Sentence examples for laser light results from inspiring English sources
In LPAD the absorption of NO in bursts of laser light results in pressure variations that generate sound, which is detected by a microphone located within a photoacoustic cell.
These crystals are then submitted to very short laser pulses (typically UV laser light), resulting in the desorption and ionization of the analyte molecule.
Laser light scattering results also showed a conformation transition from a compact chain conformation of branched clusters to a random coil conformation of SLBG.
Laser light scattering (LLS) results reveal that the released EPS became stretched and more expanded when the SDS dosage was increased.
Dynamic laser light scattering (DLLS) results showed that only when the PEO molecular chains in aqueous solution were in an entangled state, PEO can enhance the electrospinnability of SA aqueous solution.
Still, the sources of interference were almost beyond reckoning the motion of the wind in Hanford, or of the ocean in Livingston; imperfections in the laser light as a result of fluctuations in the power grid; the jittering of individual atoms within the mirrors; distant lightning storms.
The expanded condensate was illuminated with laser light and the resulting shadow of the cloud was imaged, digitized, and stored.[2] Figure 5. False color images of the velocity distribution of the rubidium BEC cloud (from the left): just before the appearance of the condensate, just after the appearance of the condensate, and after further evaporation has left a sample of nearly pure condensate.
Laser light hitting each cell results in scatter and activation of the fluorescent dyes bound to the cell.
When fs laser pulses are focused to a sub-micron spot, non-linear multiphoton absorption of laser light at the focus results in the electronic excitation of valence electrons to the conduction band.
0.3 mg kg-1 mTHPC activated after 48 h with 10 Joules cm-2 of non-thermal laser light at 650 nm resulted in a 10 mm deep tumour infarction, due to tumour vessel necrosis and thrombosis.
The techniques used are based on PIV technology employing micrometer Nylon particles placed in a laser light-sheet and results are recorded by using a CDD camera.
