CONCLUSION: The GEM EPID exhibits dose rate dependence and linearity within 1%, and negligible ghosting and image lag. In this regard, it performs particularly well using 50 V and 250 V of gain, and either could be chosen. For higher sensitivity 250 V is the recommended base gain setting, though... Read more

CONCLUSION: The GEM EPID exhibits dose rate dependence and linearity within 1%, and negligible ghosting and image lag. In this regard, it performs particularly well using 50 V and 250 V of gain, and either could be chosen. For higher sensitivity 250 V is the recommended base gain setting, though... Read more

CONCLUSION: The GEM EPID exhibits dose rate dependence and linearity within 1%, and negligible ghosting and image lag. In this regard, it performs particularly well using 50 V and 250 V of gain, and either could be chosen. For higher sensitivity 250 V is the recommended base gain setting, though... Read more

CONCLUSION: The GEM EPID exhibits dose rate dependence and linearity within 1%, and negligible ghosting and image lag. In this regard, it performs particularly well using 50 V and 250 V of gain, and either could be chosen. For higher sensitivity 250 V is the recommended base gain setting, though... Read more

CONCLUSION: The GEM EPID exhibits dose rate dependence and linearity within 1%, and negligible ghosting and image lag. In this regard, it performs particularly well using 50 V and 250 V of gain, and either could be chosen. For higher sensitivity 250 V is the recommended base gain setting, though... Read more

CONCLUSION: The GEM EPID exhibits dose rate dependence and linearity within 1%, and negligible ghosting and image lag. In this regard, it performs particularly well using 50 V and 250 V of gain, and either could be chosen. For higher sensitivity 250 V is the recommended base gain setting, though... Read more

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