IHS Inc. The Source for Critical Information and Insight
All Industries |  Change  

Go
 
 
   Purchase Information
Use this form to request purchase information on ASTM Digital Library - Special Technical Publications Library.

First Name:

Last Name:

Email address:

 

ASTM STP 1112 Pesticide Formulations and Application Systems: 11th Volume

ASTM STP 1112 is offered by IHS as part of an online subscription to the Special Technical Publications Library.

You may also purchase this publication alone from the IHS Standards Store.

Bode, LE

This STP contains papers presented at the Pesticide Formulations and Application Systems symposium held in November, 1991. The symposium was sponsored by ASTM Committee E-35 on Pesticides and its Subcommittee, E35.22 on Pesticide Formulations and Application Systems.

The purpose of the symposium was to:

  • Provide a forum for exchange of ideas and data among chemists and engineers working to improve the efficiency of pesticide use.
  • Provide a data base to support ASTM Committee E-35 in development of guides and standards.
  • Serve as a guide to Subcommittee E35.22 members in their future efforts to address the issues related to the use of pesticides.

The topic headings used to organize the 22 papers in this publication are

  • Safety and Environmental Impacts
  • Characteristics of Formulations and Adjuvants
  • Application Techniques and Pest Control

Specific topics covered by the papers in this STP include:

  • California food safety initiatives
  • modeling human exposure
  • airborne pesticides
  • closed environments
  • Carbo-Flo
  • pesticide waste management system
  • starch matrices
  • slow release
  • monitor release of insecticide from granules
  • temperature-activated release
  • emulsifiable concentrate formulations
  • compressed tablets
  • pesticide compatibility
  • dry flowable tank mix
  • flash points
  • dynamic surface tension
  • biocontrol of plant pathogens
  • backpack pesticide application systems
  • pump
  • atomization
  • wear effects
  • fan pattern
  • surface relationship models
  • field efficacy