Some factors that can cause deviation from the Beer-Lambert law include non-linearity of the concentration-absorbance relationship at high concentrations, stray light interference, chemical interactions between the analyte and solvent, and instrument limitations such as wavelength accuracy or stray light.
Limit of stray light is important in UV calibration to ensure accurate measurements by reducing interference from unwanted light. This is typically done by using optical components that block or absorb stray light, such as filters or baffles. By minimizing stray light, the calibration process can be more precise and reliable.
choroid layer
Since black absorbs light instead of reflecting it, the black finish inside of you camera stops stray light from affecting the image formed on the film or digital sensor. This stray light includes light that strikes the lens at an angle where it is not part of the image AND the light that may be reflected off of the film or sensor. The same really occurs with the inside of the eye. The sharpest image will always be produced when stray light is properly controlled.
Potassium chloride is used for calibration of the limit of stray light in UV because it produces a distinct absorption peak around 198 nm, which allows for accurate calibration of the spectrophotometer at this wavelength. This helps to ensure that any stray light present in the UV spectrum can be accurately quantified and minimized during measurements.
Stray dogs often bark. stray luggage can have explosives in it.
to stray = ta'ah (תעה) stray (adjective) = to'eh (תועה)
The prefix for "stray" is "a-".
Stray losses refer to energy losses in electrical systems that occur due to factors such as leakage currents, stray magnetic fields, and imperfect insulation. These losses are typically not accounted for in the primary energy losses, like copper or iron losses, and can affect the overall efficiency of electrical devices and systems. Stray losses can arise in various components, including transformers, motors, and generators, leading to wasted energy and increased operational costs. Reducing stray losses is essential for improving system efficiency and performance.
The purpose of collimating slits in a spectrophotometer is to ensure that only a narrow and parallel beam of light enters the instrument. This helps to improve the accuracy of measurements by reducing stray light and ensuring that the light beam is properly focused on the sample. The collimating slits help to minimize interference and ensure that the measurements taken are precise and reliable.
Did you see that stray cat run across the street.You can't stray very far off the path. That stray cat has returned.
Yes, all electronic components have both stray capacitance and stray inductance.