Exact(6)
This thermal radio radiation enables astronomers to map the distribution of H II regions in distant parts of the Galaxy.
Measurement of the absorption of infrared radiation enables the quantity of many gases in a complex gas mixture to be measured in an industrial environment.
The high flux density of the synchrotron radiation enables one to investigate the structure of colloidal crystals in polystyrene (PS) latex dispersions with a mixture of H2O and D2O as a medium designed to match the density of the PS latex particle.
Exposure to a certain form of light or UV radiation enables the patient to build up a tolerance and outbreaks can be reduced.
Understanding the temporal sequencing of anti-angiogenic drugs and radiation enables optimized radiosensitization and design of innovative radiosurgery clinical trials.
For example, the interaction of 14-3-3 14-3-3 14-3-3 the proteinsasma membrane H+-ATPase is inhibited by tyrosine phosphorylation [ 61], witheas dephosphorylathen of Ser in resplant to IR radiation enables 14-3-3s to bind to the nearby plasmaoSer on p53 [ 62], and acetylation at Lys or Lys enhances the phosphoserine-dependent binding of 14-3-3s to histone H3 [ 63].
Similar(54)
The high brightness, broad spectral coverage and pulsed characteristics of infrared synchrotron radiation enable time-resolved spectroscopy under throughput-limited optical systems, as can occur with the high-field magnet cryostat systems used to study electron dynamics and cyclotron resonance by far-infrared techniques.
The proposed model for low-intensity recording radiation enabled to calculate evolution of the recorded reliefs during holographic recording of gratings.
Advances in nanoscale imaging techniques especially synchrotron-based radiation enable the molecular cytogenetics for accurate visualization and analysis of chromosomes at molecular resolution.
Importantly, 161Tb exhibits a co-emission of γ-radiation, enabling imaging using single photon emission computed tomography (SPECT) (Table 1).
Numerical study shows that the radiation modes enable radiation characteristics of low-frequency noise to be physically understood and the active controller designed by radiation modes is superior to the controller designed without considering radiation behavior.
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