Applicators monitoring

Sources must also include in their permit applications monitoring protocols sufficient to document compliance with each permit term and condition. 

Application verification (AV) monitors are devices that are placed within test plots to measure actual spray deposition that occurred during application. The main function of AV monitors is to show whether or not the intended amount of test material was actually deposited on the soil surface. Application monitors consisting of soil-filled containers, paper disks, polyurethane foam plugs, and glass Petri dishes have all been used successfully for this purpose. Prior to using a monitor in the field, it is important to determine that the test substance can indeed be successfully extracted from the monitor and that the compound will be stable on the monitor under field conditions... 

J.H. Massey and S.K. Singles, Photostability of two fungicides on spray application monitors, in Terrestrial Field Dissipation Studies Design, Interpretation and Purpose, ed. E.L. Arthur, V.E. Clay, and A. Barefoot, ACS Symposium Series No. 842, American Chemical Society, Washington, DC (2003). 

When a tracer is considered, it is important to evaluate its performance with respect to these criteria, especially stability during exposure and storage/analysis. Normal practice involves conducting weathering tests where field collectors are treated with known amounts of the tracer and an assessment is made of weathering, extraction and storage stability under conditions pertaining to the intended use. The characteristics of the tracer allow it to be applied uniformly over the application area. Typically, application monitors are used to verify both the application rate and the uniformity of the application. 

The temperature below which fouling can be prevented varies with each process, compressor, and application. Monitoring of process conditions is necessary to establish a threshold temperature in each case. In some cases, fouling cannot be prevented with an existing compressor. It may be necessary to modify the aerodynamic design and/or add cooling. 

Aluminum Forming Point Source Category— Applicability monitoring and reporting requirements and removal allowance for pretreatment standards Yes 40 CFR 467.01-.05 EPA 1983c... 

Chapman, A. R. et al. Stem cell research and applications Monitoring the frontiers of biomedical research. The AAAS/ISC report on stem cell research. Available online at www.counterbalance.net/stemcell/index-frame.html. 

If applicable, monitoring of drug dose Frequent monitoring of renal function Maintain euvolemia... 

The dally diary of the Kaniksu 1 foreman noted numerous occasions when applicators received considerable exposure as a result of poor handling practices and use of Inappropriate gear. Coincident with applicator monitoring, however, small mammals (usually mice) were trapped In these seven units and analyzed for arsenic. Interestingly (though the details are beyond the scope of... 

From the resource pool to increase resources for the application System forms an overall application monitoring system Complete automation through self-service interface High... 

Seo, Y.-J., 2011. Electrochemical—mechanical polishing application monitoring of electrochemical copper removal from current—voltage characteristics in HNO3 electrolyte. Microelectron. Eng. 88, 46—52. 

Activity 5.4 Discuss, review and update, if applicable, monitoring equipment installed for the confirmation of destruction of C W... 

Fig. 10.29. Anti-rust oil application monitoring in a steel rolling mill [10.92]...

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