Speed Wind Tunnel Measurements and Dispersion Modeling
Bagley W., Birchfield N., Ellenberger J., Fritz B., Hewitt A., Hoffmann W., Khan F., Thornburg J.
After 30 Years, How ASTM E35.22 and Gandy Company Have Survived Change
Gandrud D.
Author and Subject Index
Committee: E35
Paper ID: STP1527-EB
DOI: 10.1520/STP1527-EB
ISBN-EB: 978-0-8031-7513-6
 ASTM International is a member of CrossRef.
978-0-8031-7513-6
STP1527-EB
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