Sentence examples for molecules were recorded from inspiring English sources

Vibration rotational absorption lines of CH4, H2O, CO2 and CO molecules were recorded in the near infrared spectral region.

Areas covered with individual molecules were recorded at a 50,000 times magnification.

While the fluorescence images of the red mKikGR molecules were recorded with the 568 nm excitation light (100 msec integration, 1 Hz), the 405 nm light was introduced into the microscope between the 568 nm pulses to photoswitch mKikGR molecules from the green to red form.

The green mKikGR molecules were photoswitched into the red mKikGR with a single pulse of 405 nm light, and fluorescence images of individual red mKikGR molecules were recorded every second with 568 nm excitation (Figure 6A). Figure 6B shows a time course of integrated fluorescence intensities.

Finally, the Cy3/Cy5 fluorescence intensities from single DNA molecules were recorded with 30-ms time resolution.

Label positions and lengths of DNA molecules were recorded by the on-board CCD camera using green and blue lasers in the BioNano Genomics Irys system.

In each subvolume the number of molecules is recorded at each time step and molecules can jump between neighboring subvolumes to model diffusion.

New time resolved vibrational spectrum of Br2 molecules are recorded using a single 532 nm, pulses of 7 ns duration at 10 Hz repetition rate obtained from Q-switched Nd YAG laser.

Concurrently, also aggregates between proteins and salt molecules are recorded.

Multiple switching is elegantly avoided if the molecules are recorded individually rather than in an ensemble.

ArcLight fluorescence from single molecules was recorded by an Evolve 128 EMCCD camera (Photometrics, Tucson, Arizona) attached to a home-built TIRF setup based on an Olympus IX71 inverted microscope (Center Valley, Pennsylvania) with a 60X/1.45 NA microscope objective (Olympus).