The predominant measurement technologies for fumigation gases over the past 60 years include colorimetric tubes, photoionization detectors, and electrochemical sensors. Their limitations and inaccuracies are well documented. Spectros Instruments has shown non-dispersive infrared monitoring (NDIR) to be a superior analytical tool for the practical measurement of fumigation gases as shown in Table 1. Any compliant fumigation monitor must be accurate, reliable and affordable. Stored Product Protection has additional requirements in remote regions such as Central China and Western Australia. In these cases, the value of real time access via the internet to fumigation data collected with NDIR Technology from a remote location adds heretofore unk...
Phosphine is the most important commonly used fumigant for the control of stored product insects in ...
Methyl bromide (MBr) fumigant has been phased out globally honouring ‘Montreal Protocol’. However, M...
ECO2FUME® (2% phosphine, 98% CO₂ by weight) and VAPORPH3OS® (99.3% phosphine average by weight) are ...
The predominant measurement technologies for fumigation gases over the past 60 years include colorim...
Fumigation of grain bins with phosphine tablets is one method of insect control for stored products....
A critical component of worker safety for fumigators monitoring phosphine gas levels is an accurate ...
With the future prospect of increased levels of resistance in pest populations there is a need to us...
Phosphine is the primary fumigant used to protect the majority of the world' s grain and a variety o...
The presented new methodology is a set of information and procedures for evaluation of the sensitivi...
In the present study, the distribution of phosphine gas in a cylindrical silo was modeled and compar...
Phosphine is a widely used fumigant for controlling insects in stored grain, but fumigation effectiv...
Grain fumigation faces two important challenges: how to overcome insect resistance to phosphine, whi...
The biosecurity problem addressed was the need to understand and evaluate phosphine fumigation of co...
cited By 7International audienceA cryosampling system together with a low temperature GC-ICP-MS meth...
Methyl Bromide for grain fumigation will be phased out in the U.S. by January 1, 2001. Alternative r...
Phosphine is the most important commonly used fumigant for the control of stored product insects in ...
Methyl bromide (MBr) fumigant has been phased out globally honouring ‘Montreal Protocol’. However, M...
ECO2FUME® (2% phosphine, 98% CO₂ by weight) and VAPORPH3OS® (99.3% phosphine average by weight) are ...
The predominant measurement technologies for fumigation gases over the past 60 years include colorim...
Fumigation of grain bins with phosphine tablets is one method of insect control for stored products....
A critical component of worker safety for fumigators monitoring phosphine gas levels is an accurate ...
With the future prospect of increased levels of resistance in pest populations there is a need to us...
Phosphine is the primary fumigant used to protect the majority of the world' s grain and a variety o...
The presented new methodology is a set of information and procedures for evaluation of the sensitivi...
In the present study, the distribution of phosphine gas in a cylindrical silo was modeled and compar...
Phosphine is a widely used fumigant for controlling insects in stored grain, but fumigation effectiv...
Grain fumigation faces two important challenges: how to overcome insect resistance to phosphine, whi...
The biosecurity problem addressed was the need to understand and evaluate phosphine fumigation of co...
cited By 7International audienceA cryosampling system together with a low temperature GC-ICP-MS meth...
Methyl Bromide for grain fumigation will be phased out in the U.S. by January 1, 2001. Alternative r...
Phosphine is the most important commonly used fumigant for the control of stored product insects in ...
Methyl bromide (MBr) fumigant has been phased out globally honouring ‘Montreal Protocol’. However, M...
ECO2FUME® (2% phosphine, 98% CO₂ by weight) and VAPORPH3OS® (99.3% phosphine average by weight) are ...