Recommended current

A conductive polymer electrode has been designed specifically for the cathodic protection of steel reinforcing bars in concrete and is marketed under the trade name Ferex . The anode consists of a 16 AWG stranded copper conductor surrounded by a carbon-loaded polymeric coating similar to that used on the Anodeflex system ) to provide a nominal anode diameter of 8 mm The manufacturer claims that at the maximum recommended current density of 0 08 Am the anode life in concrete will be 32 years with a proportionately longer life at lower current densities. 

It is common to split the carrier gas into two streams, sending part through the analytical column and part through a matched reference column. Each stream is passed over a different filament or alternated over a single filament. The resistance of the sample filament is measured with respect to that of the reference filament. The reference column minimizes flow differences when temperature is changed. Sensitivity increases with the square of the filament current. However, the maximum recommended current should not be exceeded, to avoid burning out the filament. The filament should be off when carrier gas is not flowing. 

Distance to range No recommendation No recommendation Currently no standard but a recommendation that max. ranging distance is 250 m from house ... 

Recommendations currently specify that patients should not be retreated with paclitaxel until the neutrophil count recovers to 2.5 x 10 /1 and the platelet count recovers to over 100 x 10 /1 (7). 

Medical Chemical and Biological Countermeasures Recommendation Current and New Technical Developments in Diagnostics... 

Numerous studies have shown that the inhaled /32-agonists administered by MDI plus holding chamber provide a similar outcome in severe acute asthma as administration by jet nebulizers. Proponents of administration by MDI plus holding chambers argue that it is more cost-effective and so should replace nebulizer therapy. However, appropriate cost analyses have yet to be performedNor have there been comparisons in the most severe subsets, where combination therapy and continuous nebulization are recommended. Current practice should be based on the comfort level of the clinical staff until sufficient data are available to warrant a wholesale recommendation of one method. 

These regimens, based on CDC recommendations current at the time of writing, may change over time. Up-to-date information should be obtained from the CDC at www.cdc.gov/travel/. Recommendations and available treatments vary in other countries. 

Various dual combinations of proteas e inhibitors have been tried, or are us ed, to boos t the levels and cons equently the efficacy of one of the proteas e inhibitors . Ritonavir is the mos t potent at boos ting levels of the other proteas e inhibitors , and current guidelines recommend the us e of low-dos e ritonavir in combination with atazanavir, darunavir, fos amprenavir, lopinavir, s aquina-vir, or tipranavir. Some proteas e inhibitor combinations may re-s ult in additive toxicity (indinavir and ritonavir or atazanavir). Although this monograph s ummaris es the pharmacokinetic interactions and dos ing recommendations current guidelines should be consulted when choosing protease inhibitor combinations. 

A Perkin-Elmer (PE) Model 603 spectrophotometer equipped with a manual gas control system, a stainless steel nebulizer, a burner mixing chamber, a flow spoiler and a 10 cm. (one-slot) burner head was used in the experimental validation of the flame AAS analytical technique. A PE cadmium hollow cathode lamp, operated at the manufacturer s recommended current setting for continuous operation (4 mA), was used as the source lamp. Instrument parameters are listed in Attachment 1. 

The capacity or service of the zinc/mercuric oxide battery is about the same on either continuous or intermittent discharge regimes over the recommended current drain range, irrespective of the duty cycle. 

According to British, "Code of Practice for Cathodic Protection" (BS7361 Part 1 1991) and National Association of Corrosion Engineers (NACE) recommended practice "Cathodic Protection of Reinforced Steel in Atmospherically Exposed Concrete Structures" (RP0290-90), typical recommended current densities for protection of atmospherically exposed reinforced concrete structures range between 10 and 20 mA/m of steel.- ... 

Recommended current ranges for the different welding positions. 

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