Based on UV/vis spectroscopy, total organic carbon, headspace GC MS, and MALDI measurements, a reliable analytical procedure to measure fullerene concentrations and to monitor the concentration of residual toluene in AFDs was proposed.
The quality control procedure to measure arsenic in this method involves several measures such as calibration checks, duplicate measurements and participation in inter laboratory comparison exercises.
Meanwhile, researchers say it may be a year before standard protocols are formulated that may be central to the future studies, like a uniform procedure to measure metallic ions in a patient's blood or how to calibrate diagnostic equipment to best detect tissue damage.
However, there is still no consensus on the procedure to measure its mechanical properties.
Using the Feeling-of-Knowing (FOK) procedure to measure metamemory might overcome such weakness.
It is used as a test procedure to measure distraction due to secondary tasks in driving.
In this work, we present an experimental procedure to measure the composition distribution within inhomogeneous SiGe nanostructures.
A procedure to measure the inverted region of an electron-transfer reaction with a tunneling microscope is presented.
A quantitative procedure to measure the observed performances is applied in order to quantify the particle identification thresholds.
To test this, we designed a habituation procedure to measure susceptibility of the ECR1 to stimulus repetition.
Assuming uniaxial symmetry, an effective hyperpolarizability coefficient βe is defined, and a procedure to measure this coefficient is described.
