Control banding (CB) has been developed as a pragmatic tool to manage the risk resulting from exposure to a wide variety of potentially hazardous substances in the absence of firm toxicological and exposure information. Currently, the CB approach is applied for emerging risks such as nanoparticles, by the development of various CB-based tools. Six of these are compared. Despite their similarity, i.e. combining hazard and exposure into control or risk bands, the structure, the applicability domains, and the assignment of the hazard and expo-sure bands, show differences that may affect the consistency of the resulting outcome amongst the various CB tools. The value of the currently available CB tools for nanomaterials can be enhanced by trans...
Abstract. Since the rise of occupational safety and health research on nanomaterials a lot of progre...
Control banding (CB) has been widely recommended for the selection of exposure controls for engineer...
The huge research effort and common use of nanomaterials, being an opportunity for economic growth, ...
<p>Control banding (CB) is a useful approach to evaluate and control the risk of exposure to nanomat...
Control Banding (CB) methodology is one of the approaches developed on assessment and management o...
Control banding (CB) strategies offer simplified processes for controlling worker exposures in the a...
Control banding (CB) strategies offer simplified solutions for controlling worker exposures to const...
[Table des matières] 1. Introduction to the control banding method : Nanomaterials and occupational ...
AbstractThe development, production and application of engineered nanomaterials are becoming more an...
Control banding (CB) strategies offer simplified solutions for controlling worker exposures to const...
The average Industrial Hygienist (IH) loves a challenge, right? Okay, well here is one with more tha...
International audienceNanotechnology is a rapidly growing field and industrial developments are more...
Control Banding (CB) strategies offer simplified solutions for controlling worker exposures to const...
ObjectivesControl banding (CB) is a risk management strategy that has been used to identify and reco...
Since there is a lack of sufficient toxicological information about engineered nanomaterials, and si...
Abstract. Since the rise of occupational safety and health research on nanomaterials a lot of progre...
Control banding (CB) has been widely recommended for the selection of exposure controls for engineer...
The huge research effort and common use of nanomaterials, being an opportunity for economic growth, ...
<p>Control banding (CB) is a useful approach to evaluate and control the risk of exposure to nanomat...
Control Banding (CB) methodology is one of the approaches developed on assessment and management o...
Control banding (CB) strategies offer simplified processes for controlling worker exposures in the a...
Control banding (CB) strategies offer simplified solutions for controlling worker exposures to const...
[Table des matières] 1. Introduction to the control banding method : Nanomaterials and occupational ...
AbstractThe development, production and application of engineered nanomaterials are becoming more an...
Control banding (CB) strategies offer simplified solutions for controlling worker exposures to const...
The average Industrial Hygienist (IH) loves a challenge, right? Okay, well here is one with more tha...
International audienceNanotechnology is a rapidly growing field and industrial developments are more...
Control Banding (CB) strategies offer simplified solutions for controlling worker exposures to const...
ObjectivesControl banding (CB) is a risk management strategy that has been used to identify and reco...
Since there is a lack of sufficient toxicological information about engineered nanomaterials, and si...
Abstract. Since the rise of occupational safety and health research on nanomaterials a lot of progre...
Control banding (CB) has been widely recommended for the selection of exposure controls for engineer...
The huge research effort and common use of nanomaterials, being an opportunity for economic growth, ...