NSS-MIC 2009 Conference Record Template
... in the early phase of the light pulse. This is of particular interest to tag events at future high-energy physics colliders, such as CLIC, with a bunch-crossing rate of 2 GHz, as well as for a new generation of Time of Flight Positron Emission Tomographs (TOFPET) aiming at a timing resolution of 100 ...
... in the early phase of the light pulse. This is of particular interest to tag events at future high-energy physics colliders, such as CLIC, with a bunch-crossing rate of 2 GHz, as well as for a new generation of Time of Flight Positron Emission Tomographs (TOFPET) aiming at a timing resolution of 100 ...
High-Repetition TDS System
... SMF output terminal. The frequency of the modulation signal input to the MZM was 10 GHz. As indicated in Fig. 3 (b), we obtained a flat optical comb signal in MZFCG output. The interval of the optical comb signal agreed with the modulation frequency of the MZM, and 18 modes displayed intensity value ...
... SMF output terminal. The frequency of the modulation signal input to the MZM was 10 GHz. As indicated in Fig. 3 (b), we obtained a flat optical comb signal in MZFCG output. The interval of the optical comb signal agreed with the modulation frequency of the MZM, and 18 modes displayed intensity value ...
After referees Review article final_FINAL3
... Despite optical brightfield imaging of stained tissue being the gold standard for disease diagnosis, FTIR chemical imaging is emerging as a potential competitive technique for enhanced disease understanding and improved diagnosis. Considerable progress has been made over the last decade utilising in ...
... Despite optical brightfield imaging of stained tissue being the gold standard for disease diagnosis, FTIR chemical imaging is emerging as a potential competitive technique for enhanced disease understanding and improved diagnosis. Considerable progress has been made over the last decade utilising in ...
Estimation of longitudinal resolution in optical coherence
... coherence length of the source 共i.e., lcFWHM兾2 or lc兾 2兲.3,13 The choice of the FWHM of 兩␥共兲兩 for coherence length, most commonly chosen as mentioned above, is historical in nature and derived from the Rayleigh resolution criterion, which states that two equally bright point sources are barely reso ...
... coherence length of the source 共i.e., lcFWHM兾2 or lc兾 2兲.3,13 The choice of the FWHM of 兩␥共兲兩 for coherence length, most commonly chosen as mentioned above, is historical in nature and derived from the Rayleigh resolution criterion, which states that two equally bright point sources are barely reso ...
Ph 76 ADVANCED PHYSICS LABORATORY — ATOMIC AND
... If the atoms in the vapor cell had a single excited state but two hyperfine ground states (we call them both “ground” states because neither can decay via an allowed transition), and the separation of the ground states was less than the Doppler width, then one might see a spectrum like in Figure 4. ...
... If the atoms in the vapor cell had a single excited state but two hyperfine ground states (we call them both “ground” states because neither can decay via an allowed transition), and the separation of the ground states was less than the Doppler width, then one might see a spectrum like in Figure 4. ...
Calibration of the amplification coefficient in
... Proper scaling in this case requires knowledge of the emission wavelength λ . For a red helium-neon laser based system, even without stabilization, the relative uncertainty in wavelength is 0.0003%. This level of accuracy is fully sufficient for even the most demanding applications in surface topogr ...
... Proper scaling in this case requires knowledge of the emission wavelength λ . For a red helium-neon laser based system, even without stabilization, the relative uncertainty in wavelength is 0.0003%. This level of accuracy is fully sufficient for even the most demanding applications in surface topogr ...
Instruments for Optical Spectroscopy-Web
... Conventional spectroscopy where the radiant power is recorded as function of the frequency. - Time domain spectroscopy: Used in FT-techniques, where the changes in radiant power are recorded as function of the time. If only few wavelengths are involved, periodicity (beat) is obvious when waves go in ...
... Conventional spectroscopy where the radiant power is recorded as function of the frequency. - Time domain spectroscopy: Used in FT-techniques, where the changes in radiant power are recorded as function of the time. If only few wavelengths are involved, periodicity (beat) is obvious when waves go in ...